NDL3325ST_技术文档

Microcomputer

IC Memory

1

2

3

4

5

6

SEMICONDUCTORS

SELECTION

GUIDE

Semi-Custom IC

Particular Purpose

General Purpose Linear IC

Transistor/Diode/Thyristor

RF and Microwave Devices 7

Optical Device

8

Index

9

April 1999

The export of these products from Japan is regulated by the Japanese government. The export of some or all of

these products may be prohibited without governmental license. To export or re-export some or all of these

products from a country other than Japan may also be prohibited without a license from that country. Please call

an NEC sales representative.

Exporting VR Series or equipment that includes these products may require a governmental license from the U.S.A. for

some countries because these products utilizes technologies limited by the export control regulations of the U.S.A.

D²BGA, EEPROM, emlC-17K, FIP, FPBGA, IEBus, OCMOS FET, OPENCAD, SIMPLEHOST, VISTASL, V20HL, V30HL, V30MT,

V30MX, V30MZ, V30MZC, V800 Series, V810 family, V830 family, V850 family, V821, V831, V832, V851, V852, V853, V854,

V850E/MS1, V850/SA1, V850/SB1, V850/SB2, VR Series, VR4100 Series, VR4300 Series, VR4100, VR4101, VR4102, VR4111,

VR4120, VR4121, VR4300, VR4305, VR4310, VR5000, VR5432, VR5464, VR10000, VR12000 are the trademarks of NEC

Corporation.

JAVA and all the trademarks and logotypes related to JAVA are either trademarks or registered trademarks of Sun

Microsystems, Inc. in the United States and/or other countries.

MS-DOS, Microsoft, Windows and WindowsNT are either registered trademarks or trademarks of Microsoft Corporation

in the United States and/or other countries.

Rambus, RDRAM and the Rambus Logo are registered trademarks of Rambus Inc.

DirectRambus, DirectRDRAM, RIMM, RModule and RSocket are trademarks of Rambus Inc.

PC/AT and PC DOS are trademarks of IBM Corporation.

Pentium is a trademark of Intel Corporation.

SPARCstation is a trademark of SPARC International, Inc.

TrueSpeech is a trademark of DSP Group, Inc.

Z80 is a trademark of ZILOG.

µ BGA is a trademark of Tessera, Inc.

TRON is short for the Realtime Operating System Nucleus.

ITRON is short for Industrial TRON.

• The information in this document is based on documents issued in February, 1999 at the latest. The

information is subject to change without notice. For actual design-in, refer to the latest publications of

data sheet, etc., for the most up-to-date specifications of the device.

• Not all devices/types available in every country. Please check with local NEC representative for

availability and additional information.

• No part of this document may be copied or reproduced in any form or by any means without the prior written

consent of NEC Corporation. NEC Corporation assumes no responsibility for any errors which may appear in

this document.

• NEC Corporation does not assume any liability for infringement of patents, copyrights or other intellectual property

rights of third parties by or arising from use of a device described herein or any other liability arising from use

of such device. No license, either express, implied or otherwise, is granted under any patents, copyrights or other

intellectual property rights of NEC Corporation or others.

• Descriptions of circuits, software, and other related information in this document are provided for illustrative

purposes in semiconductor product operation and application examples. The incorporation of these circuits,

software, and information in the design of the customer's equipment shall be done under the full responsibility

of the customer. NEC Corporation assumes no responsibility for any losses incurred by the customer or third

parties arising from the use of these circuits, software, and information.

• While NEC Corporation has been making continuous effort to enhance the reliability of its semiconductor devices,

the possibility of defects cannot be eliminated entirely. To minimize risks of damage or injury to persons or

property arising from a defect in an NEC semiconductor device, customers must incorporate sufficient safety

measures in its design, such as redundancy, fire-containment, and anti-failure features.

• NEC devices are classified into the following three quality grades:

"Standard", "Special", and "Specific". The Specific quality grade applies only to devices developed based on a

customer designated “quality assurance program“ for a specific application. The recommended applications of

a device depend on its quality grade, as indicated below. Customers must check the quality grade of each device

before using it in a particular application.

Standard: Computers, office equipment, communications equipment, test and measurement equipment, audio

and visual equipment, home electronic appliances, machine tools, personal electronic equipment

and industrial robots

Special: Transportation equipment (automobiles, trains, ships, etc.), traffic control systems, anti-disaster

systems, anti-crime systems, safety equipment and medical equipment (not specifically designed

for life support)

Specific: Aircraft, aerospace equipment, submersible repeaters, nuclear reactor control systems, life

support systems or medical equipment for life support, etc.

The quality grade of NEC devices is "Standard" unless otherwise specified in NEC's Data Sheets or Data Books.

If customers intend to use NEC devices for applications other than those specified for Standard quality grade,

they should contact an NEC sales representative in advance.

M8D 98.12

The µPD754144, 754244, 754264, 75F4264, 789196AY, 789197AY, 78F9197AY, 789216AY, 789217AY,

78F9217AY, 780973, 78F0974, 780949, 78F0949 are manufactured and sold in accordance with the license

agreement with CP8 Transac pertinent to the patent of microcomputers with on-chip EEPROM.

Note that this product can not be used for the IC card (SMART CARD).

Caution: The I²C bus interface circuit is incorporated in the µPD17709 subseries, 17719 subseries, 178018A

subseries, 178048 subseries, 178078 subseries, 178098 subseries, 780018AY subseries, 780024AY

subseries, 780034AY subseries, 780058Y subseries, 780078Y subseries, 78018FY subseries, 780308Y

subseries, 78054Y subseries, 78058FY subseries, 78064Y subseries, 780701Y subseries, 78078Y

subseries, 780833Y subseries, 784038Y subseries, 784216Y subseries, 784218Y subseries, 784225Y

subseries, 784928Y subseries, 789197AY subseries, 789217AY subseries, µPD17001, 17P001, 17003A,

17005, 17P005, 17010, 17P010, 703008Y, 70F3008Y, 703015Y, 703017Y, 70F3017Y, 703033Y,

70F3033Y, 70F3035Y, 78070AY, µPC1851B, 1853, 1854A, 1857A, 1884, µPD61882, 6221, 6222 and

72254Y.

Those who use the I²C bus interface can be granted the license below by giving prior notification before

ordering the custom code.

Purchase of NEC I²C components conveys a license under the Philips I²C Patent Rights to use these

components in an I²C system, provided that the system conforms to the I²C Standard Specification as

defined by Philips.

[MEMO]

Table of Contents

1. Microcomputer .......................................

1

4. Particular Purpose IC ............................ 239

4-Bit Single-Chip Microcontroller ....................

• 75XL Series ..............................................

2

DSP .................................................................. 240

CCD Linear Image Sensor .............................. 243

Communication IC ........................................... 245

Mass Storage IC.............................................. 250

Global Positioning System IC ......................... 251

Display IC......................................................... 251

Intelligent Power MOS LSI.............................. 254

Power Switch for USB Application ................. 255

Image IC .......................................................... 255

MPEG IC .......................................................... 256

Audio IC ........................................................... 257

TV IC ................................................................ 259

Multisync Monitor IC........................................ 262

Digital Image IC ............................................... 263

On-Screen Character Display IC .................... 265

Video Camera IC ............................................. 265

Remote Control IC........................................... 266

Clock IC ........................................................... 266

Rotary Encoder IC ........................................... 266

A/D Converter IC ............................................. 267

D/A Converter IC ............................................. 267

Line Driver Receiver IC ................................... 267

• 17K Series ................................................ 13

• µPD6133, 6604, 63 Series ...................... 20

8-Bit Single-Chip Microcontroller .................... 22

• 178K Series .............................................. 22

• 78K/0S Series........................................... 26

• 78K/0 Series ............................................. 41

16-Bit Single-Chip Microcontroller .................. 80

• 78K/IV Series ........................................... 80

32-Bit Microprocessor ..................................... 97

• V810 Family^TM, V830 Family^TM................. 98

32-Bit Single-Chip Microcontroller .................. 99

• V850 Family^TM........................................... 99

64-Bit Microprocessor ..................................... 105

• VR Series^TM............................................... 105

Development Tools.......................................... 107

Middleware....................................................... 134

2. IC Memory .............................................. 137

Dynamic RAM .................................................. 138

Dynamic RAM Module..................................... 142

Static RAM ....................................................... 146

Mask ROM ....................................................... 151

COMBO Memory ............................................. 152

Flash MEMORY ............................................... 152

MCP (Flash Memory + SRAM) ....................... 153

Other ................................................................ 153

• Field/Line Buffer ....................................... 153

5. General Purpose Linear IC ................... 269

Operational Amplifier ....................................... 270

Comparator ...................................................... 271

Fixed Output Voltage, 3-Terminal Regulator ... 271

Variable Output Voltage Regulator................. 272

Regulator with System Reset ......................... 272

Regulator with ON/OFF Function ................... 272

High Precision Reference Voltage ................. 273

Switching Regulator Control Circuit ............... 273

Functional Block .............................................. 274

3. Semi-Custom IC ..................................... 155

NEC’s ASICs ................................................... 156

0.25 µm ASIC .................................................. 166

Gate Array........................................................ 172

• CMOS Gate Array .................................... 176

• BiCMOS Gate Array ................................. 195

Cell-Based IC................................................... 200

Embedded Array.............................................. 217

Analog Master.................................................. 220

Mixed Signal ASIC .......................................... 223

6. Transistor/Diode/Thyristor ..................... 275

Transistor ......................................................... 276

• Quick Reference by Package .................. 276

• Quick Reference Table by

Function/Application ................................. 286

– i –

Field Effect Transistor ..................................... 292

• Small Signal FET ..................................... 292

• Power MOS FET ...................................... 295

Transistor with Internal Resistor ..................... 309

Transistor for Array ......................................... 314

Transistor Array ............................................... 315

Zener Diode ..................................................... 317

Noise Clipping Diode....................................... 319

Thyristor ........................................................... 321

Infrared Transceivers ...................................... 378

Plastic Fiber Link ............................................. 378

Visible Lasers .................................................. 380

Fiberoptic Devices ........................................... 380

• Lasers (Digital) ......................................... 380

• Pump Laser .............................................. 381

• Pulsed Lasers for OTDR.......................... 381

• Detectors................................................... 382

9. Index ....................................................... 383

7. RF and Microwave Devices .................. 323

IC ...................................................................... 324

• AGC AMP. (µPC××××, µPG××××) ........... 324

• IQ Modulator/Demodulator (µPC××××).... 324

• Up Converter (µPC××××) ......................... 324

• Prescaler (µPB××××, µPG××××) .............. 325

• Down Converter (µPC××××)..................... 326

• PLL Synthesizer (µPB××××) .................... 327

• Switch (µPG××××) .................................... 327

•

Wide Band AMP. (µPC××××, µPG××××)... 328

• Driver AMP. (µPG××××) ........................... 330

• Power AMP. (µPG××××, MC-××××) ......... 330

• Transistor Array (µPA×××) ....................... 330

• Typical Characteristics ............................. 331

Discrete ............................................................ 335

• Dual Gate MES/MOS FET ....................... 335

• Low Noise BIP. TR. (2SC, NE) ............... 336

• Twin TR. (µPA×××)................................... 338

• Low Noise GaAs/HJ FET (NE) ................ 339

• Power TR./FET (2SC, NE, NEL,

NEM, NES, NEZ)...................................... 341

• Cross-reference Table ............................. 344

Application ....................................................... 351

8. Optical Device ........................................ 359

Photocoupler .................................................... 360

• Tr. Output Type ........................................ 360

• IC Output Type ......................................... 369

• Safety Standards Approval List

(Made in Japan, as of January 1999) ..... 370

• Safety Standards Approval List

(Made in Taiwan, as of January 1999) ... 372

OCMOS FET^TM(Opto-Coupled MOS FET

Relay) ............................................................... 373

• Safety Standards Approval List

(as of January 1999) ................................ 377

– ii –

Microcomputer

1

4-Bit Single-Chip Microcontroller ................................ 2

• 75XL Series ................................................................ 2

• 17K Series .................................................................. 13

• µPD6133, 6604, 63 Series......................................... 20

8-Bit Single-Chip Microcontroller ................................ 22

• 178K Series ................................................................ 22

• 78K/0S Series............................................................. 26

• 78K/0 Series ............................................................... 41

16-Bit Single-Chip Microcontroller .............................. 80

• 78K/IV Series ............................................................. 80

32-Bit Microprocessor ................................................... 97

• V810 Family^TM, V830 Family^TM.................................. 98

32-Bit Single-Chip Microcontroller .............................. 99

• V850 Family^TM............................................................. 99

64-Bit Microprocessor ................................................... 105

• V^RSeries^TM.................................................................. 105

Development Tools ........................................................ 107

Middleware ...................................................................... 134

Selection Guide X10679EJHV0SG00

1

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ 75XL Series Products Product Evolution

General-purpose products

Products with

internal PROM

µ

PD754304

PD754302

36-pin General-purpose

µ

PD75P4308

µ

PD750108

PD750106

PD750104

µ

PD75P0116

PD75P0016

µ

PD750008

PD750006

PD750004

µ

42-pin General-purpose dual clock

µ

PD750068

µ

PD750066

µ

PD75P0076

PD750064

42-pin A/D dual clock

For key-less entry

µ

PD754264

PD754244

PD754144

PD754202

µ

★

µ

PD75F4264

µ

20-pin EEPROM

Products with on-chip LCD

µ

PD753017A

PD753016A

PD753012A

80-pin 128 segment

µ

PD75P3018A

µ

PD753108

PD753106

PD753104

64-pin 96 segment

µ

PD75P3116

PD75P3216

µ

PD753208

PD753206

PD753204

48-pin 48 segment

µ

PD753304

42-pin 96 segment

µ

PD753036

80-pin 80 segment + A/D

µ

PD75P3036

★

: Under development

2

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ General-Purpose 42-pin (1/2)

Part number

ROM (bytes)

µPD750004

µPD750006

µPD750008

µPD75P0016

4096

(Mask ROM)

8192

(Mask ROM)

16384

(One-time PROM)

6144

(Mask ROM)

512

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

RAM (× 4 bits)

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs (with 4.19 MHz main system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs (with 6.0 MHz main system clock)

• 122 µs (with 32.768 kHz subsystem clock)

Instruction cycle

• 0.67 µs (VDD = 2.7 to 5.5 V)

• 0.95 µs (VDD = 2.2 to 5.5 V)

Minimum instruction

execution time

On-chip pull-up resistors are connectable by software: 7

CMOS input

8

Can drive LED

On-chip pull-up resistors are connectable by software

CMOS I/O

I/O port

18

34

Can drive LED

13 V withstand voltage

No on-chip pull-up resistors

Can drive LED, 13 V withstand voltage

Pull-up resistors can be incorporated by mask option

N-ch open-drain I/O

8

• 8-bit timer/event counter × 1 channel

• Basic interval timer/watchdog timer × 1 channel

• Watch timer × 1 channel

Timer

4 channels

• 8-bit timer × 1 channel

Any of three modes can be used:

• 3-wire serial I/O mode: MSB/LSB switchable

•2-wire serial I/O mode

Serial interface

•SBI mode

External: 3, Internal: 4

External: 1, Internal: 1

Vectored interrupt

Test input

• Φ, 524 kHz, 262 kHz, 65.5 kHz (with 4.19 MHz main system clock)

• Φ, 750 kHz, 375 kHz, 93.8 kHz (with 6.0 MHz main system clock)

Clock output (PCL)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (with 4.19 MHz main system clock, or 32.768 kHz subsystem clock)

• 2.93 kHz, 5.86 kHz, 46.9 kHz (with 6.0 MHz main system clock)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

Instruction set

Power supply voltage

Package

VDD = 2.2 to 5.5 V (VDD = 1.8 to 5.5 V with external clock)

• 42-pin plastic shrink DIP (600 mil)

• 44-pin plastic QFP (10 × 10 mm)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Applications

VCRs, CD players, cordless telephones, radios, cameras, home electric appliances, etc.

Selection Guide X10679EJHV0SG00

3

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ General-Purpose 42-pin (2/2)

Part number

ROM (bytes)

µPD750104

µPD750106

µPD750108

µPD75P0116

4096

(Mask ROM)

6144

(Mask ROM)

8192

(Mask ROM)

16384

(One-time PROM)

512

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

RAM (× 4 bits)

General-purpose register

• 2 µs, 4 µs, 8 µs, 32 µs (with RC 2.0 MHz main system clock)

• 4 µs, 8 µs, 16 µs, 64 µs (with RC 1.0 MHz main system clock)

• 122 µs (with 32.768 kHz subsystem clock)

Instruction cycle

Minimum instruction

execution time

2 µs (VDD = 1.8 to 5.5 V)

On-chip pull-up resistors are connectable by software: 7

Can drive LED

On-chip pull-up resistors are connectable by software

CMOS input

8

CMOS I/O

I/O port

18

34

Can drive LED

13 V withstand voltage

No on-chip pull-up resistors

Can drive LED, 13 V withstand voltage

Pull-up resistors can be incorporated by mask option

N-ch open-drain I/O

8

• 8-bit timer/event counter × 1 channel

• Basic interval timer/watchdog timer × 1 channel

• Watch timer × 1 channel

Timer

4 channels

• 8-bit timer × 1 channel

Any of three modes can be used:

• 3-wire serial I/O mode: MSB/LSB switchable

• 2-wire serial I/O mode

Serial interface

• SBI mode

External: 3, Internal: 4

External: 1, Internal: 1

Vectored interrupt

Test input

Φ, 125 kHz, 62.5 kHz, 15.6 kHz (with 1.0 MHz main system clock)

Clock output (PCL)

• 2 kHz, 4 kHz, 32 kHz (with 32.768 kHz subsystem clock)

• 0.49 kHz, 0.98 kHz, 7.81 kHz (with 1.0 MHz main system clock)

Buzzer output (BUZ)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

Instruction set

Power supply voltage

Package

VDD = 1.8 to 5.5 V

• 42-pin plastic shrink DIP (600 mil)

• 44-pin plastic QFP (10 × 10 mm)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Applications

VCRs, CD players, cordless telephones, radios, cameras, home electric appliances, etc.

4

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ General-Purpose 42-pin (A/D)

Part number

ROM (bytes)

µPD750064

µPD750066

µPD750068

µPD75P0076

4096

(Mask ROM)

6144

(Mask ROM)

8192

(Mask ROM)

16384

(One-time PROM)

512

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

RAM (× 4 bits)

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs (with 4.19 MHz main system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs (with 6.0 MHz main system clock)

• 122 µs (with 32.768 kHz subsystem clock)

Instruction cycle

• 0.67 µs (VDD = 2.7 to 5.5 V)

• 0.95 µs (VDD = 1.8 to 5.5 V)

Minimum instruction

execution time

On-chip pull-up resistors are connectable by software: 7

Also used for analog input pins: 4

CMOS input

12

Can drive LED

On-chip pull-up resistors are connectable by software

Also used for analog input pins: 4

CMOS I/O

I/O port

12

8

32

Can drive LED

13 V withstand voltage

No on-chip pull-up resistors

Can drive LED, 13 V withstand voltage

Pull-up resistors can be incorporated by mask option

N-ch open-drain I/O

• 8-bit timer/event counter: 2 channels (Usable as 16-bit timer/event counter)

• Basic interval timer/watchdog timer: 1 channel

• Watch timer: 1 channel

4 channels

Timer

Any of two modes can be used:

• 3-wire serial I/O mode (MSB/LSB switchable)

• 2-wire serial I/O mode

Serial interface

8-bit resolution × 8 channels

External: 3, Internal: 4

External: 1, Internal: 1

A/D converter

Vectored interrupt

Test input

• Φ, 1.05 MHz, 262 kHz, 65.5 kHz (with 4.19 MHz main system clock)

• Φ, 1.5 MHz, 375 kHz, 93.8 kHz (with 6.0 MHz main system clock)

Clock output (PCL)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (with 4.19 MHz main system clock, or 32.768 kHz subsystem clock)

• 2.93 kHz, 5.86 kHz, 46.9 kHz (with 6.0 MHz main system clock)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/oprations/increment and decrement/comparison

Instruction set

Power supply voltage

Package

V^DD= 1.8 to 5.5 V

• 42-pin plastic shrink DIP (600 mil, 1.778-mm pitch)

• 42-pin plastic shrink SOP (375 mil, 0.8-mm pitch)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Applications

Cordless telephones, AV equipment, home electric appliances, OA equipment, health equipment,

meters, gas tables, etc.

Selection Guide X10679EJHV0SG00

5

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ General-Purpose 36-pin

Part number

ROM (bytes)

µPD754302

µPD754304

µPD75P4308

2048

(Mask ROM)

4096

(Mask ROM)

8192

(One-time PROM)

256

RAM (× 4 bits)

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs (with 4.19 MHz main system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs (with 6.0 MHz main system clock)

Instruction cycle

• 0.67 µs (VDD = 2.7 to 5.5 V)

• 0.95 µs (VDD = 1.8 to 5.5 V)

Minimum instruction

execution time

8

On-chip pull-up resistors are connectable by software: 7

CMOS input

Can drive LED

On-chip pull-up resistors are connectable by software

18

CMOS I/O

I/O port

30

Can drive LED, 13 V withstand voltage

Pull-up resistors can be incorporated by

mask option

Can drive LED

13 V withstand voltage

No on-chip pull-up resistors

4

N-ch open-drain I/O

8-bit timer/event counter × 2 channels

3 channels

(usable as 16-bit timer/event counter)

Timer

Basic interval timer/watchdog timer × 1 channel

Either of two modes can be used:

• 3-wire serial I/O mode: MSB/LSB switchable

• 2-wire serial I/O mode

Serial interface

External: 3, Internal: 4

External: 1

Vectored interrupt

Test input

• Φ, 524 kHz, 262 kHz, 65.5 kHz (with 4.19 MHz main system clock)

• Φ, 750 kHz, 375 kHz, 93.8 kHz (with 6.0 MHz main system clock)

Clock output (PCL)

Instruction set

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

VDD = 1.8 to 5.5 V

Power supply voltage

Package

• 36-pin plastic shrink SOP (300 mil, 0.8-mm pitch)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Cordless telephones, TVs, VCRs, audio equipment, home electric appliances, OA equipment,

etc.

Applications

6

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ Keyless Entry

Part number

ROM (bytes)

µPD754202

µPD754144

µPD754244

µPD754264

µPD75F4264^★

2048

(Mask ROM)

4096

(Mask ROM)

4096

(Flash memory)

128

RAM (× 4 bits)

EEPROM^TM(bytes)

—

16

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

32

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, • 4 µs, 8 µs, 16 µs, 64 µs

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs

(with 4.19 MHz system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs

(with 6.0 MHz system clock)

15.3 µs (with 4.19 MHz

System clock)

(with 1 MHz system

clock)

Instruction cycle

• 0.67 µs, 1.33 µs, 2.67 µs,

10.7 µs (with 6.0 MHz

System clock)

• 0.67 µs

(VDD = 2.7 to 6.0 V)

• 0.95 µs

2 µs

• 0.67 µs (VDD = 2.7 to 6.0 V)

• 0.95 µs (VDD = 1.8 to 6.0 V)

(VDD = 1.8 to 6.0 V)

Minimum instruction

execution time

(VDD = 1.8 to 6.0 V)

No on-chip pull-up

resistors

Pull-up resistors can be incorporated by mask option

CMOS input

I/O port

4

13

Can drive LED

On-chip pull-up resistors are connectable by software

CMOS I/O

9

RC oscillator

(external resistors

and capacitors)

Crystal/ceramic

oscillator

Crystal/ceramic oscillator

Systrem clock oscillator

Timer

• 8-bit timer counter: 3 channels (Usable as 16-bit timer counter or remote

controller signal carrier generator)

• Basic interval timer/watchdog timer: 1 channel

4 channels

—

4-bit resolution × 2

—

Programmable threshold port

A/D converter

—

8-bit resolution × 2

Key return reset function

Others

External: 1, internal: 5

External: 1

Vectored interrupt

Test input

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

Instruction set

Power supply voltage

Package

VDD = 1.8 to 6.0 V

• 20-pin plastic SOP (300 mil, 1.27-mm pitch)

• 20-pin plastic shrink SOP (300 mil, 0.65-mm pitch)

20-pin plastic SOP

(300 mil, 1.27-mm pitch)

Assembler, IE controller, device file, in-circuit emulator

Keyless entries, data carriers

Development tools

Applications

★: Under development

Selection Guide X10679EJHV0SG00

7

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ LCD-Driver 80-pin

µPD753012A

µPD753016A

µPD753017A

µPD75P3018A

Part number

ROM (bytes)

24576

(Mask ROM)

32768

(One-time PROM)

12288

(Mask ROM)

16384

(Mask ROM)

1024

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

RAM (× 4 bits)

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs (with 4.19 MHz main system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs (with 6.0 MHz main system clock)

• 122 µs (with 32.768 kHz subsystem clock)

Instruction cycle

• 0.67 µs (VDD = 2.7 to 5.5 V)

• 0.95 µs (VDD = 1.8 to 5.5 V)

Minimum instruction

execution time

On-chip pull-up resistors are connectable by software: 7

CMOS input

8

16

8

Can drive LED

On-chip pull-up resistors are connectable by software

CMOS I/O

I/O port

40

Also used for segment pins

CMOS I/O

Can drive LED

13 V withstand voltage

No on-chip pull-up resistors

Can drive LED, 13 V withstand voltage

Pull-up resistors can be incorporated by mask option

N-ch open-drain I/O

8

• Number of segments selectable: 24/28/32 segments

(switchable to CMOS ports in multiples of 4: 8 maximum)

• Selectable display mode: Static, 1/2 duty (1/2 bias), 1/3 duty (1/2 bias),

1/3 duty (1/3 bias), 1/4 duty (1/3 bias)

LCD controller/driver

Voltage divider resistors for

LCD drive can be incorporated by mask option

No on-chip voltage divider

resistors for LCD drive

• 8-bit timer/event counter: 3 channels (usable as 16-bit timer/event counter or

remote-controller signal carrier generator)

• Basic interval timer/watchdog timer × 1 channel

• Watch timer × 1 channel

Timer

5 channels

Any of three modes can be used:

• 3-wire serial I/O mode: MSB/LSB switchable

• 2-wire serial I/O mode

Serial interface

• SBI mode

External: 3, Internal: 5

External: 1, Internal: 1

Vectored interrupt

Test input

• Φ, 524 kHz, 262 kHz, 65.5 kHz (with 4.19 MHz main system clock)

• Φ, 750 kHz, 375 kHz, 93.8 kHz (with 6.0 MHz main system clock)

Clock output (PCL)

• 2 kHz, 4 kHz, 32 kHz (with 4.19 MHz main system clock, or with 32.768 kHz

subsystem clock)

Buzzer output (BUZ)

• 2.93 kHz, 5.86 kHz, 46.9 kHz (with 6.0 MHz main system clock)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

Instruction set

Power supply voltage

Package

VDD = 1.8 to 5.5 V

• 80-pin plastic QFP (14 × 14 mm)

• 80-pin plastic TQFP (fine pitch) (12 × 12 mm)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Applications

Camcorders, CD players, telephones, cameras, pagers, remote controllers, etc.

8

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ LCD-Driver 64-pin

µPD753104

µPD753106

µPD753108

µPD75P3116

Part number

ROM (bytes)

4096

(Mask ROM)

6144

(Mask ROM)

8192

(Mask ROM)

16384

(One-time PROM)

512

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

RAM (× 4 bits)

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs (with 4.19 MHz main system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs (with 6.0 MHz main system clock)

• 122 µs (with 32.768 kHz subsystem clock)

Instruction cycle

• 0.67 µs (VDD = 2.7 to 5.5 V)

• 0.95 µs (VDD = 1.8 to 5.5 V)

Minimum instruction

execution time

On-chip pull-up resistors are connectable by software: 7

CMOS input

8

12

8

Can drive LED

On-chip pull-up resistors are connectable by software

CMOS I/O

I/O port

32

Also used for segment pins

CMOS I/O

Can drive LED

13 V withstand voltage

No on-chip pull-up resistors

Can drive LED, 13 V withstand voltage

N-ch open-drain I/O

4

P

ull-up resistors can be incorporated by mask option

• Number of segments selectable: 16/20/24 segments

(switchable to CMOS ports in multiples of 4: 8 maximum)

• Selectable display mode: Static, 1/2 duty (1/2 bias), 1/3 duty (1/2 bias),

1/3 duty (1/3 bias), 1/4 duty (1/3 bias)

LCD controller/driver

Voltage divider resistors for

LCD drive can be incorporated by mask option

No on-chip voltage divider

resistors for LCD drive

• 8-bit timer/event counter: 3 channels (usable as 16-bit timer/event counter or

remote-controller signal carrier generator)

• Basic interval timer/watchdog timer × 1 channel

• Watch timer × 1 channel

Timer

5 channels

Any of three modes can be used:

• 3-wire serial I/O mode: MSB/LSB switchable

• 2-wire serial I/O mode

Serial interface

• SBI mode

External: 3, Internal: 5

External: 1, Internal: 1

Vectored interrupt

Test input

• Φ, 524 kHz, 262 kHz, 65.5 kHz (with 4.19 MHz main system clock)

• Φ, 750 kHz, 375 kHz, 93.8 kHz (with 6.0 MHz main system clock)

Clock output (PCL)

• 2 kHz, 4 kHz, 32 kHz

(with 4.19 MHz main system clock, or with 32.768 kHz subsystem clock)

• 2.93 kHz, 5.86 kHz, 46.9 kHz (with 6.0 MHz main system clock)

Buzzer output (BUZ)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

Instruction set

Power supply voltage

Package

VDD = 1.8 to 5.5 V

• 64-pin plastic QFP (14 × 14 mm)

• 64-pin plastic TQFP (12 × 12 mm)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Applications

Telephones, cameras, sphygmomanometers, gas meters, electronic scales, remote controllers,

etc.

Selection Guide X10679EJHV0SG00

9

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ LCD-Driver 48-pin

Part number

ROM (bytes)

µPD753204

µPD753206

µPD753208

µPD75P3216

4096

(Mask ROM)

6144

(Mask ROM)

8192

(Mask ROM)

16384

(One-time PROM)

512

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

RAM (× 4 bits)

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs (with 4.19 MHz main system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs (with 6.0 MHz main system clock)

Instruction cycle

• 0.67 µs (VDD = 2.7 to 5.5 V)

• 0.95 µs (VDD = 1.8 to 5.5 V)

Minimum instruction

execution time

6

On-chip pull-up resistors are connectable by software: 5

CMOS input

Can drive LED

On-chip pull-up resistors are connectable by software

12

CMOS I/O

Also used for segment pins

On-chip pull-up resistors are connectable by software

I/O port

8

4

CMOS I/O

30

Can drive LED

13 V withstand voltage

No on-chip pull-up resistors

Can drive LED, 13 V withstand voltage

Pull-up resistors can be incorporated by mask option

N-ch open-drain I/O

• Number of segments selectable: 4/8/12 segments

• Selectable display mode: Static, 1/2 duty (1/2 bias), 1/3 duty (1/2 bias),

1/3 duty (1/3 bias), 1/4 duty (1/3 bias)

LCD controller/driver

No on-chip voltage divider

resistors for LCD drive

Voltage divider resistors for

LCD drive can be incorporated by mask option

• 8-bit timer/event counter × 1 channel

• Basic interval timer/watchdog timer × 1 channel

• Watch timer × 1 channel

5 channels

Timer

• 8-bit timer × 2 channels (usable as 16-bit timer or remote controller signal

carrier generator)

Any of three modes can be used:

• 3-wire serial I/O mode: MSB/LSB switchable

• 2-wire serial I/O mode

Serial interface

• SBI mode

External: 2, Internal: 5

External: 1, Internal: 1

Vectored interrupt

Test input

• Φ, 524 kHz, 262 kHz, 65.5 kHz (with 4.19 MHz main system clock)

• Φ, 750 kHz, 375 kHz, 93.8 kHz (with 6.0 MHz main system clock)

Clock output (PCL)

Buzzer output (BUZ)

Instruction set

• 2 kHz, 4 kHz, 32 kHz (with 4.19 MHz main system clock)

• 2.93 kHz, 5.86 kHz, 46.9 kHz (with 6.0 MHz main system clock)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

VDD = 1.8 to 5.5 V

Power supply voltage

Package

48-pin plastic shrink SOP (375 mil, 0.65-mm pitch)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Applications

Remote controllers, cameras, sphygmomanometers, CD radio cassette players, gas meters, etc.

10

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ LCD-Driver 42-pin

Part number

µPD753304

4096 (Mask ROM)

ROM (bytes)

RAM (× 4 bits)

256

General-purpose register

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

1.1 µs, 2.2 µs, 4.4 µs, 17.8 µs (with 3.6 MHz main system clock, RC oscillator)

85.1 µs (with 47 kHz subsystem clock, RC oscillator)

Instruction cycle

Minimum instruction

execution time

• 0.67 µs (VDD = 4.5 to 5.5 V)

• 0.8 µs (VDD = 2.5 to 5.5 V)

CMOS I/O

I/O port

On-chip pull-up resistors are connectable by software: 4

Also used for segment pins

8

4

12

CMOS I/O

• Number of segments selectable: 20/24 segments

(switchable to CMOS I/O ports in multiples of 4 : 4)

• Selectable display mode: Static, 1/2 duty (1/2 bias), 1/3 duty (1/2 bias),

1/3 duty (1/3 bias), 1/4 duty (1/3 bias)

LCD controller/driver

On-chip voltage divider resistors for LCD drive

• 8-bit timer: 1 channel

3 channels

Timer

• Basic interval timer/watchdog timer: 1 channel

• Watch timer: 1 channel

Vectored interrupt

Test input

External: 1, Internal: 2

Internal: 1

Clock output (PCL)

Φ, 3.6 MHz, 450 kHz, 225 kHz (with 3.6 MHz main system clock)

• 2.94 kHz, 5.88 kHz, 47 kHz (with 47 kHz subsystem clock)

• 1.76 kHz, 3.52 kHz, 28.13 kHz (with 3.6 MHz main system clock)

Buzzer output (BUZ)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

Instruction set

Power supply voltage

VDD = 2.5 to 5.5 V

Operating ambient

temperature

TA = –10 to +60°C

• 42-pin pellet/wafer

• 42-pin ceramic shrink DIP (600 mil) (ES only)

Package

Development tools

Applications

Assembler, IE controller, device file, in-circuit emulator

Small-size LCD displays, etc.

Selection Guide X10679EJHV0SG00

11

Microcomputer

4-Bit Single-Chip Microcontroller

75XL Series

■ LCD-Driver 80-pin (A/D)

µPD753036

µPD75P3036

Part number

ROM (bytes)

16384

(Mask ROM)

16384

(One-time PROM)

768

(4-bit × 8) × 4 banks or (8-bit × 4) × 4 banks

RAM (× 4 bits)

General-purpose register

• 0.95 µs, 1.91 µs, 3.81 µs, 15.3 µs (with 4.19 MHz main system clock)

• 0.67 µs, 1.33 µs, 2.67 µs, 10.7 µs (with 6.0 MHz main system clock)

• 122 µs (with 32.768 kHz subsystem clock)

Instruction cycle

• 0.67 µs (VDD = 2.7 to 5.5 V)

• 0.95 µs (VDD = 1.8 to 5.5 V)

Minimum instruction

execution time

8

On-chip pull-up resistors are connectable by software: 7

CMOS input

Can drive LED

On-chip pull-up resistors are connectable by software

20

8

CMOS I/O

Also used for segment pins

I/O port

44

Bit-port output

Can drive LED

Can drive LED, 13 V withstand voltage

No on-chip pull-up resistors

13 V withstand voltage

Pull-up resistors can be

incorporated by mask option

8

N-ch open-drain I/O

• Number of segments selectable: 12/16/20 segments

(switchable to bit-port output in multiples of 4: 8 maximum)

• Selectable display mode: Static, 1/2 duty (1/2 bias), 1/3 duty (1/2 bias),

1/3 duty (1/3 bias), 1/4 duty (1/3 bias)

LCD controller/driver

Voltage divider resistors for LCD drive

can be incorporated by mask option

No on-chip voltage divider resistors for

LCD drive

• 8-bit timer/event counter: 3 channels

(Usable as 16-bit timer/event counter or remote controller signal carrier

generator)

5 channels

Timer

• Basic interval timer/watchdog timer: 1 channel

• Watch timer: 1 channel

Any of three modes can be used:

• 3-wire serial I/O mode (MSB/LSB switchable)

• 2-wire serial I/O mode

Serial interface

• SBI mode

8-bit resolution × 8 channels

External: 3, Internal: 5

External: 1, Internal: 1

A/D converter

Vectored interrupt

Test input

• Φ, 524 kHz, 262 kHz, 65.5 kHz (with 4.19 MHz main system clock)

• Φ, 750 kHz, 375 kHz, 93.8 kHz (with 6.0 MHz main system clock)

Clock output (PCL)

Buzzer output (BUZ)

• 2 kHz, 4 kHz, 32 kHz (with 4.19 MHz main system clock, or 32.768 kHz subsystem clock)

• 2.93 kHz, 5.86 kHz, 46.9 kHz (with 6.0 MHz main system clock)

• Bit data set/reset/test/boolean operations

• 4-/8-bit data transfer/operations/increment and decrement/comparison

Instruction set

Power supply voltage

Package

VDD = 1.8 to 5.5 V

• 80-pin plastic QFP (14 × 14 mm)

• 80-pin plastic TQFP (fine pitch) (12 × 12 mm)

Assembler, IE controller, device file, in-circuit emulator

Development tools

Applications

Cordless telephones, AV equipment, home electric appliances, OA equipment, health equipment,

meters, gas tables, etc.

12

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

17K Series

■ 17K Series Product Evolution

DTS

Audio (On-chip LCD controller)

µPD17017

µPD17016

µPD17P005

µPD17005

µPD17P010

µPD17010

ROM: 16K bytes

ROM: 8K bytes

ROM: 16K bytes

ROM: 8K bytes

Enhanced

Interrupt and

Timer function

µPD17003A

LCD: 30 × 2segment

80-pin

ROM: 16K bytes, LCD: 30 × 2segment

80-pin

LCD: 30 × 2segment

80-pin

µPD17P012

µPD17012

ROM: 8K bytes

LCD: 20 × 3segment

64-pin

Audio (without LCD controller)

µPD17P001

µPD17P709

µPD17709

ROM: 32K bytes, RAM: 1776 × 4 bits

µPD17001

µPD17708

µPD17707

ROM: 8K bytes, 48-pin

ROM: 32K bytes, RAM: 1120 × 4 bits

ROM: 24K bytes, RAM: 1120 × 4 bits

ROM: 24K bytes, RAM: 672 × 4 bits

ROM: 16K bytes, RAM: 672 × 4 bits

µPD17705

µPD17704

80-pin

Enhanced Serial Interface

µPD17P719

µPD17719

µPD17718

µPD17717

ROM: 32K bytes, RAM: 1776 × 4 bits

ROM: 32K bytes, RAM: 1120 × 4 bits

ROM: 24K bytes, RAM: 1120 × 4 bits

80-pin

Portable

V

DD = 1.8V

µPD17P073

µPD17073

µPD17072

µPD17071

µPD17015

ROM: 8K bytes

ROM: 6K bytes

ROM: 3K bytes, LCD: 9 × 4segment

38-pin

µPD17934A

ROM: 16K bytes

ROM: 12K bytes

µPD17933A

V

DD = 0.9V

LCD: 15 × 4segment

LCD: 20 × 4segment

56-pin

80-pin

: Under development

★

Remote control transmitter (2.2 V operation)

LCD remote-controller

80QFP

µPD17P207

µPD17207

ROM 8K bytes

µPD17201A

ROM 6K bytes, LCD 34 x 4 segment

Learning remote-controller

52QFP

µPD17P203A

µPD17P204

µPD17203A

PD17204

µ

ROM 8K bytes, SRAM 4K knibles

ROM 16K bytes, SRAM 2K knibles

Pre-set remote-controller/ASC

28SDIP/SOP

µPD17P228^★

28SOP/30SSOP

µPD17P236^★

µPD17236^★

µPD17228

ROM 16K bytes

µPD17227

µPD17226

ROM 12K bytes

ROM 8K bytes

ROM 32K bytes

µPD17235^★

ROM 24K bytes

µPD17225

ROM 4K bytes

: Under development

★

Selection Guide X10679EJHV0SG00

13

Microcomputer

4-Bit Single-Chip Microcontroller

17K Series

■ Audio (On-Chip LCD Controller)

Part number

Main application

ROM size

µPD17003A

µPD17005

µPD17010

µPD17016

µPD17017

µPD17012

High-end tuner, automotive radio

3836 × 16 bits

320 × 4 bits

7932 × 16 bits

432 × 4 bits

7932 × 16 bits

432 × 4 bits

3836 × 16 bits

320 × 4 bits

7932 × 16 bits

432 × 4 bits

4096 × 16 bits

316 × 4 bits

RAM size

On-chip LCD driver

Segment signal: 30

Common signal: 2

On-chip LCD driver

Segment signal: 20

Common signal: 3

Display

8

Input port

9 (+30)

9 (+8)

8 (+ 20)

Output port

I/O port

16

14

2

4

6

2

6

D/A converter

A/D converter

Modulo timer

2

—

1

Power supply

voltage

+5 V ±10%

4.5 MHz

Crystal

PLL reference

frequency

1, 1.25, 2.5, 3, 5, 6.25, 9, 10, 12.5, 25, 50, 100 kHz

On-chip (150 MHz)

On-chip

(250 MHz)

Applicable prescaler

Package

80-pin plastic QFP

64-pin plastic QFP

µPD17P005

µPD17P010

µPD17P005

µPD17P012

One-time PROM product

Development tools

Assembler, C-like compiler, device file, integrated debugger, in-circuit emulator

14

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

17K Series

■ Audio (without LCD Controller) (1/2)

Subseries name

Part number

–

µPD17709 Subseries

µPD17707

µPD17001

µPD17704

µPD17705

µPD17708

µPD17709

Main application

ROM size

High-end tuner, automotive radio

3836 × 16 bits

8192 × 16 bits

12288 × 16 bits

16384 × 16 bits

1776 × 4 bits

RAM size

224 × 4 bits

672 × 4 bits

1120 × 4 bits

Input port

8

12

4

12

Output port

4

I/O port

46

D/A converter

A/D converter

Modulo timer

Power supply voltage

Crystal

3

6

–

4 (Used also PWM: 1)

+5 V ±10%

4.5 MHz

PLL reference frequency

Applicable prescaler

Package

1, 1.25, 2.5, 3, 5, 6.25, 9, 10, 12.5, 18, 20, 25, 50 kHz

On-chip (130 MHz)

48-pin plastic QFP

80-pin plastic QFP

One-time PROM product

Development tools

µPD17P001

µPD17P709

Assembler, C-like compiler, device file, integrated debugger, in-circuit emulator

: 1, 1.25, 2.5, 3, 5, 6.25, 9, 10, 12.5, 25, 50, 100 kHz

Selection Guide X10679EJHV0SG00

15

Microcomputer

4-Bit Single-Chip Microcontroller

17K Series

■ Audio (without LCD Controller) (2/2)

Subseries name

µPD17719 Subseries

µPD17718

Part number

Main application

ROM size

µPD17717

µPD17719

High-end tuner, automotive radio

12288 × 16 bits

16384 × 16 bits

RAM size

1120 × 4 bits

1776 × 4 bits

Input port

12

4

Output port

I/O port

46

3

D/A converter

A/D converter

6

2-wire/3-wire/SBI/I²C bus (selectable): 1 channel

3-wire/UART (selectable): 1 channel

Serial interface

Modulo timer

4 (Used also PWM: 1)

Power supply voltage

Crystal

+5 V ±10%

4.5 MHz

PLL reference frequency

Applicable prescaler

Package

1, 1.25, 2.5, 3, 5, 6.25, 9, 10, 12.5, 18, 20, 25, 50 kHz

On-chip (130 MHz)

80-pin plastic QFP

One-time PROM product

Development tools

µPD17P719

Assembler, C-like compiler, device file, integrated debugger, in-circuit emulator

16

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

17K Series

■ Portable

Part number

Main application

ROM size

µPD17015

µPD17071

µPD17072

Portable radio

4096 × 16 bits

µPD17073

µPD17933A

µPD17934A

3072 × 16 bits

1528 × 16 bits

97 × 4 bits

6144 × 16 bits

8192 × 16 bits

RAM size

174 × 4 bits

448 × 4 bits

On-chip LCD driver

Segment signal: 9

Common signal: 4

On-chip LCD driver

Segment signal: 15

Common signal: 4

On-chip LCD driver

Segment signal: 20

Common signal: 4

Display

Input port

3

7

2

4

9

8

11

6

Output port

I/O port

20

3

2

A/D converter

—

1.7 to 2.6 V

(when PLL is

stopped)

1.8 to 3.6 V

(when PLL is

operating)

Power supply

voltage

1.8 to 3.6 V

0.9 to 1.8 V

Crystal

75 kHz

PLL reference

frequency

1, 3, 5, 12.5 kHz

1, 3, 5, 6.25, 12.5, 25 kHz

On-chip (230 MHz)

Applicable prescaler On-chip (220 MHz)

38-pin plastic

Package

56-pin plastic QFP

64-pin plastic TQFP

56-pin plastic QFP

80-pin plastic TQFP

—

shrink SOP

—

µPD17P073

One-time PROM product

Development tools

Assembler, C-like compiler, device file, integrated debugger, in-circuit emulator

Selection Guide X10679EJHV0SG00

17

Microcomputer

4-Bit Single-Chip Microcontroller

17K Series

■ LCD Remote-Controller, Learning Remote-Controller

µPD17201A

µPD17207

µPD17203A

µPD17204

Part number

Infrared remote controller with LCD display

Infrared remote controller for learning

Main application

ROM size

3072 × 16 bits

4096 × 16 bits

336 × 4 bits

4096 × 4 bits

7936 × 16 bits

RAM size

336 × 4 bits

—

2048 × 4 bits

Static RAM

LCD controller/driver

Carrier generator for infrared remote-controller signal

Infrared remote-controller signal receiver preamplifier

I/O port

136 segments maximum

None

On-chip

28

On-chip

None

19

1

External interrupt

Analog input

1

A/D converter: 4 channels (8-bit resolution)

2 channels

—

Timer

4 channel

1 channel

Serial interface

1 channel

Watchdog timer

Dual clock

On-chip (WDOUT output)

On-chip

On-chip (WDOUT output)

On-chip

Instruction execution time

Power supply voltage

Package

4 µs at 4 MHz

2.2 to 5.5 V

80-pin plastic QFP

52-pin plastic QFP

µPD17P207

µPD17P203A

µPD17P204

One-time PROM product

Development tools

Assembler, C-like compiler, device file, integrated debugger, in-circuit emulator

18

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

17K Series

■ Pre-set Remote-Controller/ASC

µPD17225

µPD17226

Pre-set remote controller, toy, portable system

4096 × 16 bits 6144 × 16 bits

223 × 4 bits

µPD17227

µPD17228

Part number

Main application

ROM size

2048 × 16 bits

111 × 4 bits

8192 × 16 bits

RAM size

Carrier generator for infrared remote-

controller signal

On-chip

CMOS input: 9

N-ch open-drain output: 8

CMOS I/O: 4

I/O port

1

External interrupt

2 channels

Timer

On-chip (WDOUT output)

Watchdog timer

Low voltage detection circuit

P0C/P0D standby operation

The output level existing immediately before setting standby mode is maintained.

High speed mode: 2 µs (at 8 MHz)

Normal mode: 4 µs (at 8 MHz)

Instruction execution time

2.2 to 3.6 V (4 µs, 2.0 to 3.6 V)

28-pin plastic SDIP, 28-pin plastic SOP, 30-pin plastic shrink SOP

µPD17P228^★

Power supply voltage

Package

One-time PROM product

Development tools

Assembler, C-like compiler, device file, integrated debugger, in-circuit emulator

µPD17235^★

µPD17236^★

Part number

Main application

ROM size

Pre-set remote controller, toy, portable system

12288 × 16 bits

16384 × 16 bits

RAM size

223 × 4 bits

Carrier generator for infrared remote-

controller signal

On-chip

CMOS input: 9 or 10

N-ch open-drain output: 8 or 9

CMOS I/O: 4

I/O port

1

External interrupt

2 channels

On-chip

Timer

Watchdog timer

Low voltage detection circuit

P0C/P0D standby operation

The output level existing immediately before setting standby mode is maintained.

High speed mode: 2 µs (at 8 MHz)

Normal mode: 4 µs (at 8 MHz)

Instruction execution time

2.2 to 3.6 V (4 µs, 2.0 to 3.6 V)

28-pin plastic SOP, 30-pin plastic shrink SOP

µPD17P236^★

Power supply voltage

Package

One-time PROM product

Development tools

Assembler, C-like compiler, device file, integrated debugger, in-circuit emulator

★: Under development

Selection Guide X10679EJHV0SG00

19

Microcomputer

4-Bit Single-Chip Microcontroller

µPD6133, 6604, 63 Series

■ Remote Controller (µPD6133 Series)

Part number

µPD6133

µPD6134

µPD61P34B

Main application

AV, household electric appliances

512 × 10 bits

1002 × 10 bits

ROM size

Mask ROM

One time PROM

RAM size

32 × 4 bits

Number of supported keys

32 (standard), 48 (when using key expansion pin), 96 (when expanded by diode)

300 kHz to 1 MHz (ceramic oscillator)

Operation clock

frequency (fx)

Instruction execution time

16 µs (at fx = 500 kHz)

Modulation carrier

frequency

f^x, fx/2, fx/8, fx/12, fx/16, fx/24, no carrier (high level)

9-bit programmable timer

Timer

POC circuit

Mask option

On-chip

Power supply voltage

(VDD)

1.8 to 3.6 V,

2.2 to 3.6 V (when POC circuit is incorporated)

20-pin plastic SOP, 20-pin plastic shrink SOP

2.2 to 3.6 V

Package

Development tools

Assembler

■ Remote Controller (µPD6604 Series)

Part number

µPD6604

µPD66P04B

Main application

AV, household electric appliances

1002 × 10 bits

ROM size

Mask ROM

One time PROM

RAM size

32 × 4 bits

Number of supported keys

32 (standard), 48 (when using key expansion pin), 96 (when expanded by diode)

300 kHz to 1 MHz (RC oscillator)

Operation clock

frequency (fx)

Instruction execution time

16 µs (at fx = 500 kHz)

Modulation carrier

frequency

f^x, fx/2, fx/8, fx/12, fx/16, fx/24, no carrier (high level)

9-bit programmable timer

Timer

POC circuit

Mask option

On-chip

Power supply voltage

(VDD)

1.8 to 3.6 V,

2.2 to 3.6 V (when POC circuit is incorporated)

20-pin plastic SOP, 20-pin plastic shrink SOP

Assembler

2.2 to 3.6 V

Package

Development tools

20

Selection Guide X10679EJHV0SG00

Microcomputer

4-Bit Single-Chip Microcontroller

µPD6133, 6604, 63 Series

■ Remote Controller (µPD63 Series)

Part number

µPD62

µPD63A

µPD64

µPD6P4B

µPD65^★

Main application

AV, household electric appliances

512 × 10 bits

768 × 10 bits

1002 × 10 bits

One time PROM

2026 × 10 bits

ROM size

Mask ROM

RAM size

32 × 4 bits

Number of supported keys

32 (standard), 48 (when using key expansion pin), 96 (when expanded by diode)

2.4 MHz to 8 MHz (ceramic oscillator)

56 (standard)

Operation clock

frequency (fx)

Instruction execution time

16 µs (at fx = 4 MHz)

Modulation carrier

frequency

fx/8, fx/16, fx/64, fx/96, fx/128, fx/192, no carrier (high level)

9-bit programmable timer

Timer

POC circuit

Mask option

On-chip

Mask option

2.2 to 3.6 V

Power supply voltage

(VDD)

1.8 to 3.6 V,

2.2 to 3.6 V (when POC circuit is incorporated)

20-pin plastic shrink 20-pin plastic SOP

SOP

20-pin plastic shrink

SOP

Package

20-pin plastic SOP

20-pin plastic shrink SOP

Development tools

Assembler

★: Under development

Selection Guide X10679EJHV0SG00

21

Microcomputer

8-Bit Single-Chip Microcontroller

178K Series

■ 178K Series Product Evolution

DTS

Audio

µ

PD178098

Subseries

100-pin

On-chip IEBus^TM

On-chip UART

µ

PD178018A

µ

PD178078

Subseries

100-pin

Subseries

80-pin

Function shrink

µ

PD178003

Subseries

80-pin

µ

PD178024^★

Subseries

80-pin

TV (On-chip OSD)

µ

PD178048^★

Subseries

64-pin/80-pin

: Under development

★

■ Differences among the Subseries

Function

ROM

Timer

VDD

MIN.

value

8-bit

A/D

8-bit

D/A

I/O

Remark

–

Serial interface

Subseries

name

capacity

8-bit

2 ch

16-bit WDT

µPD178098

48K to 60K

1 ch

8 ch

–

4 ch (UART: 1 ch,

I²C: 1 ch)

80

4.5 V

Audio

4 ch (UART: 1 ch,

IEBus: 1 ch)

µPD178078

µPD178024

µPD178018A

µPD178003

µPD178048

24K to 32K

32K to 60K

16K to 24K

48K to 60K

–

6 ch

4 ch

2 ch (I²C: 1 ch)

62

46

3 ch

2 ch

4 ch

3 ch 2 ch (I²C: 1 ch)

–

1 ch

3 ch (I²C: 2 ch)

4.5 V

–

TV

1 ch

22

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

178K Series

■ Audio (µPD178003, 178018A Subseries)

Subseries name

Part number

µPD178003 Subseries

µPD178002 µPD178003

µPD178018A Subseries

µPD178006A µPD178016A

High-end tuner, automotive radio

32K bytes 48K bytes

µPD178004A

µPD178018A

Main application

ROM size

16K bytes

24K bytes

60K bytes

3K bytes

RAM size

512 bytes

1K bytes

Input port

1

3

Output port

I/O port

58

D/A converter

A/D converter

Modulo timer

Power supply voltage

Crystal

–

2

3

6

3 (Used also PWM: 1)

+5 V ±10%

4.5 MHz

PLL reference frequency

Applicable prescaler

Package

1, 3, 9, 10, 12.5, 25, 50 kHz

1, 3, 5, 9, 10, 25, 50 kHz

On-chip (160 MHz)

80-pin plastic QFP

µPD178P018A

One-time PROM product

Development tools

Assembler, C compioler, real-time OS, integrated debugger, system simulator, device file, in-circuit emulator

■ Audio (µPD178024 Subseries)

Part number

Main application

ROM size

µPD178023^★

µPD178024^★

High-end tuner, automotive radio

24K bytes

32K bytes

RAM size

1K bytes

6

Input port

Output port

I/O port

3 (N-ch open drain)

53 (N-ch open drain: 2)

I²C bus: 1 channel

3-wire: 1 channel

Serial interface

A/D converter

Modulo timer

6

8 bits × 2 ch

4.5 to 5.5 V (When PLL or A/D converter is operating)

3.5 to 5.5 V (When only CPU is operating)

Power supply voltage

Crystal

4.5 MHz

PLL reference frequency

Applicable prescaler

1, 3, 9, 10, 12.5, 25, 50 kHz

On-chip (160 MHz)

80-pin plastic QFP (14 × 14 mm, 0.65 mm pitch)

80-pin plastic QFP (14 × 20 mm, 0.8 mm pitch)

Package

Development tools

Assembler, C compiler, real-time OS, integrated debugger, device file, in-circuit emulator

★: Under development

Selection Guide X10679EJHV0SG00

23

Microcomputer

8-Bit Single-Chip Microcontroller

178K Series

■ Audio (µPD178098 Subseries)

Part number

Main application

ROM size

µPD178096

µPD178098

High-end tuner, automotive radio

48K bytes

2048 bytes

60K bytes

3072 bytes

RAM size

Input port

8

Output port

I/O port

8 (N-ch open drain)

64 (N-ch open drain: 3)

IEBus (mode 1 only): 1 channel

3-wire/2-wire/SBI/I²C bus (selectable): 1 channel

3-wire: 1 channel

Serial interface

3-wire (with function for automatic transmission and reception): 1 channel

D/A converter

–

A/D converter

8

Modulo timer

16 bits × 1, 8 bits × 2

Power supply voltage

Crystal

+5 V ±10%

6.3 MHz

PLL reference frequency

Applicable prescaler

Package

1, 3, 9, 10, 12.5, 25, 50 kHz

On-chip (160 MHz)

100-pin plastic QFP

µPD178F098

Flash memory product

Development tools

Assembler, C compiler, real-time OS, integrated debugger, device file, in-circuit emulator

■ Audio (µPD178078 Subseries)

Part number

Main application

ROM size

µPD178076

µPD178078

High-end tuner, automotive radio

48K bytes

2K bytes

60K bytes

3K bytes

RAM size

Input port

8

Output port

I/O port

8 (N-ch open drain)

64 (N-ch open drain: 3)

3-wire/2-wire/SBI/I²C bus (selectable): 1 channel

3-wire: 1 channel

3-wire (with function for automatic transmission and reception): 1 channel

UART: 1 channel

Serial interface

A/D converter

8-bit resolution × 8 channels

+5 V ±10%

Power supply voltage

Crystal

6.3 MHz, 4.5 MHz

1, 3, 9, 10, 12.5, 25, 50 kHz

On-chip (160 MHz)

100-pin plastic QFP

µPD178F098

PLL reference frequency

Applicable prescaler

Package

Flash memory product

Development tools

Assembler, C compiler, real-time OS, integrated debugger, device file, in-circuit emulator

24

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

178K Series

■ TV (µPD178048 Subseries)

Part number

Main application

ROM size

µPD178046^★

µPD178048^★

TV sets, CATV

1K bytes

48K bytes

60K bytes

RAM size

On-chip OSD

Kind of character: 255

Display

Display character: 12 lines × 24 columns

Character type: 12 × 18 dot

Character color: 8

Input port

Output port

I/O port

4

5 (N-ch open drain)

37 (N-ch open drain: 4)

I²C bus: 2 channels

3-wire: 1 channel

Serial interface

PWM

14-bit × 1

8-bit × 4

A/D converter

Power supply voltage

Crystal

8-bit resolution × 4 channels

+5 V ±10%

5.0 MHz

Package

64-pin plastic shrink DIP, 80-pin plastic TQFP

µPD178F048^★

Flash memory product

Development tools

Assembler, C compiler, real-time OS, integrated debugger, device file, in-circuit emulator

★: Under development

Selection Guide X10679EJHV0SG00

25

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ 78K/0S Series Product Evolution

Subseries names are shown inside frames.

Small-scale general purpose

µ

PD789046

44-pin

Dual clock

µ

PD789026

42-pin

UART

µ

PD789014

µ

PD789104A

28-pin

UART

µ

PD789124A

28-pin/30-pin

8-bit A/D converter

Multiplier

28-pin/30-pin

8-bit A/D converter

Multiplier

µ

PD789114A

RC oscillator

28-pin/30-pin

10-bit A/D converter

Multiplier

µ

PD789134A

28-pin/30-pin

10-bit A/D converter

Multiplier

For PC

µ

PD789800

RC oscillator

42-pin

USB

µ

PD789167

44-pin

8-bit A/D converter

Multiplier

Inverter controller

µ

PD789842

µ

PD789177

44-pin

8-bit A/D converter

44-pin

10-bit A/D converter

Multiplier

LCD driver

µ

PD789830

µ

PD789457

88-pin bare chip

Dot LCD

64-pin

µ

PD789417A

10-bit A/D converter

RC oscillator

µ

PD789447

80-pin

10-bit A/D converter

64-pin

8-bit A/D converter

RC oscillator

µ

PD789437

µ

PD789316

64-pin

10-bit A/D converter

64-pin

UART

RC oscillator

µ

PD789407A

µ

PD789427

80-pin

8-bit A/D converter

64-pin

8-bit A/D converter

µ

PD789306

64-pin

UART

Under development

26

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Differences among the Subseries

Function

ROM

Timer

VDD

MIN.

value

8-bit 10-bit

A/D A/D

I/O

Remark

–

Serial interface

Subseries

name

capacity

8-bit 16-bit Watch WDT

Small-

scale

general-

purpose

µPD789046

16K

1 ch 1 ch 1 ch 1 ch

–

1 ch (UART: 1 ch) 34

1.8 V

µPD789026

µPD789014

µPD789177

µPD789167

µPD789134A

µPD789124A

µPD789114A

µPD789104A

µPD789842

4K to 16K

2K to 4K

2 ch

–

22

16K to 24K 3 ch 1 ch 1 ch 1 ch

–

8 ch

–

8 ch 1 ch (UART: 1 ch) 31

–

Small-

scale

general-

purpose

+ A/D

2K to 8K

1 ch

–

4 ch

–

20

RC oscillation

–

4 ch

–

4 ch

–

4 ch

Inverter

controller

8K to 16K

3 ch

1 ch 1 ch 8 ch

–

1 ch (UART: 1 ch) 30

4.0 V

1.8 V

–

µPD789417A

µPD789407A

µPD789457

µPD789447

µPD789437

µPD789427

µPD789316

µPD789306

µPD789830

µPD789800

12K to 24K 3 ch 1 ch 1 ch 1 ch

16K to 24K 2 ch

–

7 ch

–

7 ch 1 ch (UART: 1 ch) 43

LCD

driver

–

4 ch 2 ch (UART: 1 ch) 25

1.8 V RC oscillation

–

4 ch

–

4 ch

–

4 ch

–

8K to 16K

RC oscillation

–

24K

8K

1 ch

30

2.7 V

For PC

2 ch 1 ch

–

1 ch

–

2 ch (USB: 1 ch)

31

4.0 V

–

: 10-bit timer 1 channel

Selection Guide X10679EJHV0SG00

27

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Small-Scale General-Purpose (µPD789014 Subseries)

Part number

µPD789011

µPD789012

µPD78P9014

Number of basic instructions

Minimum instruction execution time

Instruction cycle

48

0.4 µs (5.0 MHz)

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

ROM

RAM

Size (bytes)

2K

4K

8K (PROM)

256

Internal

memory

128

Address space

64K bytes

External

Internal

3

7

Interrupt function

I/O pin

Timer

CMOS I/O

22

8-bit timer/event counter × 2 channels

Watchdog timer × 1 channel

Timer output

2

3-wire/UART mode (selectable): 1 channel

STOP/HALT

Serial interface

Standby function

Operating power supply voltage range

Package

V^DD= 1.8 to 5.5 V

• 28-pin plastic shrink DIP (400 mil)

• 28-pin plastic SOP (375 mil)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Remote control, game machines, etc.

28

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Small-Scale General-Purpose (µPD789026 Subseries)

µPD78F9026A^★

Part number

µPD789022

µPD789024

µPD789025

48

µPD789026

Number of basic instructions

Minimum instruction execution time

Instruction cycle

0.4 µs (5.0 MHz)

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

16K

(Flash memory)

ROM

RAM

Size (bytes)

4K

8K

12K

16K

512

Internal

memory

256

Address space

64K bytes

External

Internal

4

6

Interrupt function

I/O pin

Timer

CMOS I/O

34

16-bit timer counter × 1 channel

8-bit timer/event counter × 1 channel

Watchdog timer × 1 channel

Timer output

2

3-wire/UART mode (selectable): 1 channel

STOP/HALT

Serial interface

Standby function

Operating power supply voltage range

Package

VDD = 1.8 to 5.5 V

• 42-pin plastic shrink DIP (600 mil)

• 44-pin plastic QFP (10 × 10 mm)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Compact household appliances, car accessories, air-conditioners, games, etc.

★: Under development

Selection Guide X10679EJHV0SG00

29

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Small-Scale General-Purpose (µPD789046 Subseries)

µPD78F9046^★

Part number

µPD789046

Number of basic instructions

Minimum instruction execution time

When main system

48

0.4 µs

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

122 µs (32.768 kHz)

clock is selected

Instruction

cycle

When subsystem clock

is selected

ROM

RAM

Size (bytes)

16K

16K (Flash memory)

Internal

memory

512

Address space

64K bytes

External

Internal

4

8

Interrupt function

I/O pin

Timer

CMOS I/O

34

16-bit timer counter × 1 channel

8-bit timer/event counter × 1 channel

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

2

3-wire/UART mode (selectable): 1 channel

STOP/HALT

Serial interface

Standby function

Operating power supply voltage range

Package

VDD = 1.8 to 5.5 V

• 44-pin plastic QFP (10 × 10 mm, resin thickness 2.7 mm)

• 44-pin plastic QFP (10 × 10 mm, resin thickness 1.4 mm)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cordless phones, etc.

★: Under development

30

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Small-Scale General-Purpose + A/D (µPD789104A, 789114A Subseries)

Subseries name

µPD789104A Subseries

µPD789114A Subseries

★

Part number

µPD789101A

µPD789102A

µPD789104A

µPD789111A

µPD789112A

µPD789114A µPD78F9116A

Number of basic instructions

Minimum instruction execution time

Instruction cycle

48

0.4 µs (5.0 MHz)

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

System clock

Ceramic oscillator

16K

ROM

RAM

Size (bytes)

2K

4K

8K

2K

4K

8K

(Flash

memory)

Internal

memory

256

Address space

64K bytes

External

Internal

3

Interrupt function

7

Multiplier

8 × 8 = 16 bits

CMOS input

CMOS I/O

N-ch open-drain I/O

4

12

4

I/O pin

Timer

16-bit timer counter × 1 channel

8-bit timer/event counter × 1 channel

Watchdog timer × 1 channel

Timer output

Serial interface

A/D converter

2

3-wire/UART mode (selectable): 1 channel

8-bit resolution × 4 channels

10-bit resolution × 4 channels

Standby function

STOP/HALT

V^DD= 1.8 to 5.5 V

Operating power supply voltage range

• 28-pin plastic shrink DIP (400 mil)

• 30-pin plastic shrink SOP (300 mil)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cleaners, washing machines, refrigerators, etc.

★: Under development

Selection Guide X10679EJHV0SG00

31

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Small-Scale General-Purpose + A/D (µPD789124A, 789134A Subseries)

Subseries name

µPD789124A Subseries

µPD789134A Subseries

★

Part number

µPD789121A

µPD789122A

µPD789124A

µPD789131A

µPD789132A

µPD789134A µPD78F9136A

Number of basic instructions

Minimum instruction execution time

Instruction cycle

48

0.5 µs (4.0 MHz)

Selectable from 0.5 µs and 2.0 µs (4.0 MHz)

System clock

RC oscillator

16K

ROM

RAM

Size (bytes)

2K

4K

8K

2K

4K

8K

(Flash

memory)

Internal

memory

256

Address space

64K bytes

External

Internal

3

Interrupt function

7

Multiplier

8 × 8 = 16 bits

CMOS input

CMOS I/O

N-ch open-drain I/O

4

12

4

I/O pin

Timer

16-bit timer counter × 1 channel

8-bit timer/event counter × 1 channel

Watchdog timer × 1 channel

Timer output

Serial interface

A/D converter

2

3-wire serial I/O mode/UART mode (selectable): 1 channel

8-bit resolution × 4 channels 10-bit resolution × 4 channels

Standby function

STOP/HALT

V^DD= 1.8 to 5.5 V

Operating power supply voltage range

• 28-pin plastic shrink DIP (400 mil)

• 30-pin plastic shrink SOP (300 mil)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Battery chargers, etc.

★: Under development

32

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Small-Scale General-Purpose + A/D (µPD789167, 789177 Subseries)

Subseries name

µPD789167 Subseries

µPD789177 Subseries

µPD789177^★

µPD789166^★

µPD789167^★

µPD789176^★

48

µPD78F9177^★

Part number

Number of basic instructions

Minimum instruction execution time

When main system

0.4 µs (5.0 MHz)

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

clock is selected

Instruction

cycle

When subsystem

clock is selected

122 µs (32.768 kHz)

System clock

Ceramic oscillator

24K

(Flash

memory)

ROM

RAM

Size (bytes)

16K

24K

16K

24K

Internal

memory

Size (bytes)

512

Address space

64K bytes

External

Internal

4

Interrupt function

Multiplier

11

8 × 8 =16 bits

CMOS input

CMOS I/O

N-ch open-drain I/O

8

17

6

I/O pin

16-bit timer counter × 1 channel

8-bit timer counter × 1 channel

Timer

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

Serial interface

A/D converter

4

3-wire/UART mode (selectable): 1 channel

8-bit resolution × 8 channels

10-bit resolution × 8 channels

Standby function

STOP/HALT

V^DD= 1.8 to 5.5 V

Operating power supply voltage range

Package

44-pin plastic QFP (10 × 10 mm)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Power windows, keyless entries, battery management units, side air bags, etc.

★: Under development

Selection Guide X10679EJHV0SG00

33

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ LCD Driver (µPD789306, 789316 Subseries)

Subseries name

µPD789306 Subseries

µPD789304^★µPD789306^★

µPD789316 Subseries

µPD789314^★µPD789316^★

Part number

Number of basic instructions

Minimum instruction execution time

When main system

48

0.4 µs (5.0 MHz)

0.5 µs (4.0 MHz)

Selectable from 0.4 µs and 1.6 µs (5.0 MHz) Selectable from 0.5 µs and 2.0 µs (4.0 MHz)

122 µs (32.768 kHz)

clock is selected

Instruction

cycle

When subsystem

clock is selected

Main

Sub

Ceramic/crystal 1 to 5 MHz

RC oscillator 2 to 4 MHz

Resonator

Crystal 32.768 kHz

ROM

RAM

Size (bytes)

8K

16K

8K

16K

Internal

memory

Size (bytes)

256

20

LCD data

RAM

Size (bytes)

Address space

64K bytes

External

Internal

4

10

4

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

Timer

17

4

16-bit timer counter × 1 channel

8-bit timer counter × 1 channel

8-bit timer/event counter × 1 channel

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

3

3-wire/UART mode (selectable): 1 channel

3-wire: 1 channel

Serial interface

Segment signal outputs: 20 maximum

Common signal outputs: 4 maximum

Bias: 1/3, on-chip booster

LCD controller/driver

Standby function

STOP/HALT

Operating power supply voltage range

VDD = 1.8 to 5.5 V

• 64-pin plastic QFP (14 × 14 mm)

• 64-pin plastic TQFP (fine pitch) (12 × 12 mm)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Remote controller, etc.

★: Under development

34

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ LCD Driver (µPD789407A, 789417A Subseries)

Subseries name

µPD789407A Subseries

µPD789417A Subseries

★

Part number

µPD789405A

µPD789406A

µPD789407A

µPD789415A

48

µPD789416A

µPD789417A µPD78F9418A

Number of basic instructions

Minimum instruction execution time

When main system

0.4 µs (5.0 MHz)

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

122 µs (32.768 kHz)

clock is selected

Instruction

cycle

When subsystem

clock is selected

32K

ROM

RAM

Size (bytes)

12K

16K

24K

12K

16K

24K

(Flash

memory)

Internal

memory

Size (bytes)

512

28

LCD

data RAM

Address space

64K bytes

External

Internal

5

12

7

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

Timer

32

4

16-bit timer counter × 1 channel

8-bit timer counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

Serial interface

A/D converter

2

3-wire/UART mode (selectable): 1 channel

8-bit resolution × 7 channels

10-bit resolution × 7 channels

Segment signal outputs: 28 maximum

LCD controller/driver

Common signal outputs: 4 maximum

Bias: 1/2 or 1/3 (switchable)

Standby function

STOP/HALT

Operating power supply voltage range

V^DD= 1.8 to 5.5 V

• 80-pin plastic QFP (14 × 14 mm)

Package

• 80-pin plastic TQFP (fine pitch) (12 × 12 mm, resin thickness 1.05 mm)

• 80-pin plastic TQFP (fine pitch) (12 × 12 mm, resin thickness 1.0 mm)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

APS compact cameras, etc.

★: Under development

Selection Guide X10679EJHV0SG00

35

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ LCD Driver (µPD789427, 789437 Subseries)

Subseries name

µPD789427 Subseries

µPD789437 Subseries

µPD789437^★

µPD789426^★

µPD789427^★

µPD789436^★

µPD78F9437^★

Part number

Number of basic instructions

Minimum instruction execution time

When main system

48

0.4 µs (5.0 MHz)

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

122 µs (32.768 kHz)

clock is selected

Instruction

cycle

When subsystem

clock is selected

Main

Sub

Ceramic/crystal 1 to 5 MHz

Crystal 32.768 kHz

Resonator

24K

(Flash memory)

ROM

RAM

Size (bytes)

16K

24K

16K

512

20

24K

Internal

memory

Size (bytes)

LCD data

RAM

Address space

64K bytes

External

Internal

4

10

4

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

Timer

17

4

16-bit timer counter × 1 channel

8-bit timer counter × 1 channel

8-bit timer/event counter × 1 channel

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

Serial interface

A/D converter

3

3-wire/UART mode (selectable): 1 channel

3-wire: 1 channel

8-bit resolution × 4 channels

10-bit resolution × 4 channels

Segment signal outputs: 20 maximum

Common signal outputs: 4 maximum

Bias: 1/3, on-chip booster

LCD controller/driver

Standby function

STOP/HALT

Operating power supply voltage range

V^DD= 1.8 to 5.5 V

• 64-pin plastic QFP (14 × 14 mm)

• 64-pin plastic TQFP (fine pitch) (12 × 12 mm)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Portable audio, etc.

★: Under development

36

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ LCD Driver (µPD789447, 789457 Subseries)

Subseries name

µPD789447 Subseries

µPD789457 Subseries

µPD789457^★

µPD789446^★

µPD789447^★

µPD789456^★

48

µPD78F9457^★

Part number

Number of basic instructions

Minimum instruction execution time

When main system

0.5 µs (4.0 MHz)

Selectable from 0.5 µs and 2.0 µs (4.0 MHz)

122 µs (32.768 kHz)

clock is selected

Instruction

cycle

When subsystem

clock is selected

Main

Sub

RC oscillator 2 to 4 MHz

Crystal 32.768 kHz

Resonator

24K

(Flash memory)

ROM

RAM

Size (bytes)

16K

24K

16K

512

20

24K

Internal

memory

Size (bytes)

LCD data

RAM

Address space

64K bytes

External

Internal

4

10

4

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

Timer

17

4

16-bit timer counter × 1 channel

8-bit timer counter × 1 channel

8-bit timer/event counter × 1 channel

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

Serial interface

A/D converter

3

3-wire/UART mode (selectable): 1 channel

3-wire: 1 channel

8-bit resolution × 4 channels

10-bit resolution × 4 channels

Segment signal outputs: 20 maximum

LCD controller/driver

Common signal outputs: 4 maximum

Bias: 1/3, on-chip booster

Standby function

STOP/HALT

Operating power supply voltage range

V^DD= 1.8 to 5.5 V

• 64-pin plastic QFP (14 × 14 mm)

• 64-pin plastic TQFP (fine pitch) (12 × 12 mm)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Portable audio, etc.

★: Under development

Selection Guide X10679EJHV0SG00

37

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ LCD Driver (µPD789830 Subseries)

µPD789830^★

µPD78F9831^★

Part number

Number of basic instructions

Minimum instruction execution time

When main system

48

0.4 µs

Selectable from 0.4 µs and 1.6 µs (5.0 MHz)

122 µs (32.768 kHz)

clock is selected

Instruction

cycle

When subsystem

clock is selected

ROM

RAM

Size (bytes)

24K

48K (Flash memory)

Size (bytes)

1024

2048

Internal

memory

LCD

data RAM

80

Address space

64K bytes

External

Internal

3

5

Interrupt function

11

I/O pin

Timer

CMOS I/O

30

38

16-bit timer counter × 1 channel

8-bit timer counter × 1 channel

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

2

Serial interface

UART: 1 channel

Segment signal outputs: 40 maximum

Common signal outputs: 16 maximum

LCD controller/driver

Standby function

STOP/HALT

Operating power supply voltage range

Delivery form

V^DD= 2.7 to 5.5 V

88-pin bare chip

100-pin plastic LQFP (14 × 14 mm)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Card readers, etc.

★: Under development

38

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ For PC (µPD789800 Subseries)

Part number

µPD789800

µPD78F9801

Number of basic instructions

Minimum instruction execution time

Instruction cycle

48

0.33 µs (6.0 MHz)

Selectable from 0.33 µs and 1.33 µs (6.0 MHz)

8K 16K (Flash memory)

ROM

RAM

Size (bytes)

Internal

memory

256

Address space

64K bytes

External

Internal

2

Interrupt function

10

31

I/O pin

CMOS I/O

(18 ports of the above CMOS I/O ports can be switched to N-ch open-drain I/O ports)

8-bit timer × 1 channel

Timer

8-bit timer/event counter × 1 channel

Watchdog timer × 1 channel

USB (Universal Serial Bus): 1 channel

3-wire: 1 channel

Serial interface

Regulator

Incorporated (V^REG= 3.3 ±0.3 V)

STOP/HALT

Standby function

Operating power supply voltage range

V^DD= 4.0 to 5.5 V

TA = –40 to +85°C (When the USB is not operating)

TA = 0 to 70°C (When the USB is operating)

Operating ambient temperature

• 42-pin plastic shrink DIP (600 mil)

Package

• 44-pin plastic QFP (10 × 10 mm, resin thickness 2.7 mm)

• 44-pin plastic QFP (10 × 10 mm, resin thickness 1.4 mm)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

USB keyboards, etc.

Selection Guide X10679EJHV0SG00

39

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0S Series

■ Inverter Controller (µPD789842 Subseries)

µPD789841^★

µPD789842^★

µPD78F9842^★

Part number

Number of basic instructions

Minimum instruction execution time

Instruction cycle

48

0.24 µs (8.38 MHz)

Selectable from 0.24 µs and 0.96 µs (8.38 MHz)

ROM

RAM

Size (bytes)

8K

16K

16K (Flash memory)

Internal

memory

256

Address space

64K bytes

External

Internal

2

Interrupt function

Multiplier

12

10 × 10 = 20 bits

CMOS input

CMOS I/O

8

I/O pin

22

10-bit timer for inverter control × 1 channel

8-bit timer counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

Serial interface

A/D converter

7 (Timer output: 1, inverter control output: 6)

UART: 1 channel

8 -bit resolution × 8 channels

STOP/HALT

Standby function

Operating power supply voltage range

V^DD= 4.0 to 5.5 V

• 44-pin plastic QFP (10 × 10 mm, resin thickness 2.7 mm)

• 44-pin plastic QFP (10 × 10 mm, resin thickness 1.4 mm)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Motor control for inverter-type air conditioners, etc.

★: Under development

40

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ 78K/0 Series Product Evolution (1/3)

Subseries names are shown inside frames.

Controller series

µPD78075B

100-pin

EMI noise reduced

I²C bus supported

µ

version of the PD78078

I²C bus supported

µPD78058FY

µPD78078Y

µPD78070AY

µPD78058F

µPD78078

µPD78070A

80-pin

EMI noise reduced

version of the

µPD78054

100-pin

ROM less

Separate bus

Addition of two 8-bit timer

Enhanced external

expansion function

I²C bus supported

µPD78054Y

µPD780058Y

µPD78054

µPD780058

80-pin

D/A converter

80-pin

Enhanced serial I/O

and real-time output port

Enhanced 16-bit timer

Multiplex master

I²C bus supported

µPD780078Y

µPD780078

µPD780065

64-pin

80-pin

ROM/RAM extension

Enhanced serial I/O

10-bit A/D converter

Large size RAM : 5KB

Multiplex master

I²C bus supported

Multiplex master

I²C bus supported

µPD780018AY

100-pin

µPD78018FY

µPD780024AY

µPD780024A

µPD780034AY

µPD780034A

µPD78083

µPD78018F

µPD78014H

42-pin/44-pin

A/D converter,

8-bit timer

UART

64-pin

Low voltage

16-bit timer

SIO with automatic

TX/RX function

Nothing UART

64-pin

UART

EMI/EMS noise

reduced version

64-pin

10-bit A/D converter

EMI noise reduced

version of the

µPD78018F

Under development

Selection Guide X10679EJHV0SG00

41

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ 78K/0 Series Product Evolution (2/3)

Subseries names are shown inside frames.

FIP^TMdrive series

µPD780208

100-pin

Enhanced I/O, FIP controller/driver

Display output total : 53

µPD780232

80-pin

µPD78044H

Enhanced FIP controller/driver

Display output total : 53

(Universal Grid supported)

8-bit remote control timer

µPD78044F

80-pin

Automatic TX/RX function

6-bit U/D counter

80-pin

EMI noise reduced

version of the µPD78044F

FIP controller/driver

Display output total : 34

LCD drive series

I²C bus supported

µPD780308Y

µPD780308

100-pin

I²C bus supported

Enhanced serial interface function

µPD78064Y

µPD78064B

100-pin

µPD78064

EMI noise reduced

100-pin

µ

version of the PD78064

UART

Inverter controller series

µPD780988

64-pin

10-bit A/D converter

42

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ 78K/0 Series Product Evolution (3/3)

Subseries names are shown inside frames.

Call ID series

µPD780841

80-pin

Call ID decoder

Simple DTMF

Super low power consumption (meter controller) series

µPD780955

µPD780958

80-pin

100-pin

Consumption current

When operating : 200µA typical (1.0 MHz)

When operating : 4.5 µA typical 32.768 kHz)

Consumption current

When operating : 3.4µA typical

When HALT

: 1.1µA typical

When HALT

: 2 µA typical 32.768 kHz)

Dashboard controller series

µPD780973

80-pin

Meter controller/driver

Bus controller series

µPD78098B

80-pin

IEBus controller

µPD780701Y

80-pin

µPD780701Y : DCAN controller

µ

PD780702Y : IEBus controller

PD78F0701Y : DCAN/IEBus controller

µPD780833Y

Under development

80-pin

J1850 (CLASS2) controller

µPD780948

100-pin

DCAN controller

Selection Guide X10679EJHV0SG00

43

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Differences among the Subseries (1/2)

Function

Timer

8-bit 16-bit Watch WDT

VDD

MIN.

value

External

expansion

ROM

capacity

8-bit 10-bit 8-bit

A/D A/D D/A

I/O

88

Serial interface

Subseries

name

Controller µPD78075B

µPD78078

32K to 40K 4 ch 1 ch 1 ch 1 ch 8 ch

48K to 60K

–

2 ch 3 ch (UART: 1 ch)

1.8 V

2.7 V

1.8 V

√

µPD78078Y

3 ch (UART: 1 ch,

I²C: 1 ch)

µPD78070A

–

3 ch (UART: 1 ch)

61

µPD78070AY

3 ch (UART: 1 ch,

I²C: 1 ch)

µPD780018AY 48K to 60K

–

3 ch (I²C: 1 ch)

88

68

µPD780058

24K to 60K 2 ch

2 ch 3 ch (time-division

UART: 1 ch)

µPD780058Y

3 ch (time-division

UART: 1 ch,

I²C: 1 ch)

µPD78058F

48K to 60K

16K to 60K

40K to 48K

3 ch (UART: 1 ch)

69

2.7 V

2.0 V

µPD78058FY

3 ch (UART: 1 ch,

I²C: 1 ch)

µPD78054

3 ch (UART: 1 ch)

µPD78054Y

3 ch (UART: 1 ch,

I²C: 1 ch)

µPD780065

µPD780078

µPD780078Y

–

4 ch (UART: 1 ch)

3 ch (UART: 2 ch)

60

52

2.7 V

1.8 V

48K to 60K

2 ch

1 ch

–

8 ch

4 ch (UART: 2 ch,

I²C: 1 ch)

µPD780034A

µPD780024A

8K to 32K

3 ch (UART: 1 ch,

time-division

3-wire: 1 ch)

51

53

8 ch

–

8 ch

–

3 ch (UART: 1 ch,

I²C: 1 ch)

µPD780034AY

µPD780024AY

µPD78014H

µPD78018F

µPD78018FY

µPD78083

8 ch

2 ch

8K to 60K

8K to 16K

–

1 ch (UART: 1 ch)

3 ch (UART: 2 ch)

33

47

–

Inverter

controller

16K to 60K 3 ch

1 ch

–

8 ch

–

4.0 V

√

µPD780988

: 16-bit timer 2 channels

10-bit timer 1 channel

44

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Differences among the Subseries (2/2)

Function

ROM

Timer

8-bit 16-bit Watch WDT

VDD

MIN.

value

External

expansion

8-bit 10-bit 8-bit

A/D A/D D/A

Serial interface

I/O

Subseries

name

capacity

FIP

driver

µPD780208

µPD780232

µPD78044H

µPD78044F

µPD780308

32K to 60K 2 ch 1 ch 1 ch 1 ch 8 ch

–

2 ch

74

40

67

2.7 V

4.5 V

2.7 V

–

16K to 24K 3 ch

–

4 ch

8 ch

32K to 48K 2 ch 1 ch 1 ch

16K to 40K

1 ch

2 ch

LCD

driver

48K to 60K 2 ch 1 ch 1 ch 1 ch 8 ch

–

3 ch (time-division

UART: 1 ch)

57

2.0 V

–

µPD780308Y

3 ch (time-division

UART: 1 ch,

I²C: 1 ch)

µPD78064B

µPD78064

µPD78064Y

32K

2 ch (UART: 1 ch)

16K to 32K

2 ch (UART: 1 ch,

I²C: 1 ch)

µPD780841

For Call

ID

24K to 32K 2 ch

–

1 ch 1 ch 2 ch

–

2 ch (UART: 1 ch)

3 ch (UART: 1 ch)

58

2.7 V

–

µPD780948

µPD78098B

µPD780701Y

µPD780833Y

µPD780958

µPD780955

60K

2 ch 2 ch 1 ch 1 ch 8 ch

1 ch

–

2 ch

–

79

69

67

65

69

50

4.0 V

2.7 V

3.5 V

4.5 V

2.7 V

2.2 V

√

On-chip

bus

controller

40K to 60K

60K

–

3 ch 2 ch

3 ch

16 ch

4 ch (UART: 1 ch,

I²C: 1 ch)

60K

40K to 60K 4 ch 2 ch

40K 6 ch 1 ch

–

1 ch

–

2 ch (UART: 1 ch)

2 ch (UART: 2 ch)

–

Meter

controller

1 ch

Dashboard

controller

µPD780973

24K to 32K 3 ch 1 ch 1 ch 1 ch 5 ch

2 ch (UART: 1 ch)

56

4.5 V

Selection Guide X10679EJHV0SG00

45

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78018F Subseries)

Part number

µPD78011F µPD78012F

µPD78013F

µPD78014F

µPD78015F

µPD78016F

µPD78018F µPD78P018F

Number of basic instructions

Minimum instruction execution time

63

0.4 µs (10.0 MHz)

s, 0.8 s, 1.6 s, 3.2

122 µs (32.768 kHz)

32K 40K

When main system clock is selected

Selectable from 0.4

µ

µs, and 6.4 µs (10.0 MHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

8K

16K

24K

48K

60K

60K (PROM)

Internal

memory

544

1056

1568

2080

Address space

64K bytes

External

Internal

4

10

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

47

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

3-wire (with function for automatic transmission

and reception of up to 32 bytes): 1 channel

Serial interface

A/D converter

Others

8-bit resolution × 8 channels

Clock output function

Buzzer output function

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 64-pin plastic shrink DIP (750 mil)

Package

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

VCRs, TVs, audio equipments, etc.

: • 64-pin plastic shrink DIP (750 mil)

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

• 64-pin ceramic shrink DIP with window (750 mil)

• 64-pin ceramic WQFN (14 × 14 mm)

46

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78018FY Subseries)

Part number

µPD78011FY

µPD78012FY

µPD78013FY

µPD78014FY

µPD78015FY

µPD78016FY

µPD78018FY µPD78P018FY

Number of basic instructions

Minimum instruction execution time

63

0.4 µs (10.0 MHz)

s, 0.8 s, 1.6 s, 3.2

122 µs (32.768 kHz)

32K 40K

When main system clock is selected

Selectable from 0.4

µ

s, and 6.4

µ

s (10.0 MHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

8K

16K

24K

48K

60K

60K (PROM)

Internal

memory

544

1056

1568

2080

Address space

64K bytes

External

Internal

4

10

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

47

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/2-wire/I²C bus mode (selectable): 1 channel

3-wire (with function for automatic transmission

and reception of up to 32 bytes): 1 channel

Serial interface

A/D converter

Others

8-bit resolution × 8 channels

Clock output function

Buzzer output function

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 64-pin plastic shrink DIP (750 mil)

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

(except µPD78013FY, 78015FY, 78016FY)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

VCRs, TVs, audio equipments, etc.

: • 64-pin plastic shrink DIP (750 mil)

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

• 64-pin ceramic shrink DIP with window (750 mil)

• 64-pin ceramic WQFN (14 × 14 mm)

Selection Guide X10679EJHV0SG00

47

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78014H Subseries)

Part number

µPD78011H

µPD78012H

µPD78013H

µPD78014H

Number of basic instructions

Minimum instruction execution time

63

0.4 µs (10.0 MHz)

s, 0.8 s, 1.6 s, 3.2

122 µs (32.768 kHz)

16K

When main system clock is selected

Selectable from 0.4

µ

µs, and 6.4 µs (10.0 MHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

8K

24K

32K

Internal

memory

544

1056

Address space

64K bytes

External

Internal

4

10

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

47

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

3-wire (with function for automatic transmission

and reception of up to 32 bytes): 1 channel

Serial interface

A/D converter

Others

8-bit resolution × 8 channels

Clock output function

Buzzer output function

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 64-pin plastic shrink DIP (750 mil)

Package

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, VCRs, audio equipments, cameras, home appliances, etc.

48

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD780024A, 780034A Subseries)

µPD780021A

µPD780031A

µPD780022A

µPD780032A

µPD780023A

µPD780033A

µPD780024A

µPD780034A

Part number

µPD78F0034A

Number of basic instructions

63

Minimum instruction execution time

0.24 µs (8.38 MHz)

When main system clock is selected

Selectable from 0.24 µs, 0.48 µs, 0.95 µs, 1.91 µs, and 3.81 µs (8.38 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

8K

16K

24K

32K

32K (Flash memory)

Internal

memory

512

1024

Address space

64K bytes

External

Internal

5

15

8

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

39

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 2)

3-wire: 2 channels

UART: 1 channel

Serial interface

A/D converter

Others

8-bit resolution × 8 channels (µPD780021A, 780022A, 780023A, 780024A)

10-bit resolution × 8 channels (µPD780031A, 780032A, 780033A, 780034A, 78F0034A)

Clock output function

Buzzer output function

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 64-pin plastic shirink DIP (750 mil)

Package

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

VCRs, TVs, audio equipments, etc.

Selection Guide X10679EJHV0SG00

49

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD780024AY, 780034AY Subseries)

µPD780021AY

µPD780031AY

µPD780022AY

µPD780032AY

µPD780023AY

µPD780033AY

µPD780024AY

µPD780034AY µPD78F0034AY

Part number

Number of basic instructions

63

Minimum instruction execution time

0.24 µs (8.38 MHz)

When main system clock is selected

Selectable from 0.24 µs, 0.48 µs, 0.95 µs, 1.91 µs, and 3.81 µs (8.38 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

8K

16K

24K

32K

32K (Flash memory)

Internal

memory

512

1024

Address space

64K bytes

External

Internal

5

15

8

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

39

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 2)

3-wire: 1 channel

UART: 1 channel

I²C bus (supporting multiplex master): 1 channel

Serial interface

8-bit resolution × 8 channels (µPD780021AY, 780022AY, 780023AY, 780024AY)

10-bit resolution × 8 channels (µPD780031AY, 780032AY, 780033AY, 780034AY, 78F0034AY)

A/D converter

Others

Clock output function

Buzzer output function

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 64-pin plastic shirink DIP (750 mil)

Package

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

VCRs, TVs, audio equipments, etc.

50

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD780078, 780078Y Subseries)

Subseries name

µPD780078 Subseries

µPD780078Y Subseries

★

µPD780076^★µPD780078^★µPD78F0078^★µPD780076Y^★µPD780078Y^★

µPD78F0078Y

Part number

Number of basic instructions

Minimum instruction execution time

63

0.24 µs (8.38 MHz)

When main system clock is selected

Selectable from 0.24 µs, 0.48 µs, 0.95 µs, 1.91 µs, and 3.81 µs (8.38 MHz)

Instruction

cycle

When subsystem clock is selected

122 µs (32.768 kHz)

60K

(Flash memory)

60K

(Flash memory)

ROM

RAM

Size (bytes)

48K

60K

48K

60K

Internal

memory

2048

Address space

64K bytes

External

Internal

5

15

8

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

40

4

16-bit timer/event counter × 2 channels

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

4 (PWM output: 2)

3-wire/UART mode (selectable): 1 channel

UART: 1 channel

3-wire: 1 channel

I²C bus (supporting multiplex master): 1 channel

3-wire/UART mode (selectable): 1 channel

UART: 1 channel

3-wire: 1 channel

Serial interface

A/D converter

Others

10-bit resolution × 8 channels

Clock output function

Buzzer output function

Standby function

STOP/HALT

Operating power supply voltage range

V^DD= 1.8 to 5.5 V

• 64-pin plastic QFP (14 × 14 mm, 0.8-mm pitch)

• 64-pin plastic LQFP (12 × 12 mm, 0.65-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Telephones, AV equipment, automotive electronics, etc.

★: Under development

Selection Guide X10679EJHV0SG00

51

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD780065 Subseries)

µPD78F0066^★

Part number

µPD780065

Number of basic instructions

Minimum instruction execution time

63

0.24 µs (8.38 MHz)

When main system clock is selected

When subsystem clock is selected

Selectable from 0.24 µs, 0.48 µs, 0.96 µs, 1.92 µs, 3.84 µs and 7.68 µs (8.38 MHz)

122 µs (32.768 kHz)

Instruction

cycle

ROM

RAM

Size (bytes)

40K

48K (Flash memory)

Internal

memory

5K

Address space

64K bytes

External

Internal

4

Interrupt function

13

53

I/O pin

CMOS I/O

16-bit timer/event counter × 1 channel

8-bit timer × 2 channels

Timer

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

Serial interface

3 (PWM output: 2)

3-wire: 1 channel

2-wire: 1 channel

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

UART: 1 channel

A/D converter

Others

8-bit resolution × 8 channels

Clock output function

Buzzer output function

Standby function

STOP/HALT

V^DD= 2.7 to 5.5 V

Operating power supply voltage range

Package

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Control of audio systems compatible with CD text, etc.

★: Under development

52

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78054 Subseries)

Part number

µPD78052

µPD78053

µPD78054

µPD78P054 µPD78055

63

µPD78056

µPD78058 µPD78P058

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

16K

544

24K

32K

32K (PROM)

40K

48K

60K

60K (PROM)

Internal

memory

1056

2080

Address space

64K bytes

External

Internal

7

15

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

63

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (selectable): 1 channel

A/D converter

D/A converter

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.0 to 6.0 V

Operating power supply voltage range

• 80-pin plastic QFP

(14 × 14 mm, 0.65-mm pitch)

• 80-pin plastic TQFP

• 80-pin plastic QFP

(14 × 14 mm)

• 80-pin plastic TQFP

(12 × 12 mm)

Package

1

2

(12 × 12 mm, 0.5-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, pagers, printers, AV equipments, air conditioners, cameras, PPCs, fuzzy

home appliances, vending machines, etc.

1: • 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

• 80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

• 80-pin ceramic WQFN (14 × 14 mm)

2: • 80-pin plastic QFP (14 × 14 mm)

• 80-pin ceramic WQFN (14 × 14 mm)

Selection Guide X10679EJHV0SG00

53

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78054Y Subseries)

Part number

µPD78052Y

µPD78053Y

µPD78054Y

µPD78055Y

63

µPD78056Y

µPD78058Y

µPD78P058Y

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

16K

544

24K

32K

40K

48K

60K

60K (PROM)

2080

Internal

memory

1056

Address space

64K bytes

External

Internal

7

15

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

63

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/I²C bus/2-wire mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (selectable): 1 channel

A/D converter

D/A converter

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.0 to 6.0 V

Operating power supply voltage range

• 80-pin plastic QFP

(14 × 14 mm, 0.65-mm pitch)

• 80-pin plastic TQFP

• 80-pin plastic QFP

(14 × 14 mm)

1

2

Package

(12 × 12 mm, 0.5-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, pagers, printers, AV equipments, air conditioners, cameras, PPCs, fuzzy

home appliances, vending machines, etc.

1: • 80-pin plastic QFP (14 × 14 mm)

• 80-pin plastic TQFP (12 × 12 mm)

2: • 80-pin plastic QFP (14 × 14 mm)

• 80-pin ceramic WQFN (14 × 14 mm)

54

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78058F Subseries)

Part number

µPD78056F

µPD78058F

63

µPD78P058F

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

48K

60K

60K (PROM)

Internal

memory

1056

2080

Address space

64K bytes

External

Internal

7

15

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

63

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (selectable): 1 channel

A/D converter

D/A converter

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.7 to 6.0 V

Operating power supply voltage range

• 80-pin plastic QFP

(14 × 14 mm, 0.65-mm pitch) • 80-pin plastic TQFP

(12 × 12 mm, 0.5-mm pitch)

(14 × 14 mm, 0.65-mm pitch)

• 80-pin plastic QFP

(14 × 14 mm, 0.65-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, AV equipments, car stereo, cameras, PPCs, etc.

Selection Guide X10679EJHV0SG00

55

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78058FY Subseries)

Part number

µPD78056FY

µPD78058FY

63

µPD78P058FY

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

48K

60K

60K (PROM)

Internal

memory

1056

2080

Address space

64K bytes

External

Internal

7

15

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

63

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/I²C bus/2-wire mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (selectable): 1 channel

A/D converter

D/A converter

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.7 to 6.0 V

Operating power supply voltage range

• 80-pin plastic QFP

(14 × 14 mm, 0.65-mm pitch) • 80-pin plastic TQFP

(12 × 12 mm, 0.5-mm pitch)

(14 × 14 mm, 0.65-mm pitch)

• 80-pin plastic QFP

(14 × 14 mm, 0.65-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, AV equipments, car stereo, cameras, PPCs, etc.

56

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD780058 Subseries)

µPD780058 µPD78F0058^★

Part number

µPD780053

µPD780054

µPD780055

µPD780056

Number of basic instructions

63

0.4 µs (5.0 MHz)

Minimum instruction execution time

When main system clock is selected

When subsystem clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

60K

(Flash memory)

ROM

RAM

Size (bytes)

24K

32K

40K

48K

60K

Internal

memory

1056

2080

Address space

64K bytes

External

Internal

7

15

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

62

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (with time-division transmission function) (selectable): 1 channel

A/D converter

D/A converter

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

• 80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, pagers, printers, AV equipments, air conditioners, cameras, PPCs, fuzzy

home appliances, vending machines, etc.

★: Under development

Selection Guide X10679EJHV0SG00

57

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD780058Y Subseries)

★

µPD780053Y^★µPD780054Y^★µPD780055Y^★µPD780056Y^★µPD780058Y^★µPD78F0058Y

Part number

Number of basic instructions

63

0.4 µs (5.0 MHz)

Minimum instruction execution time

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

60K

(Flash memory)

ROM

RAM

Size (bytes)

24K

32K

40K

48K

60K

Internal

memory

1056

2080

Address space

64K bytes

External

Internal

7

15

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

62

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/I²C bus/2-wire mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (with time-division transmission function) (selectable): 1 channel

A/D converter

D/A converter

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

• 80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, pagers, printers, AV equipments, air conditioners, cameras, PPCs, fuzzy

home appliances, vending machines, etc.

★: Under development

58

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD780018AY Subseries)

Part number

µPD780016AY

µPD780018AY

63

µPD78P0018AY

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, and 6.4 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

48K

60K

60K (PROM)

Internal

memory

2080

Address space

64K bytes

External

Internal

7

13

9

Interrupt function

CMOS input

CMOS I/O

I/O pin

79

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 4 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

5 (PWM output: 3)

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire (with time-division transmission function): 1 channel

Serial interface

I²C bus (supporting multiplex master): 1 channel

A/D converter

Others

8-bit resolution × 8 channels

Clock output function

Buzzer output function

Standby function

Main STOP/Sub STOP/HALT

2.7 to 5.5 V

Operating power supply voltage range

Package

• 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Mini-component stereo systems, car stereos, etc.

: • 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin ceramic WQFN (14 × 20 mm)

Selection Guide X10679EJHV0SG00

59

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78075B, 78078 Subseries)

µPD78075B Subseries

µPD78074B µPD78075B

µPD78078 Subseries

µPD78078

Subseries name

µPD78076

63

µPD78P078

Part number

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

When main system clock is selected

When subsystem clock is selected

Instruction

cycle

32K

40K

48K

60K

60K (PROM)

ROM

RAM

Size (bytes)

Internal

memory

1056

2080

64K bytes

Address space

7

17

2

External

Internal

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

78

8

I/O pin

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 4 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

5 (PWM output: 3)

Timer output

3-wire/SBI/2-wire mode (selectable): 1 channel

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (selectable): 1 channel

Serial interface

8-bit resolution × 8 channels

8-bit resolution × 2 channels

A/D converter

D/A converter

Clock output function

Buzzer output function

Others

STOP/HALT

1.8 to 5.5 V

Standby function

Operating power supply voltage range

• 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, cordless phones, audio equipments, VCRs, printers, etc.

: • 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

• 100-pin ceramic WQFN (14 × 20 mm)

60

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78078Y Subseries)

Part number

µPD78076Y

µPD78078Y

63

µPD78P078Y

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

48K

60K

60K (PROM)

Internal

memory

2080

Address space

64K bytes

External

Internal

7

17

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

78

8

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 4 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

5 (PWM output: 3)

3-wire/2-wire/I²C bus mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (selectable): 1 channel

A/D converter

D/A converter

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

VCRs, TVs, audio equipments, etc.

: • 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

• 100-pin ceramic WQFN (14 × 20 mm)

Selection Guide X10679EJHV0SG00

61

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78070A, 78070AY)

Part number

µPD78070A

µPD78070AY

Number of basic instructions

Minimum instruction execution time

63

0.4 µs (5.0 MHz)

When main system clock is selected

When subsystem clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

Instruction

cycle

122 µs (32.768 kHz)

ROM

RAM

Size (bytes)

—

Internal

memory

1056

Address space

64K bytes

External

Internal

7

17

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

51

8

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 4 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

5 (PWM output: 3)

Serial interface

A/D converter

D/A converter

1

2

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.7 to 5.5 V

Operating power supply voltage range

• 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

CD-ROMs, printers, PPCs, etc.

1: • 3-wire/SBI/2-wire mode (selectable): 1 channel

• 3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

• 3-wire/UART mode (selectable): 1 channel

2

2: • 3-wire/2-wire/I C bus mode selectable: 1 channel

• 3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

• 3-wire/UART mode (selectable): 1 channel

62

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Controller Series (µPD78083 Subseries)

Part number

µPD78081

µPD78082

63

µPD78P083

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

Instruction cycle

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs and 12.8 µs (5.0 MHz)

ROM

RAM

Size (bytes)

8K

16K

24K (PROM)

512

Internal

memory

256

384

Address space

64K bytes

External

Internal

3

10

1

Interrupt function

CMOS input

CMOS I/O

I/O pin

32

8-bit timer/event counter × 2 channels

Watchdog timer × 1 channel

Timer

Timer output

2 (PWM output: 2)

3-wire/UART mode (selectable): 1 channel

8-bit resolution × 8 channels

Serial interface

A/D converter

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

1.8 to 5.5 V

Operating power supply voltage range

• 42-pin plastic shrink DIP

(600 mil)

• 42-pin plastic shrink DIP (600 mil)

• 44-pin plastic QFP (10 × 10 mm, 0.8-mm pitch)

• 44-pin plastic QFP (10 × 10

mm, 0.8-mm pitch)

Package

• 42-pin ceramic shrink DIP

with window (600 mil)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Automotive electronics, OA equipments, display equipments, air conditioners, keyless entry, etc.

Selection Guide X10679EJHV0SG00

63

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ FIP Drive Series (µPD78044F Subseries)

Part number

µPD78042F

µPD78043F

µPD78044F

63

µPD78045F

µPD78P048A

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, and 6.4 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

External

16K

24K

32K

40K

60K (PROM)

Internal

memory

624

1136

4

12

2

Interrupt function

Internal

CMOS input

CMOS I/O

27

5

I/O pin

N-ch open-drain I/O

P-ch open-drain I/O

P-ch open-drain output

16

18

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

6-bit up/down counter × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

3-wire (with function for automatic transmission and reception of up to 64 bytes): 1 channel

Serial interface

A/D converter

8-bit resolution × 8 channels

Number of segments: 9 to 24

Number of digits: 2 to 16

FIP controller/driver

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.7 to 5.5 V

Operating power supply voltage range

Package

• 80-pin plastic QFP (14 × 20 mm, 0.8-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

VCRs, audio equipments, microwave ovens, etc.

: • 80-pin plastic QFP (14 × 20 mm, 0.8-mm pitch)

• 80-pin ceramic WQFN (14 × 20 mm)

64

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ FIP Drive Series (µPD78044H Subseries)

Part number

µPD78044H

µPD78045H

63

µPD78046H

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, and 6.4 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

External

32K

40K

1136

4

48K

Internal

memory

Interrupt function

Internal

10

2

CMOS input

CMOS I/O

19

13

16

18

I/O pin

N-ch open-drain I/O

P-ch open-drain I/O

P-ch open-drain output

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire: 1 channel

Serial interface

A/D converter

8-bit resolution × 8 channels

Number of segments: 9 to 24

Number of digits: 2 to 16

FIP controller/driver

Others

Clock output function

Buzzer output function

Standby function

STOP/HALT

2.7 to 5.5 V

Operating power supply voltage range

Package

• 80-pin plastic QFP (14 × 20 mm, 0.8-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Mini-component stereo systems, microwave ovens, ECRs, etc.

Selection Guide X10679EJHV0SG00

65

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ FIP Drive Series (µPD780208 Subseries)

Part number

µPD780204

µPD780205

µPD780206

63

µPD780208

µPD78P0208

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, and 6.4 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

External

32K

40K

48K

60K

60K (PROM)

Internal

memory

1168

2192

4

12

2

Interrupt function

Internal

CMOS input

CMOS I/O

27

5

I/O pin

N-ch open-drain I/O

P-ch open-drain I/O

P-ch open-drain output

24

16

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

3-wire (with function for automatic transmission and reception of up to 64 bytes): 1 channel

Serial interface

A/D converter

8-bit resolution × 8 channels

Number of segments: 9 to 40

Number of digits: 2 to 16

FIP controller/driver

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.7 to 5.5 V

Operating power supply voltage range

Package

• 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

VCRs, audio equipments, microwave ovens, etc.

: • 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin ceramic WQFN (14 × 20 mm)

66

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ FIP Drive Series (µPD780232 Subseries)

µPD78F0233^★

Part number

µPD780232

Number of basic instructions

Minimum instruction execution time

Instruction cycle

63

0.4 µs (5.0 MHz)

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs and 6.4 µs (5.0 MHz)

16K 24K (Flash memory)

ROM

RAM

Size (bytes)

External

Internal

memory

768

2

Interrupt function

Internal

12

11

29

24

CMOS I/O

I/O pin

P-ch open-drain I/O

P-ch open-drain output

8-bit remote control timer × 1 channel

8-bit timer × 2 channels

Timer

Watchdog timer × 1 channel

Timer outupt

3 (PWM output: 2)

2-wire: 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

A/D converter

8-bit resolution × 4 channels

Display outputs: 53

FIP controller/driver

Standby function

STOP/HALT

Operating power supply voltage range

Package

V^DD= 4.5 to 5.5 V

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Combined mini-component stereo systems, separate mini-component stereo systems, tuners,

cassette tape decks, compact disc/mini disc players, audio amplifiers, etc.

★: Under development

Selection Guide X10679EJHV0SG00

67

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ LCD Drive Series (µPD78064, 78064B Subseries)

Subseries name

µPD78064 Subseries

µPD78063 µPD78064

µPD78064B Subseries

Part number

µPD78062

µPD78P064

µPD78064B µPD78P064B

Number of basic instructions

Minimum instruction execution time

63

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

External

16K

532

24K

32K

32K (PROM)

1044

32K

32K (PROM)

Internal

memory

6

14

2

Interrupt function

Internal

CMOS input

CMOS I/O

I/O pin

55

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

3-wire/UART mode (selectable): 1 channel

Serial interface

A/D converter

8-bit resolution × 8 channels

Segment signal outputs: 40 maximum

Common signal outputs: 4 maximum

Bias: 1/2 or 1/3 (switchable)

LCD controller/driver

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.0 to 6.0 V

Operating power supply voltage range

• 100-pin plastic QFP

(14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP

(14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP

Package

(14 × 14 mm, 0.5-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, CD players, cameras, etc.

: • 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

• 100-pin ceramic WQFN (14 × 20 mm)

68

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ LCD Drive Series (µPD78064Y Subseries)

Part number

µPD78062Y

µPD78063Y

63

µPD78064Y

Number of basic instructions

Minimum instruction execution time

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

External

16K

532

24K

32K

Internal

memory

1044

6

14

2

Interrupt function

Internal

CMOS input

CMOS I/O

I/O pin

55

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/2-wire/I²C bus mode (selectable): 1 channel

3-wire/UART mode (selectable): 1 channel

Serial interface

A/D converter

8-bit resolution × 8 channels

Segment signal outputs: 40 maximum

Common signal outputs: 4 maximum

Bias: 1/2 or 1/3 (switchable)

LCD controller/driver

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.0 to 6.0 V

Operating power supply voltage range

Package

• 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, CD players, cameras, etc.

Selection Guide X10679EJHV0SG00

69

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ LCD Drive Series (µPD780308, 780308Y Subseries)

Subseries name

µPD780308 Subseries

µPD780308Y Subseries

µPD780308 µPD78P0308^★µPD780306Y µPD780308Y µPD78P0308Y^★

Part number

µPD780306

Number of basic instructions

Minimum instruction execution time

63

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.4 µs, 0.8 µs, 1.6 µs, 3.2 µs, 6.4 µs, and 12.8 µs (5.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

48K

60K

48K

60K

60K (PROM)

Internal

memory

2068

Address space

64K bytes

External

Internal

6

15

2

Interrupt function

CMOS input

CMOS I/O

I/O pin

55

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

3-wire/UART mode (selectable): 1 channel

3-wire (with time-division transmission

function): 1 channel

3-wire/I²C bus/2-wire mode (selectable): 1 channel

3-wire/UART mode (selectable): 1 channel

3-wire (with time-division transmission

function): 1 channel

Serial interface

A/D converter

8-bit resolution × 8 channels

Segment signal outputs: 40 maximum

Common signal outputs: 4 maximum

Bias: 1/2 or 1/3 (switchable)

LCD controller/driver

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

Operating power supply voltage range

2.0 to 5.5 V

• 100-pin plastic QFP

(14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP

(14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP

Package

(14 × 14 mm, 0.5-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cellular phones, pagers, CD players, meters, etc.

★: Under development

: • 100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

• 100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

• 100-pin ceramic WQFN (14 × 20 mm)

70

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Inverter Controller Series (µPD780988 Subseries)

µPD780982^★µPD780983^★µPD780984^★

µPD780986

µPD780988 µPD78F0988^★

Part number

Number of basic instructions

Minimum instruction execution time

Instruction cycle

63

0.24 µs (8.38 MHz)

Selectable from 0.24 µs, 0.48 µs, 0.95 µs, 1.9 µs and 3.8 µs (8.38 MHz)

60K

(Flash memory)

ROM

RAM

Size (bytes)

16K

24K

32K

48K

60K

Internal

memory

1024

2048

Address space

64K bytes

External

Internal

8

16

8

Interrupt function

CMOS input

CMOS I/O

I/O pin

39

10-bit timer for inverter control × 1 channel

16-bit timer/event counter × 2 channels

8-bit timer/event counter × 3 channels

Watchdog timer × 1 channel

Timer

Timer output

11 (PWM output: 3, inverter control output: 6)

3-wire: 1 channel

UART: 2 channels

Serial interface

A/D converter

Others

10-bit resolution × 8 channels

Real-time output port

STOP/HALT

Standby function

Operating power supply voltage range

V^DD= 4.0 to 5.5 V

64-pin plastic shrink DIP (750 mil)

64-pin plastic QFP (14 × 14 mm, 0.8 mm pitch)

Package

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Motor control for inverter-type air conditioners, washing machines, etc.

★: Under development

Selection Guide X10679EJHV0SG00

71

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Call ID Series (µPD780841 Subseries)

µPD780840^★

µPD780841^★

µPD78F0841^★

Part number

Number of basic instructions

63

When main system clock is selected

When subsystem clock is selected

0.56 µs (3.58 MHz)

Instruction

cycle

122 µs (32.768 kHz)

ROM

RAM

Size (bytes)

24K

32K

32K (Flash memory)

Internal

memory

1024

Address space

64K bytes

External

Internal

5

8

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

2

I/O pin

55

4

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

2 (PWM output: 2)

3-wire: 1 channel

3-wire/UART mode (selectable): 1 channel

Serial interface

A/D converter

Others

8-bit resolution × 2 channels

Call ID decoder function

Simple DTMF function

Standby function

STOP/HALT

Operating power supply voltage range

Package

V^DD= 2.7 to 5.5 V

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Cordless phones, etc.

★: Under development

72

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Super Low Power Consumption (Meter Controller) Series (µPD780955)

µPD780955^★

Part number

Number of basic instructions

62

Minimum instruction execution time

52 µs (38.4 kHz)

ROM

RAM

Size (bytes)

40K

Internal

memory

1024

Address space

64K bytes

External

Internal

7

10

47

3

Interrupt function

CMOS I/O

I/O pin

N-ch open drain I/O

16-bit counter × 1 channel

8-bit timer/event counter × 1 channel

8-bit timer × 5 channels

Timer

Watchdog timer × 1 channel

Timer output

1

Serial interface

A/D converter

UART: 2 channels

8-bit resolution × 1 channel

Segment signal outputs: 19 maximum

Common signal outputs: 1

LCD controller

Static display mode only

Others

Quality grade: Special (µPD780955(A)) only (for high reliability electronic equipment)

Standby function

HALT

Operating power supply voltage range

Package

VDD = 2.2 to 3.5 V

80-pin plastic QFP (14 × 20 mm, 0.8 mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Gas meters, etc.

★: Under development

Selection Guide X10679EJHV0SG00

73

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Super Low Power Consumption (Meter Controller) Series (µPD780958 Subseries)

µPD780957^★

µPD780958^★

Part number

Number of basic instructions

62

Minimum instruction execution time

2 µs (1.0 MHz), 61 µs (32.768 kHz)

ROM

RAM

Size (bytes)

48K

60K

Internal

memory

2048

Address space

64K bytes

External

Internal

7

17

66

3

Interrupt function

CMOS I/O

I/O pin

N-ch open-drain I/O

16-bit timer/event counter × 2 channels

8-bit timer × 4 channels

Timer

Watchdog timer × 1 channel

Timer output

1

UART: 1 channel

3-wire: 1 channel

Serial interface

Segment signal outputs: 30 maximum

Common signal outputs: 3 maximum

Bias: static or 1/3 (switchable)

LCD controller/driver

MR control function

Sampling output function

Others

Quality grade: Special (µPD780957(A), µPD780958(A))

only (for high reliability electronic equipment)

Standby function

HALT

Operating power supply voltage range

Package

V^DD= 2.2 to 3.5 V

100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Gas meters, etc.

★: Under development

74

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Dashboard Controller Series (µPD780973 Subseries)

µPD780973^★

µPD78F0974^★

Part number

Number of basic instructions

63

Minimum instruction execution time

0.24 µs (8.38 MHz)

Instruction cycle

ROM

RAM

Selectable from 0.24 µs, 0.48 µs, 0.95 µs, 1.91 µs, and 3.81 µs (8.38 MHz)

Size (bytes)

24K

778

32K (Flash memory)

1034

Internal

memory

EEPROM Size (bytes)

256

Address space

64K bytes

External

Internal

3

Interrupt function

18

5

CMOS input

CMOS Output

CMOS I/O

I/O pin

16

35

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 3 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

2 (PWM output: 2)

3-wire: 1 channel

UART: 1 channel

Serial interface

A/D converter

8-bit resolution × 5 channels

Segment signal outputs: 20 maximum

Common signal outputs: 4 maximum

Bias: 1/3

LCD controller/driver

Sound generator

Meter controller/driver

Others

Buzzer output signal with composed amplitude

4 meter control (Cross-coil or stepper motor)

Clock output function

Standby function

Operating power supply voltage range

Package

STOP/HALT

4.5 to 5.5 V

80-pin plastic QFP (14 × 20 mm, 0.8-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Vehicle meters control (dashboard mounted)

★: Under development

Selection Guide X10679EJHV0SG00

75

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■Bus Controller Series (µPD78098B Subseries)

Part number

µPD78095B

µPD78096B

µPD78098B

µPD78P098B

Number of basic instructions

Minimum instruction execution time

63

0.4 µs (5.0 MHz)

When main system clock is selected

Selectable from 0.5 µs, 1.0 µs, 2.0 µs, 4.0 µs, 8.0 µs, and 16.0 µs (6.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

When subsystem clock is selected

ROM

RAM

Size (bytes)

40K

48K

60K

60K (PROM)

Internal

memory

1056

3104

Address space

64K bytes

External

Internal

7

16

2

Interrupt function

CMOS input

CMOS I/O

N-ch open-drain I/O

I/O pin

63

4

16-bit timer/event counter × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

3 (PWM output: 1)

3-wire/SBI/2-wire mode (selectable): 1 channel

Serial interface

3-wire (with function for automatic transmission and reception of up to 32 bytes): 1 channel

3-wire/UART mode (selectable): 1 channel

A/D converter

D/A converter

IEBus controller

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Effective transmission speed: 26 kbps maximum

Clock output function

Buzzer output function

Others

Standby function

STOP/HALT

2.7 to 5.5 V

Operating power supply voltage range

Package

• 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Car audios, CD changers, etc.

: • 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

• 80-pin ceramic WQFN (14 × 14 mm)

76

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Bus Controller Series (µPD780948 Subseries)

µPD780948^★

µPD780949^★

µPD78F0948^★

µPD78F0949^★

Part number

Number of basic instructions

63

0.25 µs (8.0 MHz)

Minimum instruction execution time

When main system clock is selected

When subsystem clock is selected

Selectable from 0.25 µs, 0.5 µs, 1 µs, 2 µs and 4 µs (8.0 MHz)

122 µs (32.768 kHz)

Instruction

cycle

ROM

Size (bytes)

60K

60K (Flash memory)

Internal fast RAM Size (bytes)

Internal expansion RAM Size (bytes)

1024

Internal

memory

EEPROM

Size (bytes)

–

256

–

256

Address space

64K bytes

External

Internal

5

24

8

Interrupt function

CMOS input

CMOS I/O

I/O pin

Timer

71

16-bit timer/event counter × 1 channel

16-bit timer × 1 channel

8-bit timer/event counter × 2 channels

Watch timer × 1 channel

Watchdog timer × 1 channel

Timer output

4 (16-bit PWM output: 1, 8-bit PWM output: 2)

3-wire: 1 channel

2-wire: 1 channel

UART: 1 channel

Serial interface

CAN controller

A/D converter

Conformed on CAN protocol Ver. 2.0 (part B), transmission speed: 500 kbps maximum

8-bit resolution × 8 channels

Segment signal output: 40 maximum

Common signal output: 4 maximum

Bias: 1/3 bias

LCD controller/driver

Power fail detect function

Sound generator

Battery voltage detect function

Buzzer output function (with composed amplitude)

STOP/HALT

Standby function

Operating power supply voltage range

Package

VDD = 4.0 to 5.5 V

100-pin plastic QFP (14 × 20 mm, 0.65 mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Control of automotive dashboard and electrical equipment in car body, etc.

★: Under development

Selection Guide X10679EJHV0SG00

77

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Bus Controller Series (µPD780701Y Subseries)

µPD780701Y^★

µPD780702Y^★

63

µPD78F0701Y^★

Part number

Number of basic instructions

Minimum instruction execution time

0.32 µs (6.29 MHz)

Instruction cycle

Selectable from 0.32 µs, 0.64 µs, 1.27 µs, 2.54 µs, and 5.09 µs (6.29 MHz)

60K 60K (Flash memory)

ROM

RAM

Size (bytes)

Internal

memory

3350

Address space

64K bytes

External

Internal

8

21

56

8

Interrupt function

CMOS I/O

I/O pin

TTL input/CMOS output

N-ch open-drain I/O

3

16-bit timer/event counter × 2 channels

8-bit timer/event counter × 3 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

5 (PWM output: 3)

3-wire: 2 channels

UART: 1 channel

I²C bus (supporting multiplex master): 1 channel

Serial interface

A/D converter

8-bit resolution × 16 channels

Power fail detect function

Battery voltage detect function

Clock output function

Buzzer output function

Others

DCAN controller or

IEBus controller

Bus controller

DCAN controller

IEBus controller

Standby function

STOP/HALT

Operating power supply voltage range

Package

V^DD= 3.5 to 5.5 V

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Car audio systems, etc.

★: Under development

78

Selection Guide X10679EJHV0SG00

Microcomputer

8-Bit Single-Chip Microcontroller

78K/0 Series

■ Bus Controller Series (µPD780833Y Subseries)

µPD780831Y^★

µPD780833Y^★

63

µPD78F0833Y^★

Part number

Number of basic instructions

Minimum instruction execution time

0.48 µs (4.19 MHz)

Instruction cycle

Selectable from 0.48 µs, 0.96 µs, 1.92 µs, 3.84 µs, and 7.68 µs (4.19 MHz)

60K 60K (Flash memory)

ROM

RAM

Size (bytes)

Internal

memory

3104

Address space

64K bytes

External

Internal

9

20

54

8

Interrupt function

CMOS I/O

I/O pin

TTL input/CMOS output

N-ch open-drain I/O

3

16-bit timer/event counter

× 2 channels

Watch timer × 1 channel

16-bit timer/event counter × 2 channels

8-bit timer/event counter × 3 channels

Watch timer × 1 channel

Timer

Watchdog timer × 1 channel

Timer output

5 (PWM output: 3)

3-wire: 2 channels

UART: 1 channel

Serial interface

I²C bus (supporting multiplex master): 1 channel

8-bit resolution × 8 channels × 2

Clock output function

A/D converter

Others

Bus controller

J1850 (CLASS2) bus interface

STOP/HALT

Standby function

Operating power supply voltage range

Package

V^DD= 4.5 to 5.5 V

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Car audio systems, etc.

★: Under development

Selection Guide X10679EJHV0SG00

79

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ 78K/IV Series Product Evolution

Subseries names are shown inside frames.

I²C bus supported

µPD784038Y

µPD784038

80-pin

Large size memory

Multiplex master I²C bus supported

µPD784216Y

Multiplex master I²C bus supported

µPD784218Y

µPD784216

100-pin

µPD784218

Expansion memory size

D/A converter

UART

Multiplex master I²C bus supported

µPD784054

µPD784255Y

µPD784046

80-pin

µPD784255

80-pin

10-bit A/D converter

I²C bus supported

µPD784928Y

µPD784928

Enhanced

peripheral function

VCR servo controller

IEBus controller

µPD784915

VCR servo,

analog amplifier

µPD784938

µPD784908

Expansion memory size

DC inverter controller

µPD784955

Under development

80

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ Differences among the Subseries

Timer

Function

ROM

V^DD

MIN.

value

8-bit 10-bit 8-bit

A/D A/D D/A

I/O

67

Serial interface

Subseries

name

capacity

8-bit 16-bit Watch WDT

General-

purpose

µPD784225

96K to 128K

4 ch 1 ch 1 ch 1 ch 8 ch

–

2 ch 3 ch (UART: 2 ch)

1.8 V

µPD784225Y

3 ch (UART: 2 ch,

I²C: 1 ch)

µPD784218

192K to 256K 6 ch

96K to 128K

3 ch (UART: 2 ch)

86

2.2 V

µPD784218Y

3 ch (UART: 2 ch,

I²C: 1 ch)

µPD784216

3 ch (UART: 2 ch)

µPD784216Y

3 ch (UART: 2 ch,

I²C: 1 ch)

µPD784054

µPD784046

µPD784038

µPD784038Y

32K

–

3 ch

5 ch

4 ch

–

16 ch

–

2 ch (UART: 2 ch)

64

65

4.5 V

32K to 64K

48K to 128K

8 ch

2 ch 3 ch (UART: 2 ch)

46/64 2.7 V

3 ch (UART: 2 ch,

I²C: 1 ch)

µPD784928

µPD784928Y

µPD784915

µPD784938

96K to 128K

2 ch 6 ch

–

12 ch

–

2 ch

VCR

servo

controller

74

2.7 V

3 ch (I²C: 1 ch)

48K to 62K

2 ch

54

80

On-chip

IEBus

controller

4 ch (UART: 2 ch)

96K to 256K

–

4 ch

–

1 ch 8 ch

–

4.0 V

4.5 V

µPD784908

µPD784955

96K to 128K

24K to 64K

DC

inverter

controller

2 ch 6 ch

2 ch (UART: 1 ch)

67

Selection Guide X10679EJHV0SG00

81

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784038 Subseries)

Part number

µPD784031

µPD784035

µPD784036

113

125 ns (32 MHz)

Total of 1M bytes for both programs and data

µPD784037

µPD784038

µPD78P4038

Number of instructions

Minimum instruction cycle

Memory expansion function

–

48K

2K

64K

96K

128K

128K (PROM)

ROM size (bytes)

Internal memory

3.5K

4.25K

RAM size (bytes)

4-level programmable priority, macro service, vectored interrupt, context switching function

Interrupt function

7

External source

Internal source

18

Number of interrupts

supporting the use of

a macro service

19

Type of macro

service

4 types, 21 kinds

8

Input

Output

I/O

I/O pin

4

0

34

56

16-bit timer/counter × 3 channels

16-bit timer × 1 channel

Timer/counter

Serial interface

UART/IOE (with on-chip baud rate generator): 2 channels

CSI (3-wire/2wire mode): 1 channel

8-bit resolution × 8 channels

8-bit resolution × 2 channels

12-bit resolution × 2 channels

HALT/IDLE/STOP mode

Provided

A/D converter

D/A converter

PWM output

Standby function

Pseudo-SRAM refresh function

• Large internal memory

• Wide operating voltage range (2.7 to 5.5 V)

• System clock dividing function (1/2, 1/4, 1/8, 1/16)

Feature

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 2.7-mm thick)

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 1.4-mm thick)

80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

PPCs, LBPs, autofocus cameras, etc.

: • 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 2.7-mm thick)

• 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 1.4-mm thick)

• 80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

• 80-pin ceramic WQFN (14 × 14 mm, 0.65-mm pitch)

82

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784038Y Subseries)

Part number

µPD784031Y µPD784035Y µPD784036Y µPD784037Y µPD784038Y µPD78P4038Y

Number of instructions

Minimum instruction cycle

113

125 ns (32 MHz)

Total of 1M bytes for both programs and data

Memory expansion function

–

48K

2K

64K

96K

128K

128K (PROM)

4.25K

ROM size (bytes)

Internal memory

3.5K

RAM size (bytes)

4-level programmable priority, macro service, vectored interrupt, context switching function

Interrupt function

8

External source

Internal source

19

Number of interrupts

supporting the use of

a macro service

20

Type of macro

service

4 types, 21 kinds

8

Input

Output

I/O

I/O pin

4

0

34

56

16-bit timer/counter × 3 channels

16-bit timer × 1 channel

Timer/counter

Serial interface

UART/IOE (with on-chip baud rate generator): 2 channels

CSI (3-wire/2wire/I²C bus mode): 1 channel

A/D converter

D/A converter

PWM output

8-bit resolution × 8 channels

8-bit resolution × 2 channels

12-bit resolution × 2 channels

HALT/IDLE/STOP mode

Provided

Standby function

Pseudo-SRAM refresh function

• Large internal memory

• Wide operating voltage range (2.7 to 5.5 V)

• System clock dividing function (1/2, 1/4, 1/8, 1/16)

Feature

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 2.7-mm thick)

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 1.4-mm thick)

80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Cellular phones, cordless phones, AV equipment, etc.

: • 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 2.7-mm thick)

• 80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 1.4-mm thick)

• 80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

• 80-pin ceramic WQFN (14 × 14 mm, 0.65-mm pitch)

Selection Guide X10679EJHV0SG00

83

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784046, 784054 Subseries)

Subseries name

µPD784046 Subseries

µPD784046

µPD784054 Subseries

µPD784054

Part number

µPD784044

µPD78F4046

Number of instructions

Minimum instruction cycle

Memory expansion function

113

125 ns (32 MHz)

Total of 1M bytes for both programs and data

Internal

memory

32K

64K

64K (flash memory)

2048

32K

ROM size (bytes)

RAM size (bytes)

1024

2048

1024

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

8

External source

Internal source

23

19

Number of interrupts

supporting the use of a

macro service

25

21

Type of macro

service

7 types, 27 kinds

7 types, 23 kinds

17

0

Input

Output

I/O

I/O pin

48

47

16-bit timer × 3 channels

16-bit timer × 3

Timer/counter

16-bit timer/counter × 2 channels

UART/CSI × 2 channels

10-bit resolution × 16 channels

Serial interface

A/D converter

HALT/IDLE/STOP/standby

invalidation mode

HALT/IDLE/STOP mode

On-chip timer unit optimum for real-time control

Standby function

Feature

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 2.7-mm thick)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Hot water supplier, vending machines, etc.

84

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784216 Subseries)

Part number

µPD784214

µPD784215

µPD784216

µPD78F4216^★

Number of instructions

Minimum instruction cycle

Memory expansion function

113

160 ns (Main system clock 12.5 MHz)/61 µs (Subsystem clock 32.768 kHz)

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

96K

128K

5120

128K

128K (Flash memory)

8192

RAM size (bytes)

3584

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

9

20

Number of interrupts

supporting the use of

a macro service

27

Type of macro

service

4 types, 21kinds

Input

8

72

6

I/O pin

I/O

N-ch open-drain I/O

16-bit timer/counter × 1 channel

8-bit timer/counter × 6 channels

Timer/counter

Real-time output port

Serial interface

4-bit × 2 ports or 8-bit × 1 port

UART/IOE (with dedicated on-chip baud rate generator): 2 channels

CSI (3-wire mode): 1 channel

A/D converter

D/A converter

Clock output

Buzzer output

Clock timer

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴, fXX/2⁵, fXX/2⁶, fXX/2⁷, fXT

Select of fXX/2¹⁰, fXX/2¹¹, fXX/2¹², fXX/2¹³

1 channel

HALT/STOP/IDLE mode

HALT/IDLE mode at Low power consumption mode (CPU operation using subsystem clock)

Standby function

Feature

• Large internal memory

•

Wide operation voltage range (Mask ROM version: 2.2 to 5.5 V, Flash memory version: 2.7 to 5.5 V)

• Using peripheral functions of 78K/0 series

100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Cellular phones, PHS, cordless phones, CD-ROMs, AV equipment, etc.

★: Under development

Selection Guide X10679EJHV0SG00

85

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784216Y Subseries)

Part number

µPD784214Y

µPD784215Y

µPD784216Y

µPD78F4216Y^★

Number of instructions

Minimum instruction cycle

Memory expansion function

113

160 ns (Main system clock 12.5 MHz)/61 µs (Subsystem clock 32.768 kHz)

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

96K

128K

5120

128K

128K (Flash memory)

8192

RAM size (bytes)

3584

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

9

20

Number of interrupts

supporting the use of

a macro service

27

Type of macro

service

4 types, 21kinds

Input

8

72

6

I/O pin

I/O

N-ch open-drain I/O

16-bit timer/counter × 1 channel

8-bit timer/counter × 6 channels

Timer/counter

Real-time output port

Serial interface

4-bit × 2 ports or 8-bit × 1 port

UART/IOE (with dedicated on-chip baud rate generator): 2 channels

CSI (3-wire/I²C bus supporting multiplex master mode): 1 channel

A/D converter

D/A converter

Clock output

Buzzer output

Clock timer

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴, fXX/2⁵, fXX/2⁶, fXX/2⁷, fXT

Select of fXX/2¹⁰, fXX/2¹¹, fXX/2¹², fXX/2¹³

1 channel

HALT/STOP/IDLE mode

HALT/IDLE mode at Low power consumption mode (CPU operation using subsystem clock)

Standby function

Feature

• Large internal memory

•

Wide operation voltage range (Mask ROM version: 2.2 to 5.5 V, Flash memory version: 2.7 to 5.5 V)

• Using peripheral functions of 78K/0 series

100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Cellular phones, PHS, cordless phones, CD-ROMs, AV equipment, etc.

★: Under development

86

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784218 Subseries)

Part number

µPD784217^★

µPD784218

µPD78F4218

Number of instructions

Minimum instruction cycle

Memory expansion function

113

160 ns (Main system clock 12.5 MHz)/61 µs (Subsystem clock 32.768 kHz)

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

192K

256K

256K (Flash memory)

RAM size (bytes)

12800

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

9

20

Number of interrupts

supporting the use of

a macro service

27

Type of macro

service

4 types, 21 kinds

Input

8

72

6

I/O pin

I/O

N-ch open-drain I/O

16-bit timer/counter × 1 channel

8-bit timer/counter × 6 channels

Timer/counter

Real-time output port

Serial interface

4-bit × 2 ports or 8-bit × 1 port

UART/IOE (with dedicated on-chip baud rate generator): 2 channels

CSI (3-wire mode): 1 channel

A/D converter

D/A converter

Clock output

Buzzer output

Clock timer

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴, fXX/2⁵, fXX/2⁶, fXX/2⁷, fXT

Select of fXX/2¹⁰, fXX/2¹¹, fXX/2¹², fXX/2¹³

1 channel

HALT/STOP/IDLE mode

HALT/IDLE mode at Low power consumption mode (CPU operation using subsystem clock)

Standby function

Feature

• Large internal memory

•

Wide operation voltage range (Mask ROM version: 2.2 to 5.5 V, Flash memory version: 2.7 to 5.5 V)

• Using peripheral functions of 78K/0 series

100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Cellular phones, PHS, cordless phones, CD-ROMs, AV equipment, etc.

★: Under development

Selection Guide X10679EJHV0SG00

87

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784218Y Subseries)

Part number

µPD784217Y^★

µPD784218Y^★

µPD78F4218Y^★

Number of instructions

Minimum instruction cycle

Memory expansion function

113

160 ns (Main system clock 12.5 MHz)/61 µs (Subsystem clock 32.768 kHz)

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

192K

256K

256K (Flash memory)

RAM size (bytes)

12800

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

9

20

Number of interrupts

supporting the use of

a macro service

27

Type of macro

service

4 types, 21 kinds

Input

8

72

6

I/O pin

I/O

N-ch open-drain I/O

16-bit timer/counter × 1 channel

8-bit timer/counter × 6 channels

Timer/counter

Real-time output port

Serial interface

4-bit × 2 ports or 8-bit × 1 port

UART/IOE (with dedicated on-chip baud rate generator): 2 channels

CSI (3-wire/I²C bus supporting multiplex master mode): 1 channel

A/D converter

D/A converter

Clock output

Buzzer output

Clock timer

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴, fXX/2⁵, fXX/2⁶, fXX/2⁷, fXT

Select of fXX/2¹⁰, fXX/2¹¹, fXX/2¹², fXX/2¹³

1 channel

HALT/STOP/IDLE mode

HALT/IDLE mode at Low power consumption mode (CPU operation using subsystem clock)

Standby function

Feature

• Large internal memory

•

Wide operation voltage range (Mask ROM version: 2.2 to 5.5 V, Flash memory version: 2.7 to 5.5 V)

• Using peripheral functions of 78K/0 series

100-pin plastic LQFP (14 × 14 mm, 0.5-mm pitch)

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Cellular phones, PHS, cordless phones, CD-ROMs, AV equipment, etc.

★: Under development

88

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784225 Subseries)

Part number

µPD784224^★

µPD784225^★

µPD78F4225^★

Number of instructions

Minimum instruction cycle

Memory expansion function

113

160 ns (Main system clock 12.5 MHz)/61 µs (Subsystem clock 32.768 kHz)

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

96K

128K

128K (Flash memory)

RAM size (bytes)

3584

4352

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

7

18

Number of interrupts

supporting the use of

a macro service

23

Type of macro

service

4 types, 21 kinds

Input

I/O

8

I/O pin

59

16-bit timer/counter × 1 channel

8-bit timer/counter × 4 channels

Timer/counter

Real-time output port

Serial interface

4-bit × 2 ports or 8-bit × 1 port

UART/IOE (with dedicated on-chip baud rate generator): 2 channels

CSI (3-wire mode): 1 channel

A/D converter

D/A converter

Clock output

Buzzer output

Clock timer

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴, fXX/2⁵, fXX/2⁶, fXX/2⁷, fXT

Select of fXX/2¹⁰, fXX/2¹¹, fXX/2¹², fXX/2¹³

1 channel

HALT/STOP/IDLE mode

HALT/IDLE mode at Low power consumption mode (CPU operation using subsystem clock)

Standby function

Feature

• Large internal memory

• Wide operation voltage range (1.8 to 5.5 V)

• Using peripheral functions of 78K/0 series

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Car audio, portable audio, telephones, etc.

★: Under development

Selection Guide X10679EJHV0SG00

89

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ General-Purpose (µPD784225Y Subseries)

Part number

µPD784224Y^★

µPD784225Y^★

µPD78F4225Y^★

Number of instructions

Minimum instruction cycle

Memory expansion function

113

160 ns (Main system clock 12.5 MHz)/61 µs (Subsystem clock 32.768 kHz)

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

96K

128K

128K (Flash memory)

RAM size (bytes)

3584

4352

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

7

18

Number of interrupts

supporting the use of

a macro service

23

Type of macro

service

4 types, 21 kinds

Input

I/O

8

I/O pin

59

16-bit timer/counter × 1 channel

8-bit timer/counter × 4 channels

Timer/counter

Real-time output port

Serial interface

4-bit × 2 ports or 8-bit × 1 port

UART/IOE (with dedicated on-chip baud rate generator): 2 channels

CSI (3-wire I²C bus supporting multiplex master mode): 1 channel

A/D converter

D/A converter

Clock output

Buzzer output

Clock timer

8-bit resolution × 8 channels

8-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴, fXX/2⁵, fXX/2⁶, fXX/2⁷, fXT

Select of fXX/2¹⁰, fXX/2¹¹, fXX/2¹², fXX/2¹³

1 channel

HALT/STOP/IDLE mode

HALT/IDLE mode at Low power consumption mode (CPU operation using subsystem clock)

Standby function

Feature

• Large internal memory

• Wide operation voltage range (1.8 to 5.5 V)

• Using peripheral functions of 78K/0 series

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch)

80-pin plastic TQFP (12 × 12 mm, 0.5-mm pitch)

Package

Assembler, C compiler, real-time OS, system performance analyzer, integrated debugger,

system simulator, device file, in-circuit emulator

Development tools

Applications

Car audio, portable audio, telephones, etc.

★: Under development

90

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ VCR Servo Controller (µPD784915 Subseries)

Part number

µPD784915, 784915A

µPD784915B

µPD784916A

µPD784916B

µPD78P4916

Number of instructions

Minimum instruction cycle

113

250 ns (Internal clock: 8 MHz)

ROM size (bytes)

48K

62K

62K (PROM)

2048

Internal

memory

RAM size (bytes)

1280

4 levels (programmable), vectored interrupt, macro service, vectored interrupt, context switching function

Interrupt function

External source

Internal source

Input

9 (including NMI)

20 (including software interrupts)

8

Output

0

I/O pin

I/O

46

Real-time output port

11 (including pseudo V sync, head amplifier switch, chroma-rotation outputs)

22-bit FRC counter × 1 channel

16-bit timer × 6 channels (including 3 channels for general-purpose timers)

8-bit counter × 2 channels

Timer/counter

5-bit UDC counter × 1 channel

Super timer

unit

V sync separator circuit, H sync separator circuit

VISS detection circuit, wide aspect detection circuit

Field identification circuit

Special circuit

for VCR

Head amplifier switch/chroma-rotation output circuit

16-bit resolution × 3 channels (Carrier frequency: 62.5 kHz)

8-bit resolution × 3 channels (Carrier frequency: 62.5 kHz)

PWM output

Synchronous serial interface (3-wire): 2 channels (including 1 channel supporting

BUSY/STRB control)

Serial interface

A/D converter

8-bit resolution × 12 channels (Conversion time: 10 µs)

CTL amplifier, RECCTL driver (with rewrite capability)

CFG amplifier

DFG amplifier, DPG comparator, DPFG separator circuit (3-value separator circuit)

Reel FG comparator (2 channels)

Analog VCR circuits

Csync comparator

HALT/STOP mode

HALT mode for low power consumption

Standby function

Clock function

Package

0.5-second measurement, low voltage operation (V^DD= 2.7 V) allowed

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Assembler, C compiler, integrated debugger, system simulator, device file, in-circuit

emulator

Development tools

Applications

VCRs, camcorder, integrated TV-VCR machines, etc.

Selection Guide X10679EJHV0SG00

91

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ VCR Servo Controller (µPD784928 Subseries)

Part number

µPD784927

µPD784928

µPD78F4928^★

Number of instructions

Minimum instruction cycle

113

250 ns (Internal clock: 8 MHz)

128K

96K

128K (Flash memory)

ROM size (bytes)

Internal

memory

2048

3584

RAM size (bytes)

4 levels (programmable), vectored interrupt, macro service, context switching function

Interrupt function

9 (including NMI)

External source

Internal source

Input

22 (including software interrupts)

20

0

Output

I/O pin

54

I/O

Real-time output port

11 (including pseudo V sync, head amplifier switch, chroma-rotation outputs)

22-bit FRC counter × 1 channel

16-bit timer × 6 channels (including 3 channels for general-purpose timers)

8-bit counter × 2 channels

Timer/counter

5-bit UDC counter × 1 channel

Super timer

unit

V sync separator circuit, H sync separator circuit

VISS detection circuit, wide aspect detection circuit

Field identification circuit

Special circuit

for VCR

Head amplifier switch/chroma-rotation output circuit

16-bit resolution × 3 channels (Carrier frequency: 62.5 kHz)

8-bit resolution × 3 channels (Carrier frequency: 62.5 kHz)

PWM output

Synchronous serial interface (3-wire): 2 channels (including 1 channel supporting

BUSY/STRB control)

Serial interface

A/D converter

8-bit resolution × 12 channels (Conversion time: 10 µs)

CTL amplifier, RECCTL driver (with rewrite capability)

CFG amplifier

DFG amplifier, DPG amplifier, DPFG separator circuit (3-value separator circuit)

Reel FG comparator (2 channels)

Analog VCR circuits

Csync comparator

HALT/STOP mode

Low power consumption mode/HALT mode for low power consumption

Standby function

0.5-second measurement, low voltage operation (VDD = 2.7 V) allowed

Clock function

Package

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Assembler, C compiler, integrated debugger, system simulator, device file, in-circuit

emulator

Development tools

Applications

VCRs, camcorder, integrated TV-VCR machines, etc.

★: Under development

92

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ VCR Servo Controller (µPD784928Y Subseries)

Part number

µPD784927Y

µPD784928Y

µPD78F4928Y^★

Number of instructions

Minimum instruction cycle

113

250 ns (Internal clock: 8 MHz)

128K

96K

128K (Flash memory)

ROM size (bytes)

Internal

memory

2048

3584

RAM size (bytes)

4 levels (programmable), vectored interrupt, macro service, context switching function

Interrupt function

9 (including NMI)

External source

Internal source

Input

23 (including software interrupts)

20

0

I/O pin

Output

54

I/O

Real-time output port

11 (including pseudo V sync, head amplifier switch, chroma-rotation outputs)

22-bit FRC counter × 1 channel

16-bit timer × 6 channels (including 3 channels for general-purpose timers)

8-bit counter × 2 channels

Timer/counter

5-bit UDC counter × 1 channel

Super timer

unit

V sync separator circuit, H sync separator circuit

VISS detection circuit, wide aspect detection circuit

Field identification circuit

Special circuit

for VCR

Head amplifier switch/chroma-rotation output circuit

16-bit resolution × 3 channels (Carrier frequency: 62.5 kHz)

8-bit resolution × 3 channels (Carrier frequency: 62.5 kHz)

PWM output

Synchronous serial interface (3-wire): 2 channels (including 1 channel supporting

BUSY/STRB control)

Serial interface

A/D converter

I²C bus interface: 1 channel

8-bit resolution × 12 channels (Conversion time: 10 µs)

CTL amplifier, RECCTL driver (with rewrite capability)

CFG amplifier

DFG amplifier, DPG amplifier, DPFG separator circuit (3-value separator circuit)

Reel FG comparator (2 channels)

Analog VCR circuits

Csync comparator

HALT/STOP mode

Low power consumption mode/HALT mode for low power consumption

Standby function

0.5-second measurement, low voltage operation (VDD = 2.7 V) allowed

Clock function

Package

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Assembler, C compiler, integrated debugger, system simulator, device file, in-circuit

emulator

Development tools

Applications

VCRs, camcorder, integrated TV-VCR machines, etc.

★: Under development

Selection Guide X10679EJHV0SG00

93

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ IEBus Controller (µPD784908 Subseries)

Part number

µPD784907

µPD784908

µPD78P4908

Number of instructions

113

320 ns (6.29 MHz)

160 ns (12.58 MHz)

Minimum instruction cycle

Memory expansion function

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

96K

128K

128K (PROM)

RAM size (bytes)

3584

4352

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

Input

7

20

8

I/O

72

I/O pin

LED direct drive output

Transistor direct drive

N-ch open-drain I/O

24

8

4

Timer/counter

16-bit timer/counter × 4 channels

4-bit × 2 ports or 8-bit × 1 port

Incorporated (simple version)

Real-time output port

IEBus controller

UART/IOE (3-wire): 2 channels

CSI (3-wire): 2 channels

Serial interface

A/D converter

PWM output

8-bit resolution × 8 channels

12-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴

1 channel

Clock output

Watchdog timer

Standby function

HALT/STOP/IDLE mode

VDD = 4.5 to 5.5 V

VDD = 4.0 to 5.5 V

(Main clock: fXX = 12.58 MHz, internal system clock = fXX,

f^CYK= 79 ns)

(Main clock: fXX = 12.58 MHz,

internal system clock = f^XX,

fCYK = 79 ns)

Power supply voltage

VDD = 3.5 to 5.5 V

VDD = 4.0 to 5.5 V

(Other than above, fCYK = 159 ns)

(Other than above,

fCYK = 159 ns)

Package

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Car audio, etc.

94

Selection Guide X10679EJHV0SG00

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ IEBus Controller (µPD784938 Subseries)

Part number

µPD784935

µPD784936

µPD784937^★

µPD784938^★

µPD78F4938^★

Number of instructions

113

320 ns (6.29 MHz)

160 ns (12.58 MHz)

Minimum instruction cycle

Memory expansion function

Total of 1M bytes for both programs and data

Internal

memory

ROM size (bytes)

96K

128K

6656

192K

8192

256K

256K (Flash memory)

RAM size (bytes)

5120

10240

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

Input

7

20

8

I/O

72

I/O pin

LED direct drive output

Transistor direct drive

N-ch open-drain I/O

24

8

4

Timer/counter

16-bit timer/counter × 4 channels

4-bit × 2 ports or 8-bit × 1 port

Incorporated (simple version)

Real-time output port

IEBus controller

UART/IOE (3-wire): 2 channels

CSI (3-wire): 2 channels

Serial interface

A/D converter

PWM output

Clock output

Watchdog timer

Standby function

Package

8-bit resolution × 8 channels

12-bit resolution × 2 channels

Select of fXX, fXX/2, fXX/2², fXX/2³, fXX/2⁴

1 channel

HALT/STOP/IDLE mode

100-pin plastic QFP (14 × 20 mm, 0.65-mm pitch)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Car audio, etc.

★: Under development

Selection Guide X10679EJHV0SG00

95

Microcomputer

16-Bit Single-Chip Microcontroller

78K/IV Series

■ DC Inverter Controller (µPD784955 Subseries)

Part number

µPD784953^★

µPD784955^★

µPD78F4956^★

Number of instructions

Minimum instruction cycle

113

160 ns (Internal 12.5 MHz)

48K

Internal

memory

ROM size (bytes)

24K

768

64K (Flash memory)

RAM size (bytes)

2048

Interrupt function

4-level programmable priority, macro service, vectored interrupt, context switching function

External source

Internal source

Input

8 (Also internal source: 2)

22

8

I/O

59

32

I/O pin

Pin with pull-up register

LED direct drive output

16-bit timer/counter × 6 channels

8-bit timer/counter × 2 channels

Timer/counter

Serial interface

Synchronous serial interface (3-wire): 1 channel

UART: 1 channel

A/D converter

Watchdog timer

Standby function

Package

8-bit resolution × 8 channels

1 channel

HALT/STOP/IDLE mode

80-pin plastic QFP (14 × 14 mm, 0.65-mm pitch, 1.4-mm thick)

Assembler, C compiler, real-time OS, integrated debugger, system simulator, device file,

in-circuit emulator

Development tools

Applications

Motor control for inverter air-conditioners, etc.

★: Under development

96

Selection Guide X10679EJHV0SG00

Microcomputer

32-Bit Microprocessor

V800 Series^TM

■ V800 Series Road Map

Support of instructions for multimedia

MIPS

100

For multimedia

processing applications

V830 Family^TM

On chip ROM/RAM

50

For embeded control

applications

V850 Family^TM

On chip cache memory

For data processing

applications

V810 Family^TM

10

1992

1996

1998

2000

DEVELOPMENT YEAR

Selection Guide X10679EJHV0SG00

97

Microcomputer

32-Bit Microprocessor

V810 Family, V830 Family

Part number

Alias

µPD70741

V821^TM

µPD705101

V831^TM

µPD705102^★

V832^TM

Performance

Operating frequency

16 MIPS/25 MHz

25 MHz

118 MIPS/100 MHz

100 MHz

170 MIPS/143 MHz

143 MHz

2.3 to 2.7 V

3.0 to 3.6 V

Operating voltage

4.5 to 5.5 V

3.0 to 3.6 V

500 mW

(5 V25 MHz)

550 mW

(3.3 V/100 MHz)

350 mW

(2.5 V, 3.3 V/143 MHz)

Power consumption (max.)

Address bus

Data bus

24-bit

16-bit

24-bit

16-/32-bit

Internal: 4 G bytes

External: 64M bytes

(maximum)

Internal: 4 G bytes

External: 128M bytes

(maximum)

Address space

Instruction cache:

1K bytes

Instruction cache: 4K bytes,

Data cache: 4K bytes

Cache

Instruction RAM: 4K bytes,

Data RAM: 4K bytes

Internal RAM

—

DSP

—

2 channels

32 bits

2 channels

Timer

Interrupt

External: 9, Internal: 11

2 channels

External: 9, Internal: 11

2 channels

Serial I/O

DMA

Peripheral

I/O

2 channels

4 channels

Fast page mode DRAM,

SRAM, I/O, Page-ROM

EDO DRAM, SRAM, I/O,

Page-ROM

SDRAM, SRAM, I/O,

Page-ROM

Memory interface

Others

Watchdog timer

Debug controller

160-pin plastic LQFP

Package

100-pin plastic QFP

Real-time OS, task debugger, C compiler, system performance

analyzer, device file

Development tools

Applications

Real-time OS

Printers, facsimiles, word

processors, game machines,

car navigation, PDAs, etc.

Internet/intra-net systems, car Internet/intra-net systems, car

navigation, color facsimile

machines, high-performance

TVs, etc.

nativation, color facsimile

machines, digital still cameras,

etc.

★: Under development

98

Selection Guide X10679EJHV0SG00

Microcomputer

32-Bit Single-Chip Microcontroller

V850 Family

■ V850E/MS1^TM

µPD703100/

µPD703101/

µPD703102/

µPD70F3102/

Part number

µPD703100-A^★

µPD703101-A^★

µPD703102-A^★

µPD70F3102-A^★

CPU core

V850E

CPU performance (Dhrystone)

—

43 MIPS (33 MHz)

128K

(Flash memory)

On-chip ROM (bytes)

On-chip RAM (bytes)

96K

128K

4K

Address bus

External

24-bit

16-bit

0 to 7

Data bus

bus

interface

Programmable wait

Interrupt controller

32 × 32 → 64

External: 25, Internal: 47

0.03 to 0.06 µs (33 MHz)

0.09 µs (33 MHz)

0.025 to 0.05 µs

(40 MHz)

32 × 32 + 32 → 32

16 × 16 → 32

0.075 µs (40 MHz)

DSP

—

16 × 16 + 32 → 32

Timer/counter (RPU)

CSI

16-bit × 8 channels

2 channels

CSI/I²C

Serial

—

2 channels

—

CSI/UART

interface

UART

(SIO)

Dedicated baud rate

generator

3 channels

A/D converter

10-bit resolution × 8 channels

DMA controller

4 channels

Real-time output port

—

114

9

Input/output

Input

Port

Other peripheral function

Power save function

Operating frequency

Operating voltage

Memory access control function (Direct connectable various memory)

HALT/IDLE/STOP

2 to 40 MHz

2 to 33 MHz

Internal unit: 3.3 V, A/D converter: 5 V/3.3 V, External pin: 5 V/3.3 V

570 mW/

360 mW (40 MHz)

Power consumption (TYP.)

Package

470 mW/300 mW (33 MHz)

144-pin plastic LQFP (20 × 20 mm)

157-pin plastic FBGA (14 × 14 mm)

Real-time OS, task debugger, C compiler, debugger, system performance analyzer,

device file, in-circuit emulator

Development tools

Applications

Printers, facsimiles, PPCs, digital still cameras, video printers, DVD systems, etc.

★: Under development

: Except µPD703100, 703101, 703102, 70F3102

Selection Guide X10679EJHV0SG00

99

Microcomputer

32-Bit Single-Chip Microcontroller

V850 Family

■ V850/SA1^TM

µPD703015/

µPD703015Y

µPD703017^★/

µPD703017Y^★

µPD70F3017^★/

µPD70F3017Y^★

Part number

CPU core

V850

CPU performance (Dhrystone)

19 MIPS (17 MHz)

256K

(Flash memory)

On-chip ROM (bytes)

On-chip RAM (bytes)

128K

4K

256K

8K

Address bus

External

22-bit

Data bus

bus

interface

16-bit

0 to 3

Programmable wait

Interrupt controller

32 × 32 → 64

External: 8, Internal: 23

—

32 × 32 + 32 → 32

16 × 16 → 32

—

DSP

0.059 to 0.118 µs (17 MHz)

0.177 µs (17 MHz)

16-bit × 2 channels

16 × 16 + 32 → 32

Timer/counter (RPU)

8-bit × 4 channels (Cascade connection supported)

CSI

CSI/I²C

2 channels/1 channel

0 channels/1 channel

2 channels/1 channel

0 channels/1 channel

1 channel

2 channels/1 channel

0 channels/1 channel

Serial

CSI/UART

interface

UART

(SIO)

1 channel

Dedicated baud rate

generator

A/D converter

2 channels (UART only)

10-bit resolution × 12 channels

DMA controller

3 channels (internal RAM ←→ internal peripheral I/O)

Real-time output port

8-bit × 1 or 4-bit × 2

Input/output

Input

72

13

Port

Watch timer: 1 channel

Watchdog timer: 1 channel

Other peripheral function

Power save function

Operating frequency

HALT/IDLE/STOP

1 to 17 MHz (main clock, 3 V)

32.768 kHz (subclok)

Operating voltage

2.7 to 3.6 V

Power consumption (TYP.)

30 mW (main clock: 10 MHz, 3 V)

100-pin plastic LQFP (14 × 14 mm)

121-pin plastic FBGA (12 × 12 mm)

Package

Real-time OS, task debugger, C compiler, debugger, system performance analyzer,

device file, in-circuit emulator

Development tools

Portable equipment such as camcorders, PHS (Personal Handyphone System), digital still

cameras, cellular phones, portable MDs, etc.

Applications

★: Under development

100

Selection Guide X10679EJHV0SG00

Microcomputer

32-Bit Single-Chip Microcontroller

V850 Family

■ V850/SB1^TM, V850/SB2^TM

★

µPD703033

/

µPD70F3033

/

µPD70F3035

/

Part number

★

µPD703033Y

µPD70F3033Y

µPD70F3035Y

Alias

V850/SB1^TM

V850/SB2^TM

CPU core

V850

CPU performance (Dhrystone)

On-chip ROM (bytes)

22 MIPS (20 MHz)

256K (Flash memory)

256K

16K

Address bus

External

22-bit

16-bit

0 to 3

Data bus

bus

interface

Programmable wait

External: 8,

Internal: 30 (31 for Y products)

External: 8

Internal: 32 (33 for Y products)

Interrupt controller

32 × 32 → 64

—

32 × 32 + 32 → 32

16 × 16 → 32

—

DSP

0.050 to 0.100 µs (20 MHz)

0.150 µs (20 MHz)

16-bit × 2 channels

16 × 16 + 32 → 32

Timer/counter (RPU)

CSI

8-bit × 6 channels (Cascade connection supported)

3 channels/1 channel

0 channels/2 channels

3 channels/1 channel

0 channels/2 channels

2 channels

3 channels/1 channel

0 channels/2 channels

CSI/I²C

Serial

CSI/UART

interface

(SIO)

UART

—

Dedicated baud rate

generator

3 channels

A/D converter

10-bit resolution × 12 channels

DMA controller

6 channels (internal RAM ←→ internal peripheral I/O)

Real-time output port

8-bit × 1 or 4-bit × 2

Input/output

Input

71

12

Port

Watch timer: 1 channel

Watchdog timer: 1 channel

IEBus (Simple version)

Watch timer: 1 channel

Watchdog timer: 1 channel

Other peripheral function

Power save function

Operating frequency

HALT/IDLE/STOP

2 to 20 MHz (main clock)

32.768 kHz (subclock)

Operating voltage

4.5 to 5.5 V

Power consumption (TYP.)

40 mW (target value) (main clock: 5 V, 10 MHz)

100-pin plastic LQFP (14 × 14 mm)

100-pin plastic QFP (14 × 20 mm)

Package

Real-time OS, task debugger, C compiler, debugger, system performance analyzer,

device file, in-circuit emulator

Development tools

Applications

AV equipment such as car audio systems, TVs, and VCRs, and other applications

★: Under development

Selection Guide X10679EJHV0SG00

101

Microcomputer

32-Bit Single-Chip Microcontroller

V850 Family

■ V854^TM

★

µPD703006

µPD703008

µPD703008Y

µPD70F3008 /

Part number

★

µPD70F3008Y

CPU core

V850

128K

CPU performance (Dhrystone)

—

29 MIPS (25 MHz)

38 MIPS (33 MHz)

18 MIPS (16 MHz)

128K

(Flash memory)

On-chip ROM (bytes)

On-chip RAM (bytes)

4K

Address bus

External

24-bit

16-bit

0 to 3

bus

Data bus

interface

Programmable wait

Interrupt controller

32 × 32 → 64

External: 22, Internal: 31

—

32 × 32 + 32 → 32

DSP

0.03 to 0.06 µs

0.04 to 0.08 µs

0.03 to 0.06 µs

0.06 to 0.12 µs

16 × 16 → 32

(33 MHz)

(25 MHz)

(33 MHz)

(16 MHz)

16 × 16 + 32 → 32

0.09 µs (33 MHz)

0.12 µs (25 MHz)

0.09 µs (33 MHz)

0.18 µs (16 MHz)

24-bit × 2 channels

16-bit × 6 channels

Timer/counter (RPU)

CSI

CSI/I²C

3 channels

0 channels

3 channels

0 channels

2 channels

1 channel

3 channes/2 channels

0 channels/1 channel

Serial

CSI/UART

interface

1 channel

—

UART

(SIO)

Dedicated baud rate

generator

4 channels

A/D converter

8-bit resolution × 16 channels

DMA controller

—

Real-time output port

8

Input/output

Input

96

Port

16

Other peripheral function

Power save function

Operating frequency

Operating voltage

PWM: 4 channels (12 to 16-bit resolution)

HALT/IDLE/STOP

2 to 33 MHz (3.3 V)

3.0 to 3.6 V

2 to 25 MHz (3 V)

2.7 to 3.6 V

2 to 33 MHz (3.3 V)

3.0 to 3.6 V

2 to 16 MHz (3.3 V)

3.1 to 3.6 V

195 mW

(3.3 V, 33 MHz)

120 mW

(3 V, 25 MHz)

195 mW

(3.3 V, 33 MHz)

136 mW

(3.3 V, 16 MHz)

Power consumption (TYP.)

Package

144-pin plastic LQFP (20 × 20 mm)

Real-time OS, task debugger, C compiler, debugger, simulator, system performance analyzer,

device file, in-circuit emulator

Development tools

Low-voltage-operation equipment including camcorders, VCRs, cellular phones, PDAs, and

digital still cameras

Applications

★: Under development

102

Selection Guide X10679EJHV0SG00

Microcomputer

32-Bit Single-Chip Microcontroller

V850 Family

■ V853^TM

µPD703003/

Part number

µPD703004A^★

µPD70F3003

µPD70F3003A^★µPD703025A^★µPD70F3025A^★

µPD703003A^★

CPU core

V850

CPU performance (Dhrystone)

38 MIPS (33 MHz)

29 MIPS (25 MHz)

38 MIPS (33 MHz)

256K

128K

(Flash memory)

256K

(Flash memory)

On-chip ROM (bytes)

128K

96K

On-chip RAM (bytes)

4K

8K

Address bus

External

20-bit

Data bus

16-bit

bus

interface

Programmable wait

0 to 3

Interrupt controller

32 × 32 → 64

External: 17, Internal: 32

—

32 × 32 + 32 → 32

16 × 16 → 32

DSP

0.03 to 0.06

µs (33 MHz)

16 × 16 + 32 → 32

0.09 s (33 MHz)

µ

Timer/counter (RPU)

16 bit × 5 channels

CSI

2 channels

CSI/I²C

—

2 channels

—

Serial

interface

(SIO)

CSI/UART

UART

Dedicated baud rate

generator

A/D converter

3 channels

10-bit resolution × 8 channels

DMA controller

—

67

8

Real-time output port

Input/output

Input

Port

PWM: 4 ch (8/9/10/12-bit resolution)

D/A converter: 2 channels

Other peripheral function

Power save function

Operating frequency

Operating voltage

HALT/IDLE/STOP

5 to 33 MHz (5 V)

4.5 to 5.5 V

5 to 25 MHz (5 V)

4.75 to 5.25 V

5 to 33 MHz (5 V)

4.5 to 5.5 V

450 mW/365 mW

(5 V, 33 MHz)

365 mW

(5 V, 33 MHz)

385 mW

(5 V, 25 MHz)

425 mW

(5 V, 33 MHz)

450 mW

(5 V, 33 MHz)

480 mW

(5 V, 33 MHz)

Power consumption (TYP.)

100-pin plastic

LQFP

100-pin plastic

QFP

Package

100-pin plastic LQFP (14 × 14 mm)

(14 × 14 mm)

Real-time OS, task debegger, C compiler, debugger, simulator, system performance analyzer,

device file, in-circuit emulator

Development tools

Applications

HDDs, PPCs, VCRs, motor control, robots, LBPs, printers, NC machine tools,

single-lens reflex cameras, digital still cameras, etc.

: • 100-pin plastic QFP (14 × 14 mm)

• 100-pin plastic LQFP (14 × 14 mm)

★: Under development

Selection Guide X10679EJHV0SG00

103

Microcomputer

32-Bit Single-Chip Microcontroller

V850 Family

■ V852^TM

Part number

µPD703002

µPD70P3002

CPU core

V850

CPU performance (Dhrystone)

On-chip ROM (bytes)

On-chip RAM (bytes)

29 MIPS (25 MHz)

90K

90K (PROM)

3K

Address bus

External

24-bit

Data bus

16-bit

bus

interface

Interrupt controller

32 × 32 → 64

Programmable wait

0 to 3

External: 9, Internal: 16

—

32 × 32 + 32 → 32

16 × 16 → 32

DSP

0.04 to 0.08

µs (25 MHz)

16 × 16 + 32 → 32

0.12 s (25 MHz)

µ

Timer/counter (RPU)

16-bit × 2 channels

CSI

CSI/I²C

3 channels

—

Serial

CSI/UART

interface

—

UART

(SIO)

1 channel

Dedicated baud rate

generator

A/D converter

2 channels

—

DMA controller

—

Real-time output port

—

Input/output

Input

67

1

Port

Other peripheral function

Power save function

Operating frequency

Operating voltage

—

HALT/IDLE/STOP

3 to 25 MHz (5 V)

4.5 to 5.5 V

250 mW

(5 V, 25 MHz)

320 mW

(5 V, 25 MHz)

Power consumption (TYP.)

Package

• 100-pin plastic QFP (14 × 14 mm)

• 100-pin plastic LQFP (14 × 14 mm)

100-pin plastic QFP (14 × 14 mm)

Real-time OS, task debugger, C compiler, debugger, simulator, system performance

analyzer, device file, in-circuit emulator

Development tools

Applications

HDDs, PPCs, VCRs, motor control, robots, LBPs, printers, NC machine tools, digital phones,

engine control, etc.

104

Selection Guide X10679EJHV0SG00

Microcomputer

64-Bit Microprocessor

TM

VR Series

■ VR Series Road Map

MIPS

VR

12000^TM-300

VR10000-250

VR

5464^TM-200

VR

10000^TM-200

VR5000-250

500

VR

5000^TM-200

V

R

5432^TM-167

4310^TM-167

4121^TM-168/131

4111^TM-90/70

4102^TM-49

VR4400-250

V

R

High Performance

VR4400-200/100

VR

VR4300-133

VR

4400^TM-150/75

32-bit bus

4300^TM-100

200

V

R

VR

4305^TM-80

V

R

High cost performance/

low power consumption

64-bit RISC

4000^TM-100/50

V

R

VR

4200^TM-80/40

Low power consumption

PDA

V

R

4100^TM-40

VR

4101^TM-33

Low cost / Low powet

93 94

Under development

92

95

96

97

98

99

Selection Guide X10679EJHV0SG00

105

Microcomputer

64-Bit Microprocessor

VR Series

■ VR Series Products (1/2)

★

Part number

Alias

µPD30121

V^R4121

µPD30200

µPD30210

µPD30500

VR4300

VR4305

80 MHz

VR4310

VR5000

100 MHz

133 MHz

200 MHz

250 MHz

Internal frequency

Operating voltage

Cache size

131 MHz 168 MHz

167 MHz

External: 3.3 V

Internal: 2.5 V

3.3 V

Instruction: 16K bytes

Data: 8K bytes

Instruction: 16K bytes

Data: 8K bytes

Instruction: 32K bytes

Data: 32K bytes

177 MIPS

80 SPECint92

60 SPECfp92

106 MIPS

48 SPECint92

36 SPECfp92

222 MIPS

100 SPECint92

75 SPECfp92

391 MIPS

6.8 SPECint95

6.8 SPECfp95

Performance

163 MIPS 208 MIPS

CPU core: VR4120^TM

On-chip peripheral

function ideal for

PDAs

Software compatible

with V^R4300

32-bit external bus

High-speed floating-

point operation

Software compatible with V^R4000 Series

32-bit external bus

High-speed floating-point operation

Two-way superscalar

On-chip large primary

cache

On-chip secondary

cache interface

High-speed

Features

processing by 168

MHz operation and

0.25 µm process rule

Low power

consumption design

272-pin plastic BGA

223-pin ceramic PGA

Package

224-pin plastic FBGA

120-pin plastic QFP

High-end embedded

equipment for color

LBPs, network routers,

etc

Embedded equipment for LBP, and game machines

PDAs such as

handheld PCs and

palm-size PCs

Applications

★: Under development

■ VR Series Products (2/2)

★

Part number

Alias

µPD30540

µPD30541

VR5432

µPD30700

µPD30710

VR12000

300 MHz

2.6 V

V^R5464

VR10000

Internal frequency

Operating voltage

200 MHz

167 MHz

200 MHz

3.3 V

250 MHz

2.6 V

External: 3.3 V, Internal: 2.5 V

Instruction: 32K bytes

Data: 32K bytes

Instruction: 32K bytes

Data: 32K bytes

Cache size

309 MIPS

7 SPECint95

4 SPECfp95

258 MIPS

6.6 SPECint95

3.6 SPECfp95

9.0 SPECint95

19.0 SPECfp95

14 SPECint95

23 SPECfp95

16.8 SPECint95

27.8 SPECfp95

Performance

Five-way superscalar

On-chip FPU and MMU

On-chip multiprocessor and secondary cache interface

Two-way superscalar

On-chip large primary cache with line-lock

function

Features

Hardware debugging function

Package

272-pin plastic BGA

208-pin plastic QFP

599-pin ceramic LGA

High-end embedded equipment for color

LBPs and STB, etc.

Applications

Advanced WSs, servers

★: Under development

106

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

75XL Series Software Tools

■ List of Software Tools

Host machine

Software tool name

Relocatable assembler RA75X

IE control program IE75X

PC-9800 Series

TM

IBM PC/AT and compatibles

PC98-NX Series

■ List of Device Files

Target device

µPD750004

µPD750006

µPD750008

µPD750104

µPD750106

µPD750108

µPD750064

µPD750066

µPD750068

µPD753012A

µPD753016A

µPD753017A

Device file name

Target device

Device file name

DF753036

Target device

µPD754144

Device file name

DF754244

DF750008

µPD753036

µPD754244

µPD753104

µPD753106

µPD753108

µPD753204

µPD753206

µPD753208

µPD753304

DF753108

DF753208

DF753304

µPD754202

µPD754264

DF754202

DF754264

DF754304

DF750068

DF753017

µPD754302

µPD754304

Selection Guide X10679EJHV0SG00

107

Microcomputer

Development Tools

75XL Series Hardware Tools

■ Common Hardware Tools

Tool name

Product name

In-circuit emulator

Emulation board

IE-75001-R

IE-75300-R-EM

■ List of Hardware Tools

Conversion socket/

Target device

Emulation probe

Conversion adapter/

Flexible board

Device name

Package

µPD750004

µPD750006

µPD750008

µPD750104

µPD750106

µPD750108

µPD750064

µPD750066

µPD750068

µPD753012A

µPD753016A

µPD753017A

µPD753036

42-pin SDIP (600 mil)

EP-75008CU-R

EP-75008GB-R

–

44-pin QFP (10 × 10)

EV-9200G-44

42-pin SDIP (600 mil)

EP-75008CU-R

EP-75008GB-R

–

44-pin QFP (10 × 10)

EV-9200G-44

42-pin SDIP (600 mil)

42-pin SSOP (375 mil)

EP-750068CU-R

EP-750068GT-R

–

EV-9500GT-42

80-pin QFP (14 × 14)

EP-753017GC-R

EP-753017GK-R

EV-9200GC-80

TGK-080SDW

80-PIN TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

EP-75336GC-R

EP-75336GK-R

EV-9200GC-80

TGK-080SDW

µPD753104

µPD753106

µPD753108

µPD753204

µPD753206

µPD753208

µPD753304

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

48-pin SSOP (375 mil)

EP-753108GC-R

EP-753108GK-R

EP-753208GT-R

EV-9200GC-64

TGK-064SBW

EV-9500GT-48

42-pin SDIP (600 mil)

(ES only)

EP-753304DU-R

(ES only)

–

µPD754144

µPD754244

µPD754264

µPD754202

20-pin SOP (300 mil)

20-pin SSOP (300 mil)

20-pin SOP (300 mil)

20-pin SSOP (300 mil)

36-pin SSOP (300 mil)

EP-754144GS-R

EV-9501GS-20

EV-9500GS-20

EV-9501GS-20

EV-9500GS-20

EV-9500GS-36

EP-754144GS-R

EP-754304GS-R

µPD754302

µPD754304

: This is a product of Tokyo Eletech Corporation.

108

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

17K Series Software Tools

■ List of Software Tools

Host machine

PC-9800 Series

Software tool name

Relocatable assembler RA17K

TM

IBM PC/AT and compatibles

PC98-NX Series

C-like compiler emlC-17K

Integrated debugger SIMPLEHOST

TM

■ List of Device Files

Target device

µPD17001

Device file name

AS17001

Target device

µPD17053

µPD17062

µPD17068

µPD17071

µPD17072

µPD17073

µPD17704

µPD17705

µPD17707

µPD17708

µPD17709

µPD17717

µPD17718

µPD17719

Device file name

AS17053

Target device

µPD17933A

µPD17934A

µPD17201A

µPD17203A

µPD17204

µPD17207

µPD17225

µPD17226

µPD17227

µPD17228

µPD17235^★

µPD17236^★

Device file name

AS17934

AS17062

AS17068

AS17071

µPD17003A

µPD17005

AS17003

AS17005

AS17010

AS17201

AS17203

AS17204

AS17207

AS17225

µPD17010

AS17707

µPD17012

µPD17015

AS17012

AS17015

AS17016

AS17235^★

µPD17016

µPD17017

★: Under development

Selection Guide X10679EJHV0SG00

109

Microcomputer

Development Tools

17K Series Hardware Tools

■ Common Hardware Tools

Tool name

Product name

In-circuit emulator

IE-17K

IE-17K-ET

EMU-17K

: This is a product of I.C Corporation.

■ List of Hardware Tools (1/2)

Conversion socket/

Conversion adapter/

Flexible board

Target device

SE board

Emulation probe

Device name

Package

48-pin QFP

µPD17001

µPD17003A

µPD17005

µPD17010

µPD17012

µPD17015

µPD17016

µPD17017

µPD17053

µPD17062

SE-17001

SE-17010

SE-17012

SE-17015

SE-17010

EP-17001GH

EV-9200GH-48

EV-9200G-80

80-pin QFP

64-pin QFP

38-pin SSOP

80-pin QFP

EP-17003GF

EP-17202GF

EP-17K38GT

EP-17003GF

EV-9200G-80

EV-9200G-64

EV-9500GT-38

EV-9200G-80

64-pin SDIP

48-pin SDIP

64-pin QFP

100-pin QFP

56-pin QFP

SE-17053

SE-17002

EP-17052CW

–

EP-17002CU

EP-17002GC

EV-9200GC-64

EV-9200GF-100

TGB-056SBW

µPD17068

µPD17071

µPD17072

µPD17073

SE-17008

SE-17072

EP-17068GF

EP-17K56GB -1

(Bend lead package)

EP-17K56GB-2

(Inverted lead package)

64-pin TQFP

EP-17K64GB

TGB-064SDP

: This is a product of Tokyo Eletech Corporation.

110

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

17K Series Hardware Tools

■ List of Hardware Tools (2/2)

Conversion socket/

Target device

SE board

SE-17709

Emulation probe

Conversion adapter/

Flexible board

Device name

Package

80-pin QFP

µPD17704

µPD17705

µPD17707

µPD17708

µPD17709

µPD17717

µPD17718

µPD17719

µPD17933A

µPD17934A

µPD17201A

µPD17203A

µPD17204

µPD17207

µPD17225

µPD17226

µPD17227

µPD17228

µPD17235^★

µPD17236^★

EP-17K80GC

EV-9200GC-80

80-pin QFP

SE-17934

EP-17K80GK

TGB-080SDP

80-pin QFP (14 × 20)

52-pin QFP (14 × 20)

SE-17207

SE-17204

EP-17201GF

EP-17203GC

EV-9200G-80

EV-9200G-52

80-pin QFP (14 × 20)

28-pin SDIP (400 mil)

28-pin SOP (375 mil)

30-pin SSOP (300 mil)

SE-17207

SE-17225

EP-17201GF

EP-17K28CT

EP-17K28GT

EP-17K30GS^★

EV-9200G-80

–

EV-9500GT-28

EV-9500GT-30

28-pin SOP (375 mil)

30-pin SSOP (300 mil)

SE-17235^★

EP-17K28GT

EP-17K30GS^★

EV-9500GT-28

EV-9500GT-30

★: Under development

: This is a product of Tokyo Eletech Corporation.

Selection Guide X10679EJHV0SG00

111

Microcomputer

Development Tools

µPD6133, 6604, 63 Series Software Tools

■ List of Software Tools

Host machine

Product name

Absolute assembler AS6133

PC-9800 Series

IBM PC/AT and compatibles

PC98-NX Series

178K Series Software Tools

■ List of Device Files

Target device

µPD178002

Device file name

DF178018

Target device

µPD178023^★

µPD178024^★

µPD178046^★

µPD178048^★

Device file name

DF178134^★

Target device

µPD178076^★

µPD178078^★

µPD178096^★

µPD178098^★

Device file name

DF178098

µPD178003

µPD178004A

µPD178006A

µPD178016A

µPD178018A

DF178048^★

★: Under development

Software tools other than device files are common to the 178K Series and the 78K/0 Series. See 78K/0 Series List

of Software Tools for details.

112

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

178K Series Hardware Tools

(1) When using the in-circuit emulator IE-78K0-NS

■ Common Hardware Tools (When using IE-78K0-NS)

Tool name

In-circuit emulator

Product name

IE-78K0-NS

Performance board

Power supply unit

Interface adapter

IE-78K0-NS-PA^★

IE-70000-MC-PS-B

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-PCI-IF

IE-70000-CD-IF-A

for C bus of PC-9800 Series

for ISA bus of PC/AT and compatibles

for PCI bus

for PCMCIA socket

★: Under development

■ List of Hardware Tools (When using IE-78K0-NS)

Conversion socket/

Conversion adapter/

Flexible board

Target device

Package

Emulation board

I/O board

Emulation probe

Device name

1

µPD178002

80-pin QFP (14 × 14)

IE-178018-NS-EM1

NP-80GC

EV-9200GC-80

µPD178003

1

µPD178004A

µPD178006A

µPD178016A

µPD178018A

µPD178023^★

µPD178024^★

µPD178046^★

µPD178048^★

µPD178076^★

µPD178078^★

µPD178096^★

µPD178098^★

80-pin QFP (14 × 14)

NP-80GC

EV-9200GC-80

80-pin QFP (14 × 20)

80-pin QFP (14 × 14)

64-pin SDIP (750 mil)

80-pin TQFP (12 × 12)

100-pin QFP (14 × 20)

IE-178134-NS-EM1^★

IE-178048-NS-EM1^★

IE-178098-NS-EM1

NP-80GF

EV-9200G-80

EV-9200GC-80

–

1

NP-80GC

1

NP-64CW

1

2

NP-80GK

TGK-080SDW

1

NP-100GF

EV-9200GF-100

1

100-pin QFP (14 × 20)

NP-100GF

EV-9200GF-100

1: This is a product of Natio Densei Machida Mfg. Co., Ltd.

2: This ia a product of Tokyo Eletech Corporation.

★: Under development

Selection Guide X10679EJHV0SG00

113

Microcomputer

Development Tools

178K Series Hardware Tools

(2) When using the in-circuit emulator IE-78001-R-A

■ Common Hardware Tools (When using IE-78001-R-A)

Tool name

In-circuit emulator

Interface adapter

Product name

IE-78001-R-A

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-PCI-IF

for C bus of PC-9800 Series

for ISA bus of PC/AT and compatibles

for PCI bus

■ List of Hardware Tools (When using IE-78001-R-A)

Emulation board

Conversion socket/

Conversion adapter/

Flexible board

Target device

Package

I/O board

Emulation probe

EP-78230GC-R

Device name

Emulation probe conversion board

IE-178018-R-EM

µPD178002

80-pin QFP (14 × 14)

EV-9200GC-80

µPD178003

µPD178004A

µPD178006A

µPD178016A

µPD178018A

µPD178023^★

µPD178024^★

µPD178046^★

µPD178048^★

µPD178076^★

µPD178078^★

µPD178096^★

µPD178098^★

80-pin QFP (14 × 14)

IE-178018-R-EM

EV-9200GC-80

80-pin QFP (14 × 20)

80-pin QFP (14 × 14)

64-pin SDIP (750 mil)

80-pin TQFP (12 × 12)

100-pin QFP (14 × 20)

IE-178134-NS-EM1^★

IE-78K0-R-EX1

EP-78130GF-R

EP-78230GC-R

EV-9200G-80

EV-9200GC-80

Not supported. Use IE-78K0-NS for these devices.

IE-178098-NS-EM1

IE-78K0-R-EX1

EP-78064GF-R

EV-9200GF-100

100-pin QFP (14 × 20)

IE-178098-NS-EM1

IE-78K0-R-EX1

★: Under development

114

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

78K/0S Series Software Tools

■ List of Software Tools

Host machine

PC-9800 Series

Software tool name

Assembler package RA78K0S

C compiler CC78K0S

IBM PC/AT and compatibles

PC98-NX Series

C library source file CC78K0S-L

Integrated debugger ID78K0S-NS

System simulator SM78K0S

Embedded OS MX78K0S

EWS

Assembler package RA78K0S

C compiler CC78K0S

C library source file CC78K0S-L

■ List of Device Files

Subseries name

µPD789167^★

µPD789177^★

µPD789407A

µPD789417A

µPD789800

Device file name

DF789178

Subseries name

µPD789014

Device file name

DF789014

µPD789026

DF789026

DF789418

µPD789046

DF789046

µPD789104A^★

µPD789114A^★

µPD789124A^★

µPD789134A^★

DF789134

DF789801

DF789831

DF789842

µPD789830^★

µPD789842^★

★: Under development

Selection Guide X10679EJHV0SG00

115

Microcomputer

Development Tools

78K/0S Series Hardware Tools

■ Common Hardware Tools

Tool name

Product name

In-circuit emulator

Power supply unit

Interface adapter

IE-78K0S-NS

IE-70000-MC-PS-B

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-PCI-IF

IE-70000-CD-IF-A

for C bus of PC-9800 Series

for ISA bus of PC/AT and compatibles

for PCI bus

for PCMCIA socket

■ List of Hardware Tools (1/2)

Conversion socket/

Target device

Emulation board

Emulation probe

Conversion adapter/

Subseries name

Package

Flexible board

µPD789014

28-pin SDIP (400 mil)

28-pin SOP (375 mil)

IE-789014-NS-EM1

NP-28CT

NP-28GT

–

AXS628119P

AXS662821

µPD789026

42-pin SDIP (600 mil)

44-pin QFP (10 × 10)

28-pin SDIP (400 mil)

30-pin SSOP (300 mil)

IE-789026-NS-EM1

NP-42CU

NP-44GB

NP-28CT

NP-36GS

–

EV-9200G-44

µPD789046

µPD789104A^★

IE-789046-NS-EM1

IE-789136-NS-EM1

EV-9200G-44

–

NGS-30

(attached to NP-36GS )

µPD789114A^★

µPD789124A^★

28-pin SDIP (400 mil)

30-pin SSOP (300 mil)

IE-789136-NS-EM1

NP-28CT

NP-36GS

–

NGS-30

(attached to NP-36GS )

–

28-pin SDIP (400 mil)

30-pin SSOP (300 mil)

NP-28CT

NP-36GS

NGS-30

(attached to NP-36GS )

★: Under development

: This is a product of Naito Densei Machida Mfg. Co., Ltd.

116

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

78K/0S Series Hardware Tools

■ List of Hardware Tools (2/2)

Conversion socket/

Conversion adapter/

Flexible board

–

Target device

Emulation board

Emulation probe

Subseries name

Package

µPD789134A^★

28-pin SDIP (400 mil)

30-pin SSOP (300 mil)

IE-789136-NS-EM1

NP-28CT

1

NP-36GS

NGS-30

1

(attached to NP-36GS

EV-9200G-44

)

µPD789167^★

µPD789177^★

µPD789407A

44-pin QFP (10 × 10)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

42-pin SDIP (600 mil)

44-pin QFP (10 × 10)

88-pin bare chip

IE-789177-NS-EM1^★

IE-789418-NS-EM1

NP-44GB

NP-80GC

NP-80GK

NP-80GC

NP-80GK

NP-42CU

NP-44GB

1

EV-9200G-44

EV-9200GC-80

2

TGK-080SDW

µPD789417A

µPD789800

IE-789418-NS-EM1

IE-789801-NS-EM1

IE-789831-NS-EM1

IE-789840-NS-EM1

EV-9200GC-80

2

TGK-080SDW

–

EV-9200G-44

–

µPD789830^★

µPD78F9831^★

µPD789842^★

–

1

2

100-pin LQFP (14 × 14)

44-pin QFP (10 × 10)

NP-100GC

TGC-100SDW

1

NP-44GB

EV-9200G-44

★: Under development

: This is a product of Naito Densei Machida Mfg. Co., Ltd.

: This is a product of Tokyo Eletech Corporation.

1

2

Selection Guide X10679EJHV0SG00

117

Microcomputer

Development Tools

78K/0 Series Software Tools

■ List of Software Tools

Host machine

PC-9800 Series

Software tool name

Assembler package RA78K0

IBM PC/AT and compatibles

PC98-NX Series

C compiler CC78K0

C library source file CC78K0-L

Integrated debugger ID78K0-NS

Integrated debugger ID78K0

System simulator SM78K0

Real-time OS RX78K/0

Embedded OS MX78K0

Assembler package RA78K0

C compiler CC78K0

EWS

C library source file CC78K0-L

Integrated debugger ID78K0

■ List of Device Files

Subseries name

µPD78078

Device file name

DF78078

Subseries name

µPD78018F

µPD78018FY

µPD78014H

µPD78044F

µPD78044H

µPD78054

Device file name

DF78014

Subseries name

µPD780232

Device file name

DF780233

µPD78078Y

µPD78075B

µPD78083

µPD780308

DF780308

µPD780308Y

µPD780701Y^★

µPD780833Y^★

µPD780948^★

µPD780955^★

µPD780958^★

µPD780973^★

µPD780988

(µSxxxxDF78064)

DF780701^★

DF780831^★

DF780948^★

DF780955

DF78083

DF78098

DF780018

DF780024

DF78044

DF78054

DF78064

µPD78098B

µPD780018AY

µPD780024A

µPD780024AY

µPD780034A

µPD780034AY

µPD780058

µPD780058Y^★

µPD780065^★

µPD780208

µPD78054Y

µPD78058F

µPD78058FY

µPD78064

DF780958^★

DF780034

DF780058

DF780974

DF780988

µPD78064Y

µPD78064B

µPD78070A

µPD78070AY

DF780066^★

DF780208

DF78078

★: Under development

118

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

78K/0 Series Hardware Tools

(1) When using the in-circuit emulator IE-78K0-NS

■ Common Hardware Tools (When using IE-78K0-NS)

Tool name

In-circuit emulator

Product name

IE-78K0-NS

Performance board

Power supply unit

Interface adapter

IE-78K0-NS-PA^★

IE-70000-MC-PS-B

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-PCI-IF

IE-70000-CD-IF-A

for C bus of PC-9800 Series

for ISA bus of PC/AT and compatibles

for PCI bus

for PCMCIA socket

★: Under development

■ List of Hardware Tools (When using IE-78K0-NS) (1/3)

Conversion socket/

Conversion adapter/

Flexible board

–

Target device

Package

Emulation board

I/O board

Emulation probe

Subseries name

1

µPD78018F

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

80-pin QFP (14 × 20)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

IE-78018-NS-EM1

NP-64CW

1

NP-64GC

NP-64GK

NP-64CW

NP-64GC

NP-64GK

NP-64CW

NP-64GC

NP-64GK

NP-80GF

NP-80GC

NP-80GK

NP-80GC

NP-80GK

NP-80GC

EV-9200GC-64

2

TGK-064SBW

1

µPD78018FY

µPD78014H

IE-78018-NS-EM1

–

1

EV-9200GC-64

2

TGK-064SBW

1

–

1

EV-9200GC-64

2

TGK-064SBW

2

µPD78044F

µPD78044H

µPD78054

IE-78048-NS-EM1

IE-780308-NS-EM1

TGF-080RAW

2

TGF-080RAW

EV-9200GC-80

2

TGK-080SDW

µPD78054Y

EV-9200GC-80

2

TGK-080SDW

µPD78058F

EV-9200GC-80

µPD78058FY

: This is a product of Naito Densei Machida Mfg. Co., Ltd.

: This is a product of Tokyo Eletech Corporation.

1

2

Selection Guide X10679EJHV0SG00

119

Microcomputer

Development Tools

78K/0 Series Hardware Tools

■ List of Hardware Tools (When using IE-78K0-NS) (2/3)

Conversion socket/

Conversion adapter/

Flexible board

Target device

Package

Emulation board

I/O board

Emulation probe

Subseries name

1

µPD78064

100-pin SDIP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

42-pin SDIP (600 mil)

44-pin QFP (10 × 10)

80-pin QFP (14 × 14)

100-pin QFP (14 × 20)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

IE-780308-NS-EM1

NP-100GF

EV-9200GF-100

1

2

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

TGC-100SDW

µPD78064Y

µPD78064B

µPD78070A

µPD78070AY

µPD78078

IE-780308-NS-EM1

IE-78078-NS-EM1

EV-9200GF-100

2

TGC-100SDW

EV-9200GF-100

2

TGC-100SDW

EV-9200GF-100

2

TGC-100SDW

EV-9200GF-100

2

TGC-100SDW

EV-9200GF-100

2

TGC-100SDW

µPD78078Y

µPD78075B

µPD78083

EV-9200GF-100

2

TGC-100SDW

EV-9200GF-100

2

TGC-100SDW

1

NP-42CU

NP-44GB

–

1

EV-9200G-44

µPD78098B

Not supported. Use IE-78001-R-A for these devices.

1

µPD780018AY

µPD780024A

IE-780018-NS-EM1

IE-780034-NS-EM1

NP-100GF

NP-64CW

EV-9200GF-100

–

1

NP-64GC

NP-64GK

NP-64CW

NP-64GC

NP-64GK

NP-64CW

NP-64GC

NP-64GK

NP-64CW

NP-64GC

NP-64GK

EV-9200GC-64

1

2

TGK-064SBW

1

µPD780024AY

µPD780034A

µPD780034AY

IE-780034-NS-EM1

–

1

EV-9200GC-64

1

2

TGK-064SBW

1

–

1

EV-9200GC-64

2

TGK-064SBW

1

–

1

EV-9200GC-64

2

TGK-064SBW

: This is a product of Naito Densei Machida Mfg. Co., Ltd.

: This is a product of Tokyo Eletech Corporation.

1

2

120

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

78K/0 Series Hardware Tools

■ List of Hardware Tools (When using IE-78K0-NS) (3/3)

Conversion socket/

Conversion adapter/

Flexible board

Target device

Package

Emulation board

I/O board

Emulation probe

Subseries name

1

µPD780058

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

IE-780308-NS-EM1

NP-80GC

EV-9200GC-80

1

2

NP-80GK

NP-80GC

NP-80GK

NP-80GC

TGK-080SDW

µPD780058Y^★

µPD780065^★

IE-780308-NS-EM1

EV-9200GC-80

2

TGK-080SDW

IE-780066-NS-EM4^★

IE-78K0-NS-P01

EV-9200GC-80

1

µPD780208

µPD780232

100-pin QFP (14 × 20)

80-pin QFP (14 × 14)

IE-780208-NS-EM1

IE-780233-NS-EM4^★

IE-78K0-NS-P01

NP-100GF

EV-9200GF-100

EV-9200GC-80

1

NP-80GC

1

µPD780308

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

80-pin QFP (14 × 14)

IE-780308-NS-EM1

NP-100GF

NP-100GC

NP-100GF

NP-100GC

EV-9200GF-100

1

2

TGC-100SDW

1

µPD780308Y

IE-780308-NS-EM1

EV-9200GF-100

1

2

TGC-100SDW

µPD780701Y^★

µPD780833Y^★

IE-780701-NS-EM1^★

IE-780831-NS-EM4

IE-78K0-NS-P02

NP-80GC

EV-9200GC-80

1

µPD780948^★

µPD780955^★

100-pin QFP (14 × 20)

80-pin QFP (14 × 20)

Not supported. Use IE-78001-R-A for these devices.

We, NEC, will support each requirement for the development environment of this

subseries’ devices. Please contact an NEC sales representative.

µPD780958^★

100-pin LQFP (14 × 14)

IE-780958-NS-EM4^★

NP-100GC

TGC-100SDW

1

2

IE-78K0-NS-P01

µPD780973^★

µPD780988

80-pin QFP (14 × 20)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

IE-780974-NS-EM1^★

IE-780988-NS-EM4

IE-780K0-NS-P01

NP-80GF

NP-64CW

NP-64GC

EV-9200G-80

–

1

EV-9200GC-64

★: Under development

: This is a product of Naito Densei Machida Mfg. Co., Ltd.

: This is a product of Tokyo Eletech Corporation.

1

2

Selection Guide X10679EJHV0SG00

121

Microcomputer

Development Tools

78K/0 Series Hardware Tools

(2) When using the in-circuit emulator IE-78001-R-A

■ Common Hardware Tools (When using IE-78001-R-A)

Tool name

In-circuit emulator

Interface adapter

Product name

IE-78001-R-A

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-PCI-IF

for C bus of PC-9800 Series

for ISA bus of PC/AT and compatibles

for PCI bus

■ List of Hardware Tools (When using IE-78001-R-A) (1/3)

Emulation board

Target device

Conversion socket/

Conversion adapter/

Flexible board

–

I/O board

Emulation probe

Subseries name

Package

Emulation probe conversion board

IE-78014-R-EM-A

µPD78018F

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

80-pin QFP (14 × 20)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

EP-78240CW-R

EP-78240GC-R

EP-78012GK-R

EP-78240CW-R

EP-78240GC-R

EP-78012GK-R

EP-78240CW-R

EP-78240GC-R

EP-78012GK-R

EP-78130GF-R

EP-78230GC-R

EP-78054GK-R

EP-78230GC-R

EP-78054GK-R

EP-78230GC-R

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EV-9200GC-64

TGK-064SBW

–

µPD78018FY

µPD78014H

IE-78014-R-EM-A

EV-9200GC-64

TGK-064SBW

–

EV-9200GC-64

TGK-064SBW

EV-9200G-80

EV-9200GC-80

TGK-080SDW

EV-9200GC-80

TGK-080SDW

EV-9200GC-80

EV-9200GF-100

TGC-100SDW

EV-9200GF-100

TGC-100SDW

EV-9200GF-100

TGC-100SDW

µPD78044F

µPD78044H

µPD78054

IE-78044-R-EM

IE-780308-R-EM

µPD78054Y

IE-780308-R-EM

µPD78058F

µPD78058FY

µPD78064

IE-780308-R-EM

µPD78064Y

µPD78064B

IE-780308-R-EM

: This is a product of Tokyo Eletech Corporation.

122

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

78K/0 Series Hardware Tools

■ List of Hardware Tools (When using IE-78001-R-A) (2/3)

Emulation board

Target device

Conversion socket/

Conversion adapter/

Flexible board

EV-9200GF-100

TGC-100SDW

EV-9200GF-100

TGC-100SDW

EV-9200GF-100

TGC-100SDW

EV-9200GF-100

TGC-100SDW

EV-9200GF-100

TGC-100SDW

–

I/O board

Emulation probe

Subseries name

Package

Emulation probe conversion board

IE-78078-R-EM

µPD78070A

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

42-pin SDIP (600 mil)

44-pin QFP (10 × 10)

80-pin QFP (14 × 14)

100-pin QFP (14 × 20)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (14 × 14)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

64-pin SDIP (750 mil)

64-pin QFP (14 × 14)

64-pin LQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78083CU-R

EP-78083GB-R

EP-78230GC-R

EP-78064GF-R

EP-78240CW-R

EP-78240GC-R

EP-78012GK-R

EP-78240CW-R

EP-78240GC-R

EP-78012GK-R

EP-78240CW-R

EP-78240GC-R

EP-78012GK-R

EP-78240CW-R

EP-78240GC-R

EP-78012GK-R

EP-78230GC-R

EP-78054GK-R

EP-78230GC-R

EP-78054GK-R

µPD78070AY

µPD78078

IE-78078-R-EM

µPD78078Y

µPD78075B

µPD78083

EV-9200G-44

EV-9200GC-80

EV-9200GF-100

–

µPD78098B

IE-780908-R-EM

IE-780018-R-EM

IE-780034-NS-EM1

IE-78K0-R-EX1

µPD780018AY

µPD780024A

EV-9200GC-64

TGK-064SBW

–

µPD780024AY

µPD780034A

µPD780034AY

IE-780034-NS-EM1

IE-78K0-R-EX1

EV-9200GC-64

TGK-064SBW

–

IE-780034-NS-EM1

IE-78K0-R-EX1

EV-9200GC-64

TGK-064SBW

–

IE-780034-NS-EM1

IE-78K0-R-EX1

EV-9200GC-64

TGK-064SBW

EV-9200GC-80

TGK-080SDW

EV-9200GC-80

TGK-080SDW

µPD780058

IE-780308-R-EM

µPD780058Y^★

★: Under development

: This is a product of Tokyo Eletech Corporation.

Selection Guide X10679EJHV0SG00

123

Microcomputer

Development Tools

78K/0 Series Hardware Tools

■ List of Hardware Tools (When using IE-78001-R-A) (3/3)

Emulation board

Target device

Conversion socket/

Conversion adapter/

Flexible board

I/O board

Emulation probe

EP-78230GC-R

Subseries name

Package

Emulation probe conversion board

IE-780066-NS-EM4^★

IE-78K0-NS-P01

µPD780065^★

80-pin QFP (14 × 14)

EV-9200GC-80

IE-78K0-R-EX1

µPD780208

µPD780232

100-pin QFP (14 × 20)

80-pin QFP (14 × 14)

IE-780208-R-EM

IE-780233-NS-EM4^★

EP-78064GF-R

EP-78230GC-R

EV-9200GF-100

EV-9200GC-80

IE-78K0-NS-P01

IE-78K0-R-EX1

µPD780308

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

80-pin QFP (14 × 14)

IE-780308-R-EM

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78230GC-R

EV-9200GF-100

TGC-100SDW

EV-9200GF-100

TGC-100SDW

EV-9200GC-80

µPD780308Y

µPD780701Y^★

µPD780833Y^★

IE-780308-R-EM

IE-780701-NS-EM1^★

IE-78K0-R-EX1

80-pin QFP (14 × 14)

100-pin QFP (14 × 20)

IE-780831-NS-EM4

IE-78K0-NS-P02

IE-78K0-R-EX1

EP-78230GC-R

EP-100GF-SL

EV-9200GC-80

µPD780948^★

IE-780948-SL-EM1

IE-780948-SL-EM4

TQPACK100RB or

YQPACK100RB +

NQPACK100RB

µPD780955^★

µPD780958^★

80-pin QFP (14 × 20)

We, NEC, will support each requirement for the development environment of this

subseries’ devices. Please contact an NEC sales representative.

100-pin LQFP (14 × 14)

IE-780958-NS-EM4^★

IE-78K0-NS-P01

IE-78K0-R-EX1

EP-78064GC-R

EP-78130GF-R

TGC-100SDW

µPD780973^★

µPD780988

80-pin QFP (14 × 20)

IE-780974-NS-EM1^★

EV-9200G-80

–

IE-78K0-R-EX1

IE-780988-NS-EM4

IE-78K0-NS-P01

IE-78K0-R-EX1

64-pin SDIP (750 mil)

EP-78024CW-R

EP-78240GC-R

64-pin QFP (14 × 14)

EV-9200GC-64

★: Under development

: This is a product of Tokyo Eletech Corporation.

124

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

78K/IV Series Software Tools

■ List of Software Tools

Host machine

PC-9800 Series

Software tool name

Assembler package RA78K4

IBM PC/AT and compatibles

PC98-NX Series

C compiler CC78K4

C library source file CC78K4-L

Integrated debugger ID78K4-NS

Integrated debugger ID78K4

System simulator SM78K4

System performance analyzer AZ78K4

Real-time OS RX78K4

Embedded OS MX78K4

EWS

Assembler package RA78K4

C compiler CC78K4

C library source file CC78K4-L

Integrated debugger ID78K4

■ List of Device Files

Subseries name

µPD784218

Device file name

DF784218

Subseries name

µPD784038

µPD784038Y

µPD784046

µPD784054

µPD784216

µPD784216Y

Device file name

DF784038

Subseries name

µPD784928

Device file name

DF784928

µPD784218Y

µPD784225^★

µPD784225Y^★

µPD784908

µPD784928Y

µPD784938^★

µPD784955^★

DF784046

DF784218

DF784937^★

DF784956

DF784225

DF784908

DF784916

µPD784915

★: Under development

Selection Guide X10679EJHV0SG00

125

Microcomputer

Development Tools

78K/IV Series Hardware Tools

(1) When using the in-circuit emulator IE-78K4-NS

■ Common Hardware Tools (When using IE-78K4-NS)

Tool name

In-circuit emulator

Product name

IE-78K4-NS

Power supply unit

Interface adapter

IE-70000-MC-PS-B

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-PCI-IF

IE-70000-CD-IF-A

for C bus of PC-9800 Series

for ISA bus of PC/AT and compatibles

for PCI bus

for PCMCIA socket

■ List of Hardware Tools (When using IE-78K4-NS)

Conversion socket/

Conversion adapter/

Flexible board

Target device

Emulation board

Emulation probe

Subseries name

Package

1

µPD784038

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

100-pin QFP (14 × 20)

80-pin QFP (14 × 14)

IE-784038-NS-EM1

NP-80GC

EV-9200GC-80

1

2

NP-80GK

NP-80GC

NP-80GK

NP-80GC

TGK-080SDW

µPD784038Y

IE-784038-NS-EM1

EV-9200GC-80

2

TGK-080SDW

µPD784046

µPD784054

µPD784216

IE-784046-NS-EM1

IE-784225-NS-EM1

EV-9200GC-80

EV-9200GF-100

1

NP-100GF

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

NP-100GF

NP-100GC

2

TGC-100SDW

µPD784216Y

µPD784218

IE-784225-NS-EM1

EV-9200GF-100

2

TGC-100SDW

EV-9200GF-100

2

TGC-100SDW

µPD784218Y

µPD784225^★

µPD784225Y^★

EV-9200GF-100

2

TGC-100SDW

1

NP-80GC

NP-80GK

NP-80GC

NP-80GK

EV-9200GC-80

1

2

TGK-080SDW

EV-9200GC-80

2

TGK-080SDW

1

µPD784908

µPD784915

µPD784928

µPD784928Y

µPD784938^★

µPD784955^★

IE-784908-NS-EM1

IE-784928-NS-EM1

IE-784937-NS-EM1

IE-784956-NS-EM1

NP-100GF

EV-9200GF-100

NEV-921GF-100

EV-9200GF-100

EV-9200GC-80

EP-784928GF-NS

1

NP-100GF

1

NP-80GC

★: Under development

: This is a product of Naito Densei Machida Mfg. Co., Ltd.

: This is a product of Tokyo Eletech Corporation.

1

2

126

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

78K/IV Series Hardware Tools

(2) When using the in-circuit emulator IE-784000-R

■ Common Hardware Tools (When using IE-784000-R)

Tool name

In-circuit emulator

Product name

IE-784000-R

Emulation board

Interface board

IE-784000-R-EM

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-PCI-IF

IE-70000-CD-IF-A

for C bus of PC-9800 Series

for ISA bus of PC/AT and compatibles

for PCI bus

for PCMCIA socket

■ List of Hardware Tools (When using IE-784000-R) (1/2)

I/O emulation board

Conversion socket/

Conversion adapter/

Flexible board

Target device

Package

(emulation board)

Emulation probe conversion board

IE-784038-R-EM1

Emulation probe

Subseries name

µPD784038

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

EP-78230GC-R

EP-78054GK-R

EP-78230GC-R

EP-78054GK-R

EP-78230GC-R

EP-78064GF-R

EP-78064GC-R

EV-9200GC-80

TGK-080SDW

µPD784038Y

IE-784038-R-EM1

EV-9200GC-80

TGK-080SDW

µPD784046

µPD784054

µPD784216

IE-784046-R-EM1

IE-784225-NS-EM1

IE-78K4-R-EX3

EV-9200GC-80

EV-9200GF-100

TGC-100SDW

: This is a product of Tokyo Eletech Corporation.

Selection Guide X10679EJHV0SG00

127

Microcomputer

Development Tools

78K/IV Series Hardware Tools

■ List of Hardware Tools (When using IE-784000-R) (2/2)

I/O emulation board

Target device

Conversion socket/

Conversion adapter/

Flexible board

(emulation board)

Emulation probe

Subseries name

Package

Emulation probe conversion board

IE-784225-NS-EM1

IE-78K4-R-EX3

µPD784216Y

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

100-pin QFP (14 × 20)

100-pin LQFP (14 × 14)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

80-pin QFP (14 × 14)

80-pin TQFP (12 × 12)

100-pin QFP (14 × 20)

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78064GF-R

EP-78064GC-R

EP-78230GC-R

EP-78054GK-R

EP-78230GC-R

EP-78054GK-R

EP-784915GF-R

EP-784928GF-NS

EV-9200GF-100

TGC-100SDW

µPD784218

IE-784225-NS-EM1

IE-78K4-R-EX3

EV-9200GF-100

TGC-100SDW

µPD784218Y

µPD784225^★

µPD784225Y^★

IE-784225-NS-EM1

IE-78K4-R-EX3

EV-9200GF-100

TGC-100SDW

IE-784225-NS-EM1

IE-78K4-R-EX2

EV-9200GC-80

TGK-080SDW

IE-784225-NS-EM1

IE-78K4-R-EX2

EV-9200GC-80

TGK-080SDW

µPD784908

µPD784915

IE-784908-R-EM1

IE-784928-NS-EM1

IE-78K4-R-EX3

EV-9200GF-100

µPD784928

µPD784928Y

µPD784938^★

µPD784955^★

100-pin QFP (14 × 20)

80-pin QFP (14 × 14)

IE-784928-NS-EM1

IE-78K4-R-EX3

EP-784928GF-NS

EP-78064GF-R

EV-9200GF-100

EV-9200GC-80

IE-784928-NS-EM1

IE-78K4-R-EX3

IE-784937-NS-EM1

IE-78K4-R-EX3

IE-784956-NS-EM1

IE-78K4-R-EX2

EP-784915GF-R

★: Under development

: This is a product of Tokyo Eletech Corporation.

128

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

V810 Family Development Tools

■ List of Software Tools

Product name

Target device

V821

Host machine

PC-9800 Series

Real-time OS

RX732

IBM PC/AT and compatibles

TM

SPARCstation

File system

RX-FS732

PC-9800 Series

SPARCstation

Remark Please contact an NEC sales representative if you use host machines not mentioned above.

■ List of Hardware Tools

Product name

Target device

V821

Part number

IE-70741-BX

Remarks

In-circuit emulator

Conversion socket : TQPACK100SD +

TQSOCKET100SDW (essential)

For PC-9800 Series

Interface board

IE-70000-98-IF-C

IE-70000-PC-IF-C

IE-70000-BX-MM2

For IBM PC/AT and compatibles

Expansion memory

board

Expands 2M bytes of the emulation memory

External logic probe

Conversion adapter /

Conversion socket

IE-70000-BX-EP

TQPACK100SD

Consists of one GND and eight external inputs

Probe included in the in-circuit emulator → 100-pin QFP

TQSOCKET100SDW

: This is a product of Tokyo Eletech Corporation.

V830 Family Development Tools

■ List of Software Tools

Product name

Real-time OS

Target device

V830 Family

Host machine

RX830

PC-9800 Series

IBM PC/AT and compatibles

SPARCstation

Compiler

CA830

V830

V831

PC-9800 Series

IBM PC/AT and compatibles

SPARCstation

System

AZ830

V830 Family

PC-9800 Series

performance

analyzer

IBM PC/AT and compatibles

Device file

DF705100

DF705101

V830

V831

PC-9800 Series

IBM PC/AT and compatibles

SPARCstation

Remark Please contact an NEC sales representative if you use host machines not mentioned above.

Hardwre tools are not provided. Please contact an NEC sales representative about the development environment of

the V830 Family.

Selection Guide X10679EJHV0SG00

129

Microcomputer

Development Tools

V850 Family Software Tools

■ List of Software Tools

Product name

Target device

Host machine

PC-9800 Series

Real-time OS

RX850

V850 Family

RX850 pro

IBM PC/AT and compatibles

SPARCstation

Compiler

CA850

PC-9800 Series

IBM PC/AT and compatibles

SPARCstation

Debugger

Simulator

ID850

SM850

AZ850

PC-9800 Series

IBM PC/AT and compatibles

PC-9800 Series

IBM PC/AT and compatibles

PC-9800 Series

System

performance

analyzer

IBM PC/AT and compatibles

Device file

DF703002

DF703003

DF703008

DF703017

DF703037

V852

PC-9800 Series

V853

IBM PC/AT and compatibles

SPARCstation

V854

V850/SA1

V850/SB1

V850/SB2

V850E/MS1

DF703102

Remark Please contact an NEC sales representative if you use host machines not mentioned above.

130

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

V850 Family Hardware Tools

■ List of Hardware Tools (1/2)

Product name

In-circuit emulator V850E/MS1

V850/SA1, V850/SB1,

V852, V853, V854

In-circuit emulator V850/SA1

Target device

Part number

IE-703102-MC

Remarks

A PC interface cable, external logic probe, and conversion

1

IE-703002-MC

sockets are included

2

IE-703017-MC-EM1

IE-703037-MC-EM1^★

NQPACK100SD is included

option board

V850/SB1, V850/SB2

Conversion socket not included (the V850/SB2 version is

under development)

2

V853

V854

IE-703003-MC-EM1

IE-703008-MC-EM1

NQPACK100SD is included

2

NQPACK144SD , YQPACK144SD , HQPACK144SD

,

2

and YQGUIDE are included

V850E/MS1

IE-703102-MC-EM1^★

For 5V, conversion socket not included

IE-703102-MC-EM1-A^★For 3.3V, conversion socket not included

Power supply unit V850/SA1, V850/SB1,

V850/SB2, V850E/MS1,

IE-70000-MC-PS-B

Power supply cable for AC100 to 240V is included

V852, V853, V854

3

PC Interface board V850/SA1, V850/SB1,

IE-70000-98-IF-B or

For PC-9800 (C bus)

V850/SB2, V850E/MS1, IE-70000-98-IF-C

3

V852, V853, V854

IE-70000-PC-IF-B or

IE-70000-PC-IF-C

IE-70000-CD-IF-A

IE-70000-PCI-IF

For IBM PC/AT and compatibles (ISA bus)

4

For PCMCIA socket

4

For PCI bus

★: Under development

1: The following conversion sockets, which are products of Tokyo Eletech Corporation, are included.

IE-703102-MC : NQPACK144SD, YQPACK144SD, HQPACK144SD, YQGUIDE

IE-703002-MC : NQPACK100SD, YQPACK100SD, HQPACK100SD, YQSOCKET100SDN, YQGUIDE

2: This is a product of Tokyo Eletech Corporation.

3: Not available for PC98-NX Series.

4: Available for PC98-NX Series.

Selection Guide X10679EJHV0SG00

131

Microcomputer

Development Tools

V850 Family Hardware Tools

■ List of Hardware Tools (2/2)

Product name

Conversion

adapter/

Target device

V850/SA1

Part number

Remarks

CSPACK121A1312N02 Conversion socket for 121-pin FPBGA

CSICE121A1312N02

NQPACK100SD

Conversion adapter for 121-pin FPBGA

CSPACK121A1312N02 is necessary when using this

Conversion socket for target board (for 100-pin QFP (0.5-mm

pitch))

conversion

socket

V850/SA1, V850/SB1,

V850/SB2, V852, V853

YQPACK100SD

HQPACK100SD

YQSOCKET100SDN

YQGUIDE

Conversion socket for connection to an in-circuit emulator

Cover of the socket for 100-pin QFP

Socket for spacer

Fixing screws

V850/SB1, V850/SB2

NEXB-100SD/RB

NQPACK100RB

100-pin GC-GF conversion board

Conversion socket for target board (for 100-pin QFP (14 × 20

mm, 0.65-mm pitch))

YQPACK100RB

HQPACK100RB

YQSOCKET100RBN

YQGUIDE

Conversion socket for connection to an in-circuit emulator

Cover of the socket for 100-pin QFP

Socket for spacer

Fixing screws

V850E/MS1, V854

NQPACK144SD

Conversion socket for target board (for 144-pin QFP

(0.5-mm pitch))

YQPACK144SD

HQPACK144SD

YQSOCKET144SDN

YQGUIDE

Conversion socket for connection to an in-circuit emulator

Cover of the socket for 144-pin QFP

Socket for spacer

Fixing screws

V850E/MS1

CSPACK157A1614N01 Conversion socket for 157-pin FPBGA

CSICE157A1614N01

Conversion adapter for 157-pin FPBGA

CSPACK157A1614N01 is necessary when using this

Expansion probe for 100-pin QFP (0.5-mm pitch)

Expansion probe

V850/SA1, V850/SB1,

V850/SB2, V852, V853

V850E/MS1, V854

SC-100SDN

SC-144SDN

Expansion probe for 144-pin QFP (0.5-mm pitch)

:

This is a product of Tokyo Eletech Corporation.

132

Selection Guide X10679EJHV0SG00

Microcomputer

Development Tools

VR Series Development Tools

■ List of Software Tools

Product name

Target device

Host machine

PC-9800 Series

IBM PC/AT and compatibles

TM

Real-time OS RX4000

VR4100 Series

VR4300 Series

TM

Other than above, tools as follows are also provided by development tool makers for VR Series.

Software tools

Operating system

Hardware tools

Evaluation board

ROM emulator

Real-time OS

Optimization compiler

Source debugger

Selection Guide X10679EJHV0SG00

133

Microcomputer

Middleware

Middleware that Holds the Key to Multimedia

Various key technologies are needed to realize multimedia applications, such as a human-machine interface as

speech recognition, and data compression/decompression including data communications. And these technologies

require high-performance RISC microcomputers capable of high-speed data processing. The V800 Series and V^R

Series answer these requirements with powerful CPU performance complemented by middleware support based on

multimedia performance.

■ The positioning of middleware

Software integration

Hardware integration

CPU

• User programs

• Middleware

Memory

Human interface (speech recognition, handwritten

character recognition, etc.)

Standard macro

Dedicated macro

Analog circuit

User logic

Internet

Multimedia signal processing (JPEG, voice compression,

moving picture processing)

Communication (modem, mobile communications, etc.)

■ Features

Reduced overall costs due to shorter TAT development and lower development costs

If middleware that has been optimized to the CPU architecture is used, the amount of time taken to develop

each individual system can be markedly reduced. Moreover, as there is no need to use dedicated devices, the

cost is further streamlined.

Improved CPU performance

The CPU, due to the improvement in CPU performance, can now easily realize applications that could previously

only be performed by dedicated hardware or personal computers/workstations. The addition, modification and

deletion of functions difficult to perform with hardware, as well as the organization of user-friendly interfaces

have now been made simpler.

Spread of Internet and multimedia signal-processing applications

Through the popularity of the Internet, the management of multimedia information such as picture images and

speech has expanded considerably. To employ dedicated hardware to process this information would take a

large-scale system and considerable cost. By using middleware, the processing of this information can be easily

realized by the CPU alone.

134

Selection Guide X10679EJHV0SG00

Microcomputer

Middleware

Middleware Development Framework

NEC middleware will gradually develop into optimal processor for each system. Furthermore, NEC plans to realize

standardized middleware by using not only NEC's uniquely developed technologies, but also the most outstanding

third party technologies and standards.

NEC's unique

technologies

Cooperation with

third parties

Development support

framework

Standards

System advice

Planning

Demonstration

Middleware creation

Build up of middleware solutions

Performance evaluation

Hardware/

software

division

Feasibility

study

V830 Family

V850 Family

RISC

V

R

4300 Series^TM

Embedded support

Customization

Development

VR

4100 Series^TM

DSP

µPD77016

Mass

Production

Next generation processor

Selection Guide X10679EJHV0SG00

135

Microcomputer

Middleware

Middleware Road Map

Communication

Multimedia

W-CDMA

Modem

2000

or later

MPEG7

xDSL

Internet

MPEG-4

Audio (MPEG-2 AAC)

1999

USB/1394

Security

IrDA

MPEG-4/Speech

Watermark

G.729

Echo Canceller

JAVA support

of Middleware

TrueSpeech^TM8.5

Image Recognition

Browser

MH/MR/MMR

JBIG

Automatic

Interpreter

Developed

ADPCM

JPEG

JAVA+ITRON

Agent System

TCP/IP

Human

Interface

Speech Recognition (Multilingual)

Text To Speech (Multilingual)

Speech Recognition (Japanese)

Text To Speech (Japanese) Handwritten Character Recognition

Developed

1999

2000 or later

Middleware Products

V800 Series

V830 Family V850 Family

Field

Middleware

VR Series

Image

MH/MR/MMR

JBIG

JPEG

Speech

Text To Speech

Japanese

1

Multilingual Version (TTS3000

)

–

2

English

–

TrueSpeech8.5

G.726 (ADPCM)

G.729/AnnexA/B

Sample

–

MPEG-4/Speech (CELP)

Echo Canceller (for Hands-free operation)

MPEG-4 Audio (MPEG-2 AAC)

Sound

1

Recognition

Speech Recognition Multilingual Version (ASR1600/C )

2

English

–

Japanese (large vocabulary)

Handwritten Character Recognition

Internet

Browser

JAVA

(Third party products)

–

TCP/IP

3

Interface

lrDA protocol stack

1: English/German/French/Italian/Dutch/Spanish (Jointly developed with L&H Inc.)

2: WindowsCE supported

3: This is a product of Okaya Systemware Co., Ltd.

Remark

: Developed,

: Under Development,

: Under Planning

136

Selection Guide X10679EJHV0SG00

IC Memory

Dynamic RAM ................................................................. 138

Dynamic RAM Module ................................................... 142

Static RAM....................................................................... 146

Mask ROM ....................................................................... 151

COMBO Memory ............................................................. 152

Flash Memory ................................................................. 152

MCP (Flash Memory + SRAM) ...................................... 153

2

Other ................................................................................ 153

• Line Buffer.................................................................. 153

Selection Guide X10679EJHV0SG00

137

IC Memory

Dynamic RAM

■ Synchronous DRAM: SDR (Single Data Rate)

(1/3)

Clock

Self

Organization

Density (words

Refresh

cycle Interface

(cycles

/ms)

Clock

frequency

(MHz)

access refresh Supply

Speed

grade

/CAS

latency

Part number

time

MAX.

(ns)

current voltage

MAX.

(mA)

Package

Remark

(bits)

× bits

× banks)

level

(V)

256M^★16M×4×4 µPD45256441

A75

A80

3

133

5.4

2

3.3±0.3

8K/64

LVTTL G5:

54-pin

PC133 Compliant

(3-3-3)

3

2

3

2

3

2

3

2

3

2

3

2

3

125

100

77

6

TSOP(II)

(400 mil)

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

7

A10B

A80L

A10L

A10BL

A75

100

67

—

8

6

125

100

77

1

2

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

100

67

—

8

8M×8×4 µPD45256841

133

5.4

PC133 Compliant

(3-3-3)

A80

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

125

100

77

6

7

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

A10B

A80L

A10L

A10BL

A80

100

67

—

8

6

125

100

77

1

2

1

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

100

67

—

8

6

4M×16×4 µPD45256163

125

100

77

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

7

A10B

A80L

A10L

A10BL

100

67

—

8

6

125

100

77

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

8

100

67

—

★: Under development

138

Selection Guide X10679EJHV0SG00

IC Memory

Dynamic RAM

■ Synchronous DRAM: SDR (Single Data Rate)

(2/3)

Clock

Self

Organization

Density (words

Refresh

cycle Interface

(cycles

/ms)

Clock

frequency

(MHz)

access refresh Supply

Speed

grade

/CAS

latency

Part number

time

MAX.

(ns)

current voltage

MAX.

(mA)

Package

Remark

(bits)

× bits

× banks)

level

(V)

128M 8M×4×4 µPD45128441

A75

A80

3

133

5.4

2

3.3±0.3

4K/64

LVTTL G5:

54-pin

PC133 Compliant

(3-3-3)

3

2

3

2

3

2

3

2

3

2

3

2

3

125

100

77

6

TSOP(II)

(400 mil)

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

7

A10B

A80L

A10L

A10BL

A75

100

67

—

8

6

125

100

77

0.8

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

100

67

—

8

4M×8×4 µPD45128841

133

5.4

2

PC133 Compliant

(3-3-3)

A80

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

125

100

77

6

7

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

A10B

A80L

A10L

A10BL

A80

100

67

—

8

6

125

100

77

0.8

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

100

67

—

8

6

2M×16×4 µPD45128163

125

100

77

2

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

7

A10B

A80L

A10L

A10BL

100

67

—

8

6

125

100

77

0.8

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

8

100

67

—

Selection Guide X10679EJHV0SG00

139

IC Memory

Dynamic RAM

■ Synchronous DRAM: SDR (Single Data Rate)

(3/3)

Clock

Self

Organization

Density (words

Refresh

cycle Interface

(cycles

/ms)

Clock

frequency

(MHz)

access refresh Supply

Speed

grade

/CAS

latency

Part number

time

MAX.

(ns)

current voltage

MAX.

(mA)

Package

Remark

(bits)

× bits

× banks)

level

(V)

64M

4M×4×4

µPD4564441

A75

A80

3

133

5.4

1

3.3±0.3

4K/64

LVTTL G5:

54-pin

PC133 Compliant

(3-3-3)

3

2

3

2

3

2

3

2

3

2

3

2

3

125

100

77

6

TSOP(II)

(400 mil)

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

7

A10B

A80L

A10L

A10BL

A75

100

67

—

8

6

125

100

77

0.4

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

100

67

—

8

2M×8×4

µPD4564841

133

5.4

1

PC133 Compliant

(3-3-3)

A80

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

125

100

77

6

7

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

A10B

A80L

A10L

A10BL

A80

100

67

—

8

6

125

100

77

0.4

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

100

67

—

8

6

1M×16×4 µPD4564163

125

100

77

1

PC100 Compliant

(2-2-2)

A10

PC100 Compliant

(3-2-2)

7

A10B

A80L

A10L

A10BL

A80^★

A10^★

A10B

A80L^★

A10L^★

A10BL^★

100

67

—

8

6

125

100

77

0.4

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

100

67

—

8

6

512K×32×4 µPD4564323

125

100

77

1

G5:

PC100 Compliant

(2-2-2)

86-pin

TSOP(II)

(400 mil)

PC100 Compliant

(3-2-2)

7

100

67

—

8

6

125

100

77

0.4

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

7

8

100

67

—

★: Under development

140

Selection Guide X10679EJHV0SG00

IC Memory

Dynamic RAM

■ Virtual Channel Synchronous DRAM:SDR (Single Data Rate)

Clock

access Supply

time

MAX.

(ns)

Organization

Density (words

Refresh

cycle Interface

Clock

frequency

(MHz)

Speed

grade

Read

latency

Part number

voltage

(V)

Package

Remark

(bits)

× bits

× banks)

(cycles

/ms)

level

64M

8M×4×2

4M×8×2

2M×16×2

µPD4565421

A70^★

A75

A10

A15

A70^★

A75

A10

A15

A70^★

A75

A10

A15

2

143

133

100

67

5.4

6

3.3±0.3

4K/64

LVTTL G5:

54-pin TSOP(II)

(400 mil)

1

2

12

5.4

6

µ

PD4565821

143

133

100

67

1

2

12

5.4

6

PD4565161

143

133

100

67

µ

1

12

★: Under development

■ Synchronous DRAM: DDR (Double Data Rate)

Self

refresh

frequency current

Supply voltage (V)

Organization

Density (words

Refresh

cycle Interface

Clock

Speed

grade

/CAS

latency

Part number

Package

Remark

(bits)

× bits

× banks)

(cycles

/ms)

level

(MHz)

MAX.

(mA)

Vcc

VccQ

128M 8M×4×4

µ

PD45D128442 C80^★

2.5

2

133

125

100

83

2

2.5±0.125 2.5±0.125 4K/64 SSTL_2 G5:

66-pin

C10

2.5

2

TSOP(II)

(400 mil)

C12

2.5

2

4M×8×4

PD45D128842 C80^★

2.5

2

133

125

100

83

C10

2.5

2

C12

2.5

2

2M×16×4

PD45D128164 C80^★

2.5

2

133

125

100

83

C10

C12

2.5

2

2.5

2

★: Under development

■ Direct Rambus^TMDRAM

Access time Maximum supply current (mA)

Refresh

Package

Clock

frequency

Organization

Density (words

Refresh

Supply

voltage

(V)

cycle Interface

(cycles level

/ms)

Part number

Remark

t

RAC

(bits)

× bits

× banks)

Class

Active

Type

1/tCYCLE

(MHz)

configuration

(ns)

Auto

TBD

Self

Class

C80

72M 256K×18×16 µPD488385

128M 256K×16×32 µPD488448

144M 256K×18×32 µPD488488

400

40

45

53

40

45

53

40

45

53

40

45

53

40

45

53

40

45

53

TBD

TBD 2.5±0.13 8K/32 RSL FB:

74-pin

BF1:Normal

C60

C80

300

400

D²BGA^TM

•

TBD

FB:

Normal

•

62-pin

D²BGA

FB:

Mirrored

C60

C80

300

400

•

Normal

•

62-pin

D²BGA

Mirrored

C60

300

Selection Guide X10679EJHV0SG00

141

IC Memory

Dynamic RAM Module

■ 168-pin SDRAM DIMM (Dual In-line Memory Module): Unbuffered Type

Refresh

Organization Bank

(words organi- Part number

Clock Supply

voltage

Inter-

face

level

Package

height

(mm/inch)

Density

(bytes)

Speed /CAS

cycle

(cycles

/ms)

Mounted

devices

Remark

grade latency ^frequency

(MHz)

× bits)

zation

(V)

256M 32M×72

2

MC-4532CC726 A80

A10

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

125 3.3±0.3 4K/64 LVTTL µPD45128841G5 34.93/1.375 PC100 Compliant

100

77

×18 pcs.

(2-2-2)

PC100 Compliant

(3-2-2)

32M×64

2

MC-4532CD646 A80

A10

125

100

77

µPD45128841G5

×16 pcs.

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

128M 16M×72

MC-4516CC726 A80

A10

125

100

77

µPD4564841G5

×18 pcs.

34.93/1.375 PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

2

MC-4516CC725 A10B

MC-4516CD646 A80

A10

100

67

33.02/1.30

—

16M×64

125

100

77

PD4564841G5

34.93/1.375 PC100 Compliant

µ

×16 pcs.

(2-2-2)

PC100 Compliant

(3-2-2)

2

1

MC-4516CD645 A10B

MC-458CA726 A80

A10

100

67

µPD4564841G5

×16 pcs.

33.02/1.30

—

64M

8M×72

8M×64

125

100

77

µPD4564841G5

×9 pcs.

34.93/1.375 PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

1

MC-458CA725 A10B

MC-458CB646 A80

A10

100

67

31.75/1.25

—

125

100

77

PD4564841G5

34.93/1.375 PC100 Compliant

µ

×8 pcs.

(2-2-2)

PC100 Compliant

(3-2-2)

1

MC-458CB645 A10B

MC-454CA726 A80

A10

100

67

31.75/1.25

—

32M

4M×72

4M×64

125

100

77

µPD4564163G5

×5 pcs.

34.93/1.375 PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

1

MC-454CB646 A10B

A80

125

100

77

µPD4564163G5

×4 pcs.

34.93/1.375 PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

MC-454CB645 A10B

100

67

29.21/1.15

—

142

Selection Guide X10679EJHV0SG00

IC Memory

Dynamic RAM Module

■ 168-pin SDRAM DIMM (Dual In-line Memory Module): Registered Type

Refresh

Bank

Clock Supply

voltage

Inter-

face

level

Package

height

(mm/inch)

Organization

(words

× bits)

Density

(bytes)

Speed /CAS

cycle

(cycles

/ms)

Mounted

devices

grade latency ^frequency

(MHz)

organi- Part number

zation

Remark

(V)

125 3.3±0.3 4K/64 LVTTL

µ

PD45128441G5

43.18/1.70

PC100 Compliant

(2-2-2)

512M 64M×72

2

1

MC-4564DC726 A80

3

2

3

2

3

100

77

×36 pcs.

PC100 Compliant

(3-2-2)

A10

MC-4532DA727 A75

MC-4532DA726 A80

A10

133

PD45128441G5

PC133 Compliant

(3-3-3)

256M 32M×72

×18 pcs.

3

2

3

2

3

125

100

77

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

133

PD4564441G5

µ

PC133 Compliant

(3-3-3)

128M 16M×72

1

MC-4516DA727 A75

MC-4516DA726 A80

A10

×18 pcs.

3

2

3

2

3

125

100

77

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

133

µ

PD4564841G5

38.1/1.50

PC133 Compliant

(3-3-3)

64M

32M

8M×72

4M×72

MC-458DA727 A75

MC-458DA726 A80

A10

×9 pcs.

3

2

3

2

3

2

3

2

125

100

77

PC100 Compliant

(2-2-2)

PC100 Compliant

(3-2-2)

125

100

77

PD4564163G5

PC100 Compliant

(2-2-2)

MC-454DA726 A80

A10

×5 pcs.

PC100 Compliant

(3-2-2)

Selection Guide X10679EJHV0SG00

143

IC Memory

Dynamic RAM Module

■ 144-pin SDRAM SO DIMM (Small Outline Dual In-line Memory Module)

Self

Refresh

cycle

(cycles

/ms)

Bank

Clock

Supply

voltage

(V)

Inter-

face

level

Package

height

(mm/inch)

Organization

(words

× bits)

Density

(bytes)

Speed /CAS

refresh

Mounted

devices

grade latency ^frequencycurrent

organi- Part number

zation

Remark

—

(MHz)

(mA)

128M 16M×64

1

2

1

2

1

MC-4516CB64ES A10B

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

3

2

100

67

16 3.3±0.3 4K/64 LVTTL µPD45128841G5 26.67/1.05

×8 pcs.

A10BL

MC-4516CD64ES A10B

A10BL

100

67

6.4

100

67

16

6.4

16

µPD45128163G5

×8 pcs.

100

67

MC-4516CD641ES A80

A10

125

100

77

31.75/1.25 PC100 Compliant

(2-2-2), Rev.1.0

PC100 Compliant

(3-2-2), Rev.1.0

64M

8M×64

MC-458CB64LSA A10B

A10BL

100

67

8

3.2

4

µPD4564841G5 26.67/1.05

×8 pcs.

—

100

67

MC-458CB641ES A80

A10

125

100

77

µPD45128163G5 25.4/1.0 PC100 Compliant

×4 pcs.

(2-2-2), Rev.1.0

PC100 Compliant

(3-2-2), Rev.1.0

—

MC-458CD64LS A10B

A10BL

100

67

8

3.2

8

µPD4564163G5 26.67/1.05

×8 pcs.

100

67

MC-458CD641LS A80

A10

125

100

77

31.75/1.25 PC100 Compliant

(2-2-2), Rev.1.0

3.2

4

PC100 Compliant

(3-2-2), Rev.1.0

32M

4M×64

MC-454CB64LS A10B

A10BL

100

67

µPD4564163G5 25.4/1.00

×4 pcs.

—

100

67

2

MC-454CB641LS A80

A10

125

100

77

4

PC100 Compliant

(2-2-2), Rev.0.7

PC100 Compliant

(3-2-2), Rev.1.0

144

Selection Guide X10679EJHV0SG00

IC Memory

Dynamic RAM Module

■ 168-pin Virtual Channel SDRAM DIMM (Dual In-line Memory Module): Unbuffered Type

Refresh

Bank

Prefetch Clock Supply

read frequency voltage

Inter-

face

level

Package

height

(mm/inch)

Organization

(words

× bits)

Density

(bytes)

Speed Read

grade latency

cycle

(cycles

/ms)

Mounted

devices

organi- Part number

zation

Remark

latency (MHz)

(V)

128M 16M×64

2

1

MC-45V16AD641 A75

2

4

133 3.3±0.3 4K/64 LVTTL µPD4565821G5 34.93/1.375

A10

100

66

×16 pcs.

A15

1

2

64M

8M×64

MC-45V8AB641 A75

133

100

66

µPD4565821G5

×8 pcs.

A10

A15

1

■ 144-pin Virtual Channel SDRAM SO DIMM (Small Outline Dual In-line Memory Module)

Refresh

Bank

Prefetch Clock Supply

read frequency voltage

Inter-

face

level

Package

height

(mm/inch)

Organization

(words

× bits)

Density

(bytes)

Speed Read

grade latency

cycle

(cycles

/ms)

Mounted

devices

organi- Part number

zation

Remark

latency (MHz)

(V)

64M^★

8M×64

1

2

MC-45V8AB641KS A75

2

4

133 3.3±0.3 4K/64 LVTTL µPD4565821G5 31.75/1.25

A10

100

66

×8 pcs.

A15

1

2

MC-45V8AD641KS A75

133

100

66

µPD4565161G5

×8 pcs.

A10

A15

1

★: Under development

■ 184-pin Direct Rambus^TMRIMM^TM

Clock

frequency

1/t^CYCLE

Access

time

Supply

voltage

(V)

Density

(bytes)

Bank

organization

Interface

level

Mounted

devices

Organization

(words × bits)

Part number

Remark

Class

t

RAC

(MHz)

(ns)

128M

64M

—

64M × 18

32M × 18

—

16 × 16

16 × 8

—

MC-4R128BKD8J

840

845

653

840

845

653

—

400

40

45

53

40

45

53

—

2.5±0.13 RSL

µ PD488385FB With heat

×16 pcs. spreader

300

400

MC-4R64BKD8J

MC-4RCNTYK

µ PD488385FB With heat

×8 pcs.

spreader

300

—

Note

Note This module is the Direct Rambus RIMM continuity module which is designed to be inserted into any unused RIMM sockets

in Direct Rambus systems. It continues the Rambus channel through unused RIMM connectors to terminate signals properly

on motherboard, and has no active components mounted on it.

Selection Guide X10679EJHV0SG00

145

IC Memory

Static RAM

■ Low Power SRAM (Temperature range TA = 0 to 70°C)

Maximum supply current

Organization

(words

× bits)

Supply

voltage Version Class

(V)

Density

(bits)

Access time

MAX. (ns)

Data

Active Standby

retention

Part number

Package

(mA)

( A)

µ

( A)

µ

1M

128K × 8 µPD431000A 4.5 to 5.5

L

70

85

70

85

70

100

20

50

GW: 32-pin SOP (525 mil)

LL

70

10

GW: 32-pin SOP (525 mil)

GU: 32-pin TSOP(I) (8 × 13.4 mm)

(Normal bent) (Reverse bent)

GZ: 32-pin TSOP(I) (8 × 20 mm)

(Normal bent) (Reverse bent)

GW: 32-pin SOP (525 mil)

85

10

85

70

35

70

35

70

30

70

30

70

30

70

45

20

13

20

13

20

11

20

11

20

11

20

50

10

3.0 to 5.5

2.7 to 5.5

A

B

100

GW: 32-pin SOP (525 mil)

70 (V^CC=4.5 to 5.5)

GU: 32-pin TSOP(I) (8 × 13.4 mm)

(Normal bent) (Reverse bent)

GZ: 32-pin TSOP(I) (8 × 20 mm)

(Normal bent) (Reverse bent)

12

10

12

15

120

70 (V^CC=4.5 to 5.5)

100

10

70 (V^CC=4.5 to 5.5)

120

70 (V^CC=4.5 to 5.5)

150

70 (V^CC=4.5 to 5.5)

256K

32K × 8

µPD43257B 4.5 to 5.5

µPD43256B 4.5 to 5.5

L

LL

L

70

85

70

85

70

85

70

85

70

85

70

85

70

85

70

85

20

7

GU: 28-pin SOP (450 mil)

45

15

50

15

20

7

LL

GU: 28-pin SOP (450 mil)

GW: 28-pin TSOP(I) (8 × 13.4 mm)

(Normal bent) (Reverse bent)

3.0 to 5.5

2.7 to 5.5

A

B

85

10

85

100

45

15

7

85 (V^CC=4.5 to 5.5)

120

12

10

12

15

85 (V^CC=4.5 to 5.5)

100

20

45

20

45

20

45

10

15

10

15

10

15

85 (V^CC=4.5 to 5.5)

120

85 (V^CC=4.5 to 5.5)

150

85 (V^CC=4.5 to 5.5)

146

Selection Guide X10679EJHV0SG00

IC Memory

Static RAM

■ Low Power SRAM (Extended Temperature TA = –25 to +85°C)

Maximum supply current

Organization

(words

× bits)

Supply

voltage Version Class

(V)

Density

(bits)

Access time

MAX. (ns)

Data

Active Standby

retention

Part number

Package

(mA)

( A)

µ

( A)

µ

4M

512K × 8 µPD444010L-X 2.7 to 3.6

B

C

D

B

C

D

B

C

70

85

10

12

15

70

85

10

12

15

85

10

12

15

18

70

85

10

12

15

70

85

10

70

40

7

2

7

2

GY: 48-pin TSOP(I) (12 × 18 mm)

85

(Normal bent) (Reverse bent)

2.2 to 3.6

100

120

1.8 to 3.6

256K × 16 µPD444012L-X 2.7 to 3.6

2.2 to 3.6

120

150

70

40

GY: 48-pin TSOP(I) (12 × 18 mm)

85

(Normal bent) (Reverse bent)

100

120

1.8 to 3.6

120

150

2M

256K × 8 µPD442000L-X 2.7 to 3.6

2.2 to 3.6

85

35

30

GU: 32-pin TSOP(I) (8 × 13.4 mm)

(Normal bent) (Reverse bent)

GZ: 32-pin TSOP(I) (8 × 20 mm)

(Normal bent) (Reverse bent)

F1: 36-pin FPBGA (10.5 × 6.5 mm)

100

120

150

1.8 to 3.6

D

B

150

25

180

1M

128K × 8 µPD441000L-X 2.7 to 3.6

70

2

GU: 32-pin TSOP(I) (8 × 13.4 mm)

(Normal bent) (Reverse bent)

GZ: 32-pin TSOP(I) (8 × 20 mm)

(Normal bent) (Reverse bent)

F1: 36-pin FPBGA (6 × 6 mm)

85

100

2.2 to 3.6

1.8 to 3.6

C

D

100

120

150

PD431000A-X 4.5 to 5.5

—

70

50

20

GU: 32-pin TSOP(I) (8 × 13.4 mm)

(Normal bent) (Reverse bent)

GZ: 32-pin TSOP(I) (8 × 20 mm)

(Normal bent) (Reverse bent)

µ

85

100

3.0 to 5.5

A

B

100

35

70

35

70

30

70

30

70

30

70

45

26

50

26

50

22

50

22

50

22

50

70 (V^CC=4.5 to 5.5)

12

10

12

15

120

70 (V^CC=4.5 to 5.5)

2.7 to 5.5

100

70 (V^CC=4.5 to 5.5)

120

70 (V^CC=4.5 to 5.5)

150

70 (V^CC=4.5 to 5.5)

256K

32K × 8 µPD43256B-X 4.5 to 5.5

—

A

70

85

10

85

10

12

70

20

GW: 28-pin TSOP(I) (8 × 13.4 mm)

85

(Normal bent) (Reverse bent)

100

40

45

3.0 to 5.5

85

50

100

120

100 (V^CC=4.5 to 5.5)

100

40

2.7 to 5.5

B

10

12

25

40

25

40

25

50

25

50

120

100 (V^CC=4.5 to 5.5)

150

15

100 (V^CC=4.5 to 5.5)

Selection Guide X10679EJHV0SG00

147

IC Memory

Static RAM

■ CMOS Fast SRAM

Maximum supply current

Access

time

MAX.

(ns)

Organization

Density

Supply

voltage

(V)

(words

Part number

Class

Package

Remark

Active

(mA)

Standby

(mA)

(bits)

× bits)

4M

4M × 1

µ PD434001A

µPD434001AL

µ PD434004A

µPD434004AL

15

17

15

17

20

15

17

20

15

17

20

15

17

20

12

15

17

20

15

17

20

12

15

17

20

15

17

20

140

130

120

130

120

110

140

130

120

130

120

110

200

170

160

150

140

130

230

200

190

180

190

180

170

10

5.0±0.5 LE: 32-pin SOJ (400 mil)

20

A15

A17

A20

15

5

3.3±0.3 LE: 32-pin SOJ (400 mil)

G5: 32-pin TSOP (II) (400 mil)

1M × 4

10

5

5.0±0.5 LE: 32-pin SOJ (400 mil)

3.3±0.3 LE: 32-pin SOJ (400 mil)

17

20

A15

A17

A20

12

512K × 8 µ PD434008A

10

LE: 36-pin SOJ (400 mil)

5.0±0.5

15

17

20

µPD434008AL

A15

A17

A20

12

5

3.3±0.3

5.0±0.5

256K × 16 µ PD434016A

10

LE: 44-pin SOJ (400 mil)

15

G5: 44-pin TSOP (II) (400 mil)

17

20

µPD434016AL

A15

A17

A20

5

LE: 44-pin SOJ (400 mil)

3.3±0.3

G5: 44-pin TSOP (II) (400 mil)

148

Selection Guide X10679EJHV0SG00

IC Memory

Static RAM

■ CMOS Synchronous Fast SRAM

Maximum supply current

Supply voltage (V)

Clock

access

time

Organization

(words

× bits)

Clock

Part number Class frequency

(MHz)

Density

(bits)

Power

Active Standby

down

Package

Remark

Chip

I/O

2.0

(mA)

MAX.(ns)

(mA)

2M

64K × 36 µPD432836AL A36

275

267

250

225

200

183

175

167

250

225

200

183

175

167

100

83

3.53

3.65

3.9

350

335

325

290

350

335

325

290

180

3.5

—

3.3±0.2

GF: 100-pin LQFP Pipeline

operation

A37

A40

A44

4.34

4.9

A50

A55

5.3

A57

5.3

A60

5.3

µPD432836L A40

3.9

3.5

3.3±0.2

2.0

A44

4.34

4.9

A50

A55

5.3

A57

5.3

A60

5.3

64K × 32 µPD432232L A5

5.0

2

3.3+0.3/-0.2

3.0 or 2.5

2.5

A7

7.0

A8

66

8.0

1M

32K × 32 µ PD431231L A7

83

7.0

130

5

20

5

1

20

5

GF: 100-pin LQFP Pipeline

operation

A8

66

8.0

µ PD431632L A6

150

133

100

83

4.6

220

200

3.3±0.165 3.3 or 2.5

Pipeline

A7

5.0

operation

µ PD431532L A8

8.5

Flow Through

A9

9.0

operation

A10

10.0

12.0

4.6

A12

66

32K × 36 µ PD431636L A6

150

133

100

83

220

200

20

5

20

5

3.3±0.165 3.3 or 2.5

Pipeline

A7

5.0

operation

Flow Through

operation

µ PD431536L A8

8.5

A9

9.0

A10

A12

10.0

12.0

66

Selection Guide X10679EJHV0SG00

149

IC Memory

Static RAM

■ Bi-CMOS Synchronous Fast SRAM

Maximum supply current

Clock

access

time

Organization

(words

× bits)

Supply

voltage

(V)

Clock

frequency

(MHz)

Density

(bits)

Interface

level

Part number Class

Package

Remark

Active

(mA)

Standby

(mA)

MAX.(ns)

2.0

2.3

2.5

2.6

3.0

3.5

5.5

6.0

7.0

8.0

550

600

400

55

—

45

3.3±0.15

HSTL

LVTTL

S1: 119-pin BGA

Single clock

RR mode

4M 256K × 18 µPD464318AL A4

250

225

200

167

154

182

166

143

125

A44

A5

µPD464318L A5

Single clock

RR mode

A6

A65

µ

PD464518AL A55

Single clock

RL mode

A6

A7

450

750

150

55

LVTTL

HSTL

µPD464518L A8

3.3±0.15

Single clock

RL mode

2.0

2.3

2.5

2.6

3.0

3.5

5.5

6.0

7.0

8.0

Single clock

RR mode

128K × 36 µPD464336AL A4

250

225

200

167

154

182

166

143

125

A44

A5

700

650

550

—

45

HSTL

LVTTL

µPD464336L A5

3.3±0.15

Single clock

RR mode

A6

A65

µPD464536AL A55

Single clock

RL mode

A6

A7

150

µPD464536L A8

Single clock

RL mode

150

Selection Guide X10679EJHV0SG00

IC Memory

Mask ROM

■ Mask ROM

Access time MAX. (ns) Maximum supply current

Supply

voltage

(V)

Density

(bits)

Organization

(words × bits)

Part number

Package

Page

access

Active

(mA)

Standby

( A)

µ

Normal

128M 16M × 8 or 8M × 16 µPD23C128000L

µPD23C128040L

120

140

120

140

120

90

—

TBD

3.3±0.3 GY: 48-pin TSOP (I) (12

3.0±0.3 (Normal bent) (Reverse bent)

3.3±0.3 GY: 48-pin TSOP (I) (12 18 mm)

× 18 mm)

TBD

×

3.0±0.3 (Normal bent) (Reverse bent)

5.0±0.5 CZ: 42-pin DIP (600 mil)

3.3±0.3 GX: 44-pin SOP (600 mil)

64M

4M × 16

µPD23C64020

—

70

45

40

—

30

8M × 8 or 4M × 16 µPD23C64000AL

100

3.0±0.3 GY: 48-pin TSOP (I) (12 × 18 mm)

(Normal bent) (Reverse bent)

µPD23C64040AL

90

25

30

60

55

30

3.3±0.3 GX: 44-pin SOP (600 mil)

100

3.0±0.3 GY: 48-pin TSOP (I) (12 × 18 mm)

(Normal bent) (Reverse bent)

32M

4M × 8 or 2M × 16

µPD23C32000A

120

—

70

100

5.0±0.5 GX: 44-pin SOP (600 mil)

GY: 48-pin TSOP (I) (12

× 18 mm)

(Normal bent) (Reverse bent)

G5: 44-pin TSOP (II) (400 mil)

2M × 16

µPD23C32020A

µPD23C32000L

120

140

—

70

40

35

100

30

5.0±0.5 CZ: 42-pin DIP (600 mil)

3.3±0.3 GX: 44-pin SOP (600 mil)

4M × 8 or 2M × 16

30

3.0±0.3 GY: 48-pin TSOP (I) (12 × 18 mm)

(Normal bent) (Reverse bent)

G5: 44-pin TSOP (II) (400 mil)

µPD23C32040L

140

40

60

30

3.3±0.3 GX: 44-pin SOP (600 mil)

GY: 48-pin TSOP (I) (12

× 18 mm)

(Normal bent) (Reverse bent)

G5: 44-pin TSOP (II) (400 mil)

µ

2M × 16 or 1M × 32

PD23C32082L

100

120

85

30

—

80

70

45

40

60

55

30

100

30

3.3±0.3 G7: 70-pin SSOP (500 mil)

5.0±0.5 GX: 44-pin SOP (600 mil)

5.0±0.5 CZ: 42-pin DIP (600 mil)

µ

24M 3M × 8 or 1.5M × 16

1.5M × 16

PD23C24000

µPD23C24020

16M

2M × 8 or 1M × 16

PD23C16000AL

3.3±0.3 GY: 48-pin TSOP (I) (12

× 18 mm)

µ

100

85

3.0±0.3 (Normal bent) (Reverse bent)

3.3±0.3 G5: 44-pin TSOP (II) (400 mil)

3.0±0.3

µPD23C16040AL

30

40

30

100

■ Synchronous Mask ROM

Clock Maximum

access supply

Clock

fre-

quency

(MHz)

/CAS /RAS

latency latency

Supply

voltage

(V)

Density

(bits)

Organization

(words × bits)

Interface

level

Part number

Package

Remark

time

MAX.

(ns)

current

active

(mA)

MIN.

32M 2M × 16 or 1M × 32 µPD23C32202L

66

50

33

5

4

3

2

1

10

15

25

150

3.3±0.3 LVTTL G5: 86-pin TSOP (II) (400 mil)

Selection Guide X10679EJHV0SG00

151

IC Memory

COMBO Memory

■ COMBO Memory

Maximum supply current

Density (bits)

Organization

(words × bits)

Supply

voltage

(V)

Access

time

MAX. (ns)

Data

Retention

( A)

µ

Part number

Function

Package

Active

(mA)

Standby

( A)

µ

µPD26401

SRAM

+

1M (128K × 8)

+

1.8 to 2.2

2.2 to 2.7

2.7 to 3.3

1.8 to 2.2

2.2 to 2.7

2.7 to 3.3

500

375

250

500

375

250

3.5

5.5

7.5

4.0

6.0

10.0

6.5

8.0

10

GU: 32-pin TSOP (I) (8

× 13.4 mm)

(Normal bent) (Reverse bent)

ROM

SRAM

+

2M (256K × 8)

1M (128K × 8)

+

10.0

6.5

µPD26411

10

GZ: 32-pin TSOP (I) (8

× 20 mm)

8.0

(Normal bent) (Reverse bent)

ROM

2M (256K × 8)

10.0

Flash Memory

■ Flash Memory

Maximum supply current

Supply

voltage

(V)

Boot code

Sector

architecture

Access

time

MAX. (ns)

Density Organization

Part number

Package

Active

(mA)

Standby

( A)

µ

(bits)

(words × bits)

8M

1M × 8

µPD29F008AL-X^★

90

12

5

2.7 to 3.6

2.2 to 2.7

2.7 to 3.6

2.2 to 2.7

top or bottom GZ: 40-pin TSOP (I) (10

× 20 mm)

100

120

150

90

(Normal bent) (Reverse bent)

1M × 8

or

µPD29F800AL-X^★

top or bottom GZ: 48-pin TSOP (I) (12

× 20 mm)

100

120

150

(Normal bent) (Reverse bent)

512K × 16

★: Under development

152

Selection Guide X10679EJHV0SG00

IC Memory

MCP (Flash Memory + SRAM)

■ MCP (Flash Memory and SRAM)

Maximum supply current

Access

time

MAX.

(ns)

Density (bits)

Part

Boot code

Sector

architecture

Supply

Voltage (V)

Data

Active Standby

Retention

Function

Organization

Package

number

(words × bits)

(mA)

( A)

µ

( A)

µ

MC-22100 Flash Memory

SRAM

16M (2M × 8)

2M (256K × 8)

16M (2M × 8)

2M (256K × 8)

16M (1M × 16)

2M (256K × 8)

16M (1M × 16)

2M (256K × 8)

16M (2M × 8)

1M (128K × 8)

16M (2M × 8)

1M (128K × 8)

16M (1M × 16)

1M (128K × 8)

16M (1M × 16)

1M (128K × 8)

8M (1M × 8)

100

35

5

2

—

2

2.7 to 3.6

Top

—

F1-DE: 48-pin BGA

(10

× 14 mm)

MC-22101 Flash Memory

SRAM

5

—

2

Bottom

—

2

MC-22102 Flash Memory

SRAM

5

—

2

Top

—

2

MC-22103 Flash Memory

SRAM

5

—

2

Bottom

—

2

MC-22104 Flash Memory

SRAM

5

—

20

—

20

—

20

—

20

—

2

Top

—

26

5

MC-22105 Flash Memory

SRAM

Bottom

—

26

5

MC-22106 Flash Memory

SRAM

Top

—

26

5

MC-22107 Flash Memory

SRAM

Bottom

—

26

5

MC-22000 Flash Memory

SRAM

Top

—

F1-DB: 48-pin BGA

(10 11 mm)

2M (256K × 8)

8M (1M × 8)

2

×

MC-22001 Flash Memory

SRAM

5

Bottom

—

2

2M (256K × 8)

2

MC-22002 Flash Memory 8M (1M × 8 or 512K × 16)

SRAM

2M (256K × 8)

MC-22003 Flash Memory 8M (1M × 8 or 512K × 16)

5

Top

—

2

5

—

2

Bottom

—

SRAM

MC-22004 Flash Memory

SRAM

2M (256K × 8)

8M (1M × 8)

2

5

—

20

—

20

—

20

—

20

Top

—

1M (128K × 8)

8M (1M × 8)

26

5

MC-22005 Flash Memory

SRAM

Bottom

—

1M (128K × 8)

26

5

MC-22006 Flash Memory 8M (1M × 8 or 512K × 16)

SRAM

1M (128K × 8)

MC-22007 Flash Memory 8M (1M × 8 or 512K × 16)

SRAM

1M (128K × 8)

Top

—

26

5

Bottom

—

26

Other

■ Line Buffer

Organi-

zation

(words

(bits)

Maximum

Data hold

period

(ms)

Supply

voltage

(V)

Read/Write

cycle time

MIN. (ns)

supply

current active

(mA)

Density

Part number

Package

Remark

× bits)

80K

40K

10096 × 8 µPD485506

5048 × 16

25/25

35/35

25/25

35/35

—

140

5.0±0.5 • 44-pin TSOP II

• 24-pin SOP

FAX, PPC Line buffer

FIFO structure

5048 × 8 µPD485505

80

Selection Guide X10679EJHV0SG00

153

[MEMO]

154

Selection Guide X10679EJHV0SG00

Semi-Custom IC

NEC’s ASICs.................................................................... 156

0.25 µm ASIC................................................................... 166

Gate Array ....................................................................... 172

• CMOS Gate Array ...................................................... 176

• BiCMOS Gate Array .................................................. 195

Cell-Based IC .................................................................. 200

Embedded Array............................................................. 217

Analog Master................................................................. 220

Mixed Signal ASIC.......................................................... 223

3

Selection Guide X10679EJHV0SG00

155

Semi-Custom IC

NEC’s ASICs

What Is ASICs ? (1/2)

LSIs are broadly classified into two types: general-purpose LSIs and Application-Specific ICs (ASICs).

The general-purpose LSIs are designed and supplied as standard products by the manufacturers.

Because these LSIs are mass-produced, generally they are inexpensive and do not require much work or

expense for development from the user even if each user uses only a small quantity of these LSIs.

However, because they are general-purpose products, some of their functions may be redundant for

some users, and some functions may not be available. Moreover, the user's own unique functions

cannot be provided.

In contrast, ASICs are for specific applications and can be further classified as illustrated below.

Classification of ASICs

Gate array

For single user

ASCP/USIC

Full-custom LSI

Cell-based IC

Embedded array

Analog master

Semi-custom LSI

ASIC

Mixed signal ASIC

FPGA

PLD

UPIC

Single-chip microcontroller

etc.

LSI

PROM

etc.

For multiple users

ASSP

Image processing LSI

Audio LSI

General-purpose LSI

Automobile LSI

Communications LSI

etc.

Remark ASCP .............Application Specific Custom Product

ASSP .............Application Specific Standard Product

FPGA .............Field Programmable Gate Array

PLD ............... Programmable Logic Device

PROM ............Programmable Read Only Memory

USIC ..............User Specific IC

UPIC ..............User Programmable IC

ASICs are broadly classified into LSIs for single users (ASCPs, USICs, and UPICs) and those for

multiple users, as shown above.

156

Selection Guide X10679EJHV0SG00

Semi-Custom IC

NEC’s ASICs

What Is ASICs ? (2/2)

ASIC for single users (ASCP/USIC)

ASICs of this type are designed for a specific user and are used for security and to improve

performance (such as increasing speed and lowering power consumption). On the other hand, the

load on the user for development is heavy. These ASICs are classified into full custom LSIs and

semi-custom LSIs.

Full-custom LSIs are developed by the users who have mastered LSI production technologies, and

require a long development time and incur large costs. A contract for production with the manufac-

turer is made on the assumption of mass production of the application system. Usually, the LSIs

developed in this way offer extremely high performance.

The word semi-custom LSI is used to differenciate from full-custom LSIs. With full-custom LSIs, all

the development processes, from circuit design to photo mask, are tailored to that particular design.

In contrast, the elements on the chip of a semi-custom LSI are designed and produced in advance by

the manufacturer, and the user builds his own unique functions using these elements. Take gate

arrays for example. A common photo mask is used for the diffusion process and only the photo mask

for the wiring process is created according to the specifications of the user. This means an LSI can

be developed in a shorter time.

ASIC for single user (UPIC)

FPGA, PLD, and PROM are collectively called UPIC. These are ASICs that can be developed by

the user by using dedicated development tools for production runs as small as a single sample.

In particular, because the logical operations of FPGA and PLD are the same as those of gate

arrays, these UPICs are highly useful as sample LSIs to evaluate the breadboard and circuit opera-

tions before the development of gate arrays. Compared with gate array products, the development

cost of UPICs can be kept very low, and the development period is short. For these reasons, UPICs

are also used to check parts of large-scale LSIs.

ASIC for multiple users (ASSP)

ASSPs are standard LSIs produced by the manufacturer for specific fields. Because they are

designed and produced by the manufacturer, the user does not have to shoulder any development

burden and there is no limit to the production quantity. These LSIs include graphics display control-

lers and field memories.

Selection Guide X10679EJHV0SG00

157

Semi-Custom IC

NEC’s ASICs

Selecting an LSI

Users' products increasingly require the following features:

High added value

Implementation in software

Total solutions

System integration, etc.

Integrating the circuits formerly implemented with conventional ICs using an ASIC is the best way to

achieve these things. Consequently, it is important to select an ASIC manufacturer who can provide you

with powerful device technology, system technology, and upstream software support.

NEC offers a variety of ASIC products that can satisfy every user's needs, as well as comprehensive

support. The key to selecting the most suitable ASIC product is completely understanding the character-

istics required by the entire system to be developed and the circuits to be integrated into an ASIC.

These characteristics include the following conditions:

• Development investment

• Development period (delivery period)

• Quantity of production

• Necessary functions and performance

• Application

If you use the list of criteria on the next page, taking these points into consideration, you can find the

ASIC you really need.

158

Selection Guide X10679EJHV0SG00

Semi-Custom IC

NEC’s ASICs

Criteria for Selection (1/4)

Whether a full-custom or semi-custom LSI should be used, or whether ASSP or general-purpose LSI

should be used depend on your concept, development plan, and the characteristics you require. By

considering the items in the following diagram you can select the products that satisfy all your require-

ments. The subsequent sections 1 through 4 compare the major semi-custom products and full-custom

products for your reference.

Criteria for selection

Full-custom LSI

• Purpose of IC

• Application

• Operating conditions

Concept

and environment

• Package

User

• Targeted price

Semi-custom LSI

Gate array

•

Quantity of samples and

delivery period

Cell-based IC

Embedded array

Analog master

Mixed signal ASIC

Desired development cost

Develop-

ment plan

System

• Quantity and period

of mass production

• Life cycle

• Circuit I/O conditions

• Circuit diagram

• Circuit characteristics

and constants

Characte-

ristics

• Reliability test

• Pin arrangement

Selection Guide X10679EJHV0SG00

159

Semi-Custom IC

NEC’s ASICs

Criteria for Selection (2/4)

Development Period and Relative Performance

As shown in the figure on the right, full-

custom LSIs have high performance but

require a long development period. In con-

trast, the development period of semi-custom

LSIs, such as gate arrays and analog masters,

is shorter, although these LSIs have some

redundant functions.

Full-custom

Cell-based IC

Mixed signal ASIC

Embedded array

For embedded arrays, the wafer is pro-

duced when the macros to be used have been

determined. In the meantime, the circuits are

determined through simulation. After simula-

tion has been completed, only the wiring

process is left, and development can be

completed in almost the same period as gate

arrays. If the macros and gate scale of the

wafer are the same as those of gate arrays,

the wafer can be used as a master wafer;

consequently, the development period is

equivalent to that of gate arrays.

Analog master *

Gate array

* Performance relative to full-custom

2

3

4

5

6 7 8910

20

30 40 50

Development period (No. of week after determination of specifications)

Cell-based ICs, and new semi-custom LSIs

fall somewhere between full-custom LSIs and

gate arrays. Although these LSIs offer

performance and functions comparable to

those of full-custom LSIs, their development

period is only slightly longer than that of gate

arrays.

160

Selection Guide X10679EJHV0SG00

Semi-Custom IC

NEC’s ASICs

Criteria for Selection (3/4)

Development Investment and Element Cost

As shown in the figure on the right, there is

an clear relationship between the development

investment and unit cost.

PLD/

Mixed signal ASIC

PLD (Programmable Logic Device) and

FPGA (Field Programmable Gate Array) are

types of general-purpose LSIs with a design

philosophy close to that of gate arrays. You

can purchase one unit of these LSIs, and can

program and use the LSI on the day you

purchase it. Therefore, the development

investment is extremely low. However, the

price per element of PLDs and FPGAs is high.

Conversely, although the development

period and cost of a full-custom LSI are

higher, the unit price of each element is very

low, partly because almost 100% of the

elements are used and partly because the full-

custom LSI is usually mass-produced.

The various semi-custom LSI products fall

between these two. Therefore, semi-custom

LSIs are ideal if the development period and

cost are limited and at the same time, the unit

price of the element must be kept low.

In addition, because many development

tools and standard cell libraries are available

for semi-custom LSIs , the development period

can be further shortened.

FPGA

Analog master

Embedded

array

Gate array

Full-custom

Cell-based IC

Development investment (period, cost)

High

Selection Guide X10679EJHV0SG00

161

Semi-Custom IC

NEC’s ASICs

Criteria for Selection (4/4)

Total Production and Gate Units (Guideline)

One of the indexes that indicate the price of

an LSI is a gate unit price. The gate unit price

of PLD and general-purpose LSIs is low if the

production is small. However, the unit price

does not decrease even if the volume of

production increases.

Cell-based IC

Full-custom

Full-custom LSIs are not profitable unless

they are produced in a large quantity.

Semi-custom LSIs can be profitable whether

they are produced in a small or large quantity.

Of these semi-custom LSIs, gate arrays are

more suitable for small-scale production than

cell-based ICs.

PLD, general-purpose IC,

FPGA

Gate array

Cell-based IC

Gate array

Full-custom

Large

Production

● Suitability for Different Types of Circuit

Semi-custom LSI

Gate array

Circuits can be broadly classified into

analog circuits and digital circuits.

As shown in the figure on the right, among

the semi-custom LSIs gate arrays are suitable

for digital circuits, and analog masters can be

used to integrate analog circuits. Cell-based

ICs are mainly used for digital circuits, but can

also be used to combine analog and digital

circuits.

Embedded array

Cell-based IC

Mixed signal ASIC

Analog master

A complicated circuit with a special configu-

ration that cannot be realized using semi-

custom LSI must be created as a full-custom

LSI. A full-custom LSI can be used to inte-

grate both analog circuits and digital circuits.

162

Selection Guide X10679EJHV0SG00

Semi-Custom IC

NEC’s ASICs

History of Development of ASIC

NEC developed device technology and basic software for its ASICs in the 1970’s, and started sales of

its ASICs from 1981.

Semi-custom LSIs were first developed in response to demands to improve the performance of

systems such as computers and private branch exchanges. When the advantages of ASICs became

more widely recognized as device development and tool organization advanced in the 1980’s, the use of

ASICs increasingly became widespread.

Today, users who have experience of development using gate arrays wish to develop using ASICs to

acheive a larger scale and higher performance. Consequently, device manufacturers are required to

supply state-of-the-art semiconductor chips and efficient design environments.

To satisfy these requirements, NEC supplies a wide range of services including an extensive line-up

of processes and technologies, and integrated CAD systems using original EWS and networking.

(Year)

81

82

83

84

85

86

87

88

89

90

91

92

93

94

95

96

97

98

Sales start

Gate array

TTL

TTL-2

TTL-3

TTL-2A

ECL

ECL-2

ECL-3

ECL-3A

ECL-4

ECL-3B ECL-4A

BiCMOS-5

ECL-4R

BiCMOS

CMOS

ASA^NOTE

BiCMOS-4 BiCMOS-4A

BiCMOS-8 QB-8

CMOS-2 CMOS-3

CMOS-4

CMOS-5 CMOS-6 CMOS-7

CMOS-8/

8L/8LCX

CMOS-9 CMOS- CMOS- CMOS-

CMOS-

N5

8LHD

8LH

9HD

Universal PCI MV

series series

CB-C10

Cell-based IC

Standard cell

Custom micro

CB-C7

CB-C8

CB-C8 CB-C9

VX/VM

CB-C9

VX/VM

SC-4

SC-5

CMICRO-4 CMICRO-5

EA-C10

Embedded array

Analog master

EA-C9 EA-9HD

CHS

V-CHS

M-CHS

CHS-A

BiCMOS

Mixed signal ASIC

Design environment

MA-8

MA-9

VISTASL^TM

C&C VAN VISTASLII VISTASLIII

OPENCAD^TM

OPENCAD V4

OPENCAD V5

Note Application Specific Arrays

Remark : Maintenance parts

Selection Guide X10679EJHV0SG00

163

Semi-Custom IC

NEC’s ASICs

NEC's ASIC Products (1/2)

Gate array

Gate arrays are semi-custom LSIs. Gates are laid out on master

wafers in the form of an array. These gates are wired together to

create the desired LSI.

To lay out gates, an area where no gates are placed may be

provided on the wafer (channel structure) or gates may be laid out

over the entire surface of the wafer (channel-less structure).

The channel gate arrays have fixed wiring areas and gate areas.

Almost all the gates of these gate arrays can be used. However, it is

difficult to integrate memories on these gate arrays.

The channel-less gate arrays can be used to integrate a large-scale

system on a single chip. They allow you to determine the width of the

wiring area and the shape of the gates freely and to integrate memo-

ries efficiently.

Cell-based IC

Cell-based ICs are high-performance semi-custom LSIs for integrat-

ing memories such as RAM and ROM, CPU, CPU peripherals, and

analog circuits, as well as logic, on a single chip, by means of a

building block type standard cell design technique.

Cell-based ICs cannot only realize a density higher than gate arrays

and embedded arrays, but also integrate high-performance macros.

Therefore, they have increasingly grown in popularity recently as semi-

custom LSIs for achieving systems-on-chip.

Unlike gate arrays, no master wafers are available for cell-based

ICs, and a cell-based IC is processed from the very first process, i.e.,

the diffusion process, to satisfy the user's particular requirements.

164

Selection Guide X10679EJHV0SG00

Semi-Custom IC

NEC’s ASICs

NEC's ASIC Products (2/2)

Embedded array

Embedded arrays are high-performance semi-custom LSIs that use

the basic cells of a gate array in the internal area, and that can be

used to integrate memories like cell-based ICs, such as RAM and

ROM.

LSIs with sophisticated functions and high performance comparable

to those of cell-based ICs can be created.

Because the wafer is produced in parallel with simulation, only the

wiring process must be done after simulation has been completed.

Consequently, the development period up to completion of a sample is

as short as that of gate arrays.

If a cell-based IC is used for initial production, the production of the

system can be started in a short time.

If the macro configuration and gate scale are the same, the same

master wafer can be used to develop other LSIs. Therefore, many

variations of LSIs can be created at a lower cost than cell-based ICs.

In addition, the circuits of embedded arrays can be easily modified,

so that the risk involved in development can be lowered.

Analog master

An analog master is used to create an analog LSI by using a master

wafer on which transistors, resistors, and capacitors are laid out in

advance, and desiging the appropriate wiring in a similar way to when

a gate array is used.

If you think it would be too difficult to create a full-custom analog

circuit from the viewpoint of development period, cost, and the quantity

of ICs used, the analog master is the ideal product.

Mixed signal ASIC

This is a semi-custom LSI that integrates the functions of a CMOS

gate array and an analog semi-custom IC on a single chip.

The gate array block consists of the basic cells of a CMOS gate

array, and can be designed in the same manner as a gate array.

The analog delay block incorporates CMOS transistors and bipolar

transistors for analog circuits, so that high-performance analog circuits

can be constructed.

Selection Guide X10679EJHV0SG00

165

Semi-Custom IC

0.25 µm ASIC

EA-C10 Family

Features (1/3)

High-density, super high-speed, and low-power consumption embedded array using the most advanced

0.25 µm technology

• High-level function and high-performance LSI compatible to cell-based IC

• 2.5 V/3.3 V interface

• Short turn around time equivalent to gate array

• High-density of system-on-a-chip level

• Easy development and modification of derivative models

• Macro maintenance common to cell-based IC (CB-C10) (including analog circuit)

Family Name

EA-C10

7 million gates

2.5 V ± 0.2 V

59 ps

Maximum density (total number of gates)

Supply voltage

Internal gate ^{Note 1}

Delay time

Input buffer ^{Note 2}

Output buffer ^{Note 3}

79 ps

1363 ps

Power consumption

µ

0.14 W/MHz/cell (internal gates)

Notes 1. 2-input NAND power gate, fanout: 1, wiring length: 0.5 mm

2. Fanout: 2, wiring length: 0 mm

3. Load capacitance: 50 pF, I^OL= 12 mA

166

Selection Guide X10679EJHV0SG00

Semi-Custom IC

0.25 µm ASIC

EA-C10 Family

Features (2/3)

Wide variety of macro libraries (1/2)

Functional cell

Compiled macro (cell-based IC type)

Logic gate

Delay gate

Adder

High-speed 1-port RAM

High-speed 2-port RAM

Super high-speed 1-port RAM

High-density 1-port RAM

High-density 2-port RAM

High-speed ROM

Decoder

Multiplexer

Latch

Flip-flop

Shift register

Counter

Mega macro to be developed

Consumer

PC

Portable equipment Communication

Macro name

Graphic

PCI controller

USB

IEEE1394

V8×× CPU

V^R4××× CPU

V30MZ^TM

MPEG2 (decoder)

A/D, D/A

Modem CODEC

DSP (SPRX, OAK/Pine)

ARM CPU

ATM (25MHz, 155MHz)

Ethernet 10/100 Base PHY, MAC

RAC (Rambus^TMASIC Core cell)

2D, 3D accelerator

Remarks 1. The release schedule differs depending on the macro. For details, consult NEC.

2. Including macro libraries under development and under study

Selection Guide X10679EJHV0SG00

167

Semi-Custom IC

0.25 µm ASIC

EA-C10 Family

Features (3/3)

Wide variety of macro libraries (2/2)

I/O buffer

LVCMOS/LVTTL

High-speed I/O

GTL/GTL+ (Gunning Transceiver Logic)

PCI^{Note 1}(Peripheral Component Interconnect)

HSTL (High Speed Transceiver Logic)

pECL (Pseudo Emitter Coupled Logic)

SSTL (Stub Series Terminated Transfer Logic)

LVDS (Low Voltage Differential Signaling)

USB (Universal Serial Bus)

Slew rate buffer

3-state buffer

Open-drain buffer

Others

DPLL (to 250 MHz)

APLL (to 500 MHz)

Multiplier

IEEE1394

RAM macro (gate array type)^{Note 2}

UART

Register file

High-speed 1-port RAM

High-speed 2-port RAM

DRAM

Flash memory

Scan block

JTAG

Notes 1. Interface standard proposed by Intel.

2. RAM macro for gate array. Bit/word fixed.

Remarks 1. The release schedule differs depending on the macro. For details, consult NEC.

2. Including macro libraries under development and under study

168

Selection Guide X10679EJHV0SG00

Semi-Custom IC

0.25 µm ASIC

CB-C10 Family

Features (1/3)

High-density, super high-speed, and low-power consumption cell-based IC using the most

advanced 0.25 µm technology

In addition to featuring a high-density of 20 million gates (MAX.) and low-power consumption, high-

speed internal gates, the EA-C10 Family achieves system-on-chip capabilities through a wide variety

of application-oriented macros.

Features

Furthermore, a macro library which operates on low voltage (to 1.8 V) is also being prepared.

Family Name

CB-C10

20M gates (15M gates)

2.5 V ± 0.2 V

93.4 ps

Maximum density (number of usable gates)

Supply voltage

Internal gate ^{Note 1}

Delay time

Input buffer ^{Note 2}

Output buffer ^{Note 3}

31.5 ps

1363 ps

Power consumption

0.04 µW/MHz/gate

Note 1. 2-input NAND power gate, fanout: 1, wiring length: 0 mm

2. Fanout: 2, wiring length: 0 mm

3. Load capacitance: 50 pF, I^OL= 12 mA

Selection Guide X10679EJHV0SG00

169

Semi-Custom IC

0.25 µm ASIC

CB-C10 Family

Features (2/3)

Wide variety of macro libraries (1/2)

Functional cell

Compiled macro

High-speed 1-port RAM

Logic gate

Delay gate

Adder

High-speed 2-port RAM

Super high-speed 1-port RAM

High-density 1-port RAM

High-density 2-port RAM

High-speed ROM

Decoder

Multiplexer

Latch

Flip-flop

Shift register

Counter

Mega macro to be developed

Consumer

PC

Portable equipment Communication

Macro name

Graphic

PCI controller

USB

IEEE1394

V8×× CPU

V

R

4××× CPU

V30MZ

MPEG2 (decoder)

A/D, D/A

Modem CODEC

DSP (SPRX, OAK/Pine)

ARM CPU

ATM (25MHz, 155MHz)

Ethernet 10/100 Base PHY, MAC

RAC (Rambus^TMASIC Core cell)

2D, 3D accelerator

Remarks 1. The release schedule differs depending on the macro. For details, consult NEC.

2. Including macro libraries under development and under study

170

Selection Guide X10679EJHV0SG00

Semi-Custom IC

0.25 µm ASIC

CB-C10 Family

Features (3/3)

Wide variety of macro libraries (2/2)

I/O buffer

LVCMOS/LVTTL

High-speed I/O

GTL/GTL+ (Gunning Transceiver Logic)

PCI^Note(Peripheral Component Interconnect)

HSTL (High Speed Transceiver Logic)

pECL (Pseudo Emitter Coupled Logic)

SSTL (Stub Series Terminated Transfer Logic)

LVDS (Low Voltage Differential Signaling)

USB (Universal Serial Bus)

Slew rate buffer

3-state buffer

Open-drain buffer

Others

DPLL (to 250 MHz)

APLL (to 500 MHz)

Multiplier

IEEE1394

UART

Register file

DRAM

Flash memory

Scan block

JTAG

Note

Interface standard proposed by Intel.

Remarks 1. The release schedule differs depending on the macro. For details, consult NEC.

2. Including macro libraries under development and under study

Selection Guide X10679EJHV0SG00

171

Semi-Custom IC

Gate Array

What Is a Gate Array ?

When producing LSIs, the diffusion process

that forms elements such as transistors on a

silicon wafer takes a long time. With gate

arrays, manufacturers can supply wafers called

master wafers whose diffusion process has

been completed. On a master wafer, logic

gates (basic cells) are arranged in the shape of

a grid (array). These basic cells are not wired

to each other at first, and are electrically

independent. When the required circuit has

been determined, these basic cells are com-

bined to create it. Therefore, because the user

produce product in the short time required for

the processes following the wiring process, very

short development times are possible. In

addition, even a small quantity of products can

be produced at a low cost by individually wiring

master wafers chosen from the many different

types readily available.

NEC ASIC

ASIC

ASCP/USIC

Full-custom LSI

Semi-custom LSI

Gate array

Cell-based IC

Analog master

ASSP

Image processing LSI

Audio LSI

Automobile LSI

Communications LSI

As the density of gate arrays has increased,

a type called the channel-less gate array that

can be used to integrate a large-scale system

on a single chip has come into the spotlight.

A channel-less gate array does not have a

wiring area, unlike conventional gate arrays, but

has transistors over its entire surface. The

major features of the channel-less gate array, in

addition to a short development period, are as

follows:

Silicon wafer

(before diffusion)

Master wafer

(after diffusion)

Chip of gate array

Channel structure

• Memories can be efficiently implemented.

• The width of the wiring area and the shapes

of the gates can be determined as you like.

Channel-less structure

172

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

Product Line-Up

NEC offers 89 different gate array models (78 CMOS models, 11 BiCMOS models) with the world's

highest performance and density, backed up by its leading-edge technology. These gate arrays are

employed in a wide range of fields, such as electronic games, household appliances, optical communica-

tions equipment, and super computers.

Product Line-up

0.6 ns

CMOS-6S

CMOS-6

0.5 ns

CMOS-6A

0.4 ns

CMOS-8L

0.3 ns

CMOS-8

CMOS-N5

CMOS-9HD

0.2 ns

QB-8

0.1 ns

1 K

2 K

3 K

5 K

10 K

20 K

30 K

50 K

100 K

200 K

300 K

500 K

1 M

2 M

3 M

Number of gates

Channel-less CMOS : CMOS-N5, CMOS-9HD, CMOS-8, CMOS-8L, CMOS-6, CMOS-6A, CMOS-6S

BiCMOS : QB-8

Selection Guide X10679EJHV0SG00

173

Semi-Custom IC

Gate Array

Features of NEC Gate Arrays

Wide variety of models

Many different models are available,suitable for all kinds of systems.

CMOS gate arrays

: 7 families, 78 models

: 1 families, 11 models

BiCMOS gate arrays

High density and high speed thanks to leading edge technology

The CMOS-9HD family employs a 0.35-µm CMOS technology, 3-layer wiring technology, and channel-

less structure. As a result, a density of up to 1.6M gates (1.1M usable gates) and a speed of 107ps

have been achieved, enabling large-scale system integration on a single chip.

Drastic cost reduction

The CMOS-N5 family is a gate array that provides high-speed operation with a 5-V power supply

voltage. Drastic cost reductions have been achieved thanks to higher integration by the adoption of

0.5 µm technology (2-layer wiring), and lowering the package assembly cost.

High-level gate arrays from many libraries

Because many library functions are available, its easy to improve the functionality of your system.

Moreover, every technology is standardized to facilitate design.

Macros of large-scale CPU peripheral circuits are available for CMOS gate arrays, shortening the

designing period and improving the functionality of your systems.

174

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

Which Gate Arrays Is Best-Suited to Your System ?

Start

Yes

High-speed

interface?

QB-8

No

Density,

operating speed

3.3V

High

Supply voltage

5V

CMOS-9HD

CMOS-8L

Low

High

Operating speed

Low

CMOS-8

CMOS-6

CMOS-6A

CMOS-6S

Low

Density

Middle

CMOS-N5

Selection Guide X10679EJHV0SG00

175

Semi-Custom IC

Gate Array

CMOS Gate Arrays

Product Line-Up

NEC offer many types of CMOS gate arrays including the CMOS-6 family with a design rule of 1.0

µm and the CMOS-9HD family with a design rule of 0.35 µm.

These CMOS gate arrays have densities from 1.8K gates to 1.6M gates (78 models) and satisfy a

wide range of user needs by providing compound functions with integrated memories and keeping the

operating voltage low.

3.3-V power supply

CMOS-9HD

(0.35µ m)

CMOS-8L

µ

(0.5 m)

5-V power supply

<NEW>

CMOS-8

CMOS-N5

(0.6µm)

(0.5µm)

CMOS-6

µ

(1.0 m)

89

90

91

92

93

94

95

96

97

98Year

176

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-6 Family

Available Models

µ

PD65658

42240

31680

236

µ

PD65664

72576

54432

304

µ

PD65672

119232

89424

384

µ

PD65676

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

177408

133056

464

0.5 ns (fanout: 2, wiring length: 2 mm)

0.4 ns (fanout: 2, wiring length: 2 mm)

1.0 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

2.0 ns (C = 15 pF)

L

Output drive capability

Supply voltage

Remark

I

OL = 4.5, 9.0, 13.5, 18.0, 24.0 mA

5 V

* 2-input NAND conversion (1 cell = 1 gate) ** Cell utilization rate: 75 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

CMOS-6A Family

Available Models

PD65630 PD65636 PD65640 PD65646 PD65650 PD65654 PD65656 PD65662

µ

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

5376

3225

100

8000

4800

116

11520

6912

136

16240

9744

156

21120

12672

176

30720

18432

208

40480

24288

220

70272

42163

288

0.5 ns (fanout: 2, wiring length: 2 mm)

0.4 ns (fanout: 2, wiring length: 2 mm)

1.0 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

2.0 ns (C = 15 pF)

L

Output drive capability

Supply voltage

Remark

I

OL = 4.5, 9.0, 13.5, 18.0, 24.0 mA

5 V

* 2-input NAND conversion (1 cell = 1 gate) ** Cell utilization rate: 60 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

Selection Guide X10679EJHV0SG00

177

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-6S Family

Available Models

µ

PD65611

1836

1101

80

µ

PD65621

3484

µ

PD65625

5312

µ

PD65643

13416

8049

µ

PD65653

25488

15292

236

Internal gates*

Number of usable gates**

Number of pads^Note

Internal gate

2090

3187

100

120

176

0.5 ns (fanout: 2, wiring length: 2 mm)

0.4 ns (fanout: 2, wiring length: 2 mm)

1.0 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

2.0 ns (C = 15 pF)

L

Output drive capability

Supply voltage

Remark

I

OL = 4.5, 9.0, 13.5, 18.0, 24.0 mA

5 V

* 2-input NAND conversion (1 cell = 1 gate) ** Cell utilization rate: 60 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

178

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-6/6A/6S Family

Library

I/O buffer

Memory block

Function block

Mega macro

Function

Input buffer

Output buffer

Bidirectional buffer

Low-noise buffer

Fail-safe buffer

Oscillation circuit

High-speed single-port RAM

High-speed dual-port RAM

High-density single-port RAM

Compiled RAM

Logic gate

Buffer

Inverter

3-state buffer

Driver

DMA controller

Serial interface unit

Parallel interface unit

Timer/counter

ROM

Interrupt controller

Delay

Adder

Decoder

Multiplexer

Latch

Flip-flop

Shift register

Counter

Others

Characteristics

Absolute Maximum Ratings

Recommended Operating Conditions

CMOS Level

TTL Level

Parameter

Supply voltage

Input/output voltage

Output current

Operating temperature

Storage temperature

Symbol

Rating

–0.5 to +6.5

–0.5 to V^DD+ 0.5

40^Note1

Unit

V

Parameter

Symbol

Unit

MIN.

4.5

0.7 V^DD

0

MAX.

MIN.

MAX.

VDD

Supply voltage

VDD

5.5

4.75

2.2

0

5.25

V

VI

/VO

V

High-level input voltage

Low-level input voltage

Input rise time

VIH

V

DD

VDD

I

O

mA

˚C

I

30^Note2

20^Note3

10^Note4

VIL

0.3 VDD

200

4.0

0.8

200

2.4

1.8

1.5

V

t

r

0

ns

V

I

Input fall time

t

f

0

Positive trigger voltage

Negative trigger voltage

Hysteresis voltage

VP

VN

VH

1.8

0.6

0.3

1.2

0.6

0.3

T

A

–40 to +85

–65 to +150

3.1

V

T

stg

˚C

1.5

V

Notes 1. IOL (MIN.) = 18.0 mA type

2. I^OL(MIN.) = 13.5 mA type

3. I^OL(MIN.) = 9.0 mA type

4. I^OL(MIN.) = 4.5 mA type

Caution If any of the parameters exceeds the absolute maximum ratings, even momentarily, the quality of the product may

be impaired. The absolute maximum ratings are values that may physically damage the product(s). Be sure to use

the product(s) within the ratings.

DC Characteristics

Parameter

Static current consumption

Off-state output leakage current

Output short-circuit current

Normal input

Symbol

Conditions

= VDD or GND

MIN.

TYP.

MAX.

280

Unit

IDDS

V

I

0.1

A

µ

±10

µ A

mA

µ A

mA

µ A

V

I

OZ

O

I

= VDD or GND

= 0V

I

OS

–250

±10

I

= VDD or GND

= GND

±10^–5

–131

–1.0

131

with pull-up (50 kΩ)

I

–45

–0.35

45

–320

–2.2

320

Input leakage

current

with pull-up (5 kΩ)

I

= GND

with pull-down (50 kΩ)

I

= VDD

High-level output voltage (CMOS)

High-level output voltage (TTL)

Low-level output voltage

VOH

I

OH = 0mA

OL = 0mA

V

DD – 0.1

VOH

2.6

V

VOL

0.1

V

Remark The above values are under the recommended operating conditions shown above.

For the details of the DC characteristics when other supply voltage (3.0 V ± 10%) is used, refer to the Design Manual.

Selection Guide X10679EJHV0SG00

179

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-8 Family

Available Models (2-layer wiring)

µ

PD65800

11712

7027

µ

PD65801

21504

12902

228

µ

PD65802

32000

19200

268

µ

PD65803

42688

25612

308

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

172

0.29 ns (fanout: 2, wiring length: 2 mm)

0.20 ns (fanout: 2, wiring length: 2 mm)

0.36 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

1.73 ns (C

OL = 3.0, 6.0, 9.0, 12.0, 18.0, 24.0 mA

5 V ± 10% (CMOS level), 5 V ± 5% (TTL level)

* 2-input NAND conversion ** Cell utilization rate: 60 %

L

= 15 pF)

Output drive capability

Supply voltage

Remark

I

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

Available Models (3-layer wiring)

PD65804

42688

32016

308

PD65806

58752

44064

356

PD65808

PD65810

103680

77760

468

PD65811

138776

104082

524

PD65812

176720

132540

588

PD65813

233280

174960

676

µ

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

82432

61824

420

0.29 ns (fanout: 2, wiring length: 2 mm)

0.20 ns (fanout: 2, wiring length: 2 mm)

0.36 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

1.73 ns (C

OL = 3.0, 6.0, 9.0, 12.0, 18.0, 24.0 mA

5 V ± 10% (CMOS level), 5 V ± 5 % (TTL level)

* 2-input NAND conversion ** Cell utilization rate: 75 %

L

= 15 pF)

Output drive capability

Supply voltage

Remark

I

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

180

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-8 Family

Library

I/O buffer

Memory block

Function block

Mega macro

Function

Input buffer

Output buffer

Bidirectional buffer

Low-noise buffer

Fail-safe buffer

High-speed single-port RAM

High-speed dual-port RAM

High-density single-port RAM

ROM

Logic gate

Buffer

Inverter

3-state buffer

Clock driver

Delay

DMA controller

Serial interface unit

Parallel interface unit

Timer/counter

Interrupt controller

PCI buffer

GTL (under development)

D-PLL (under development)

Oscillation circuit

Adder

Decoder

Multiplexer

Latch

Flip-flop

Shift register

Counter

Others

Characteristics

Recommended Operating Conditions

Absolute Maximum Ratings

Parameter

Supply voltage

Input/output voltage

Output current

Operating temperature

Storage temperature

Symbol

Rating

–0.5 to +6.5

–0.5 to V^DD+ 0.5

60^Note1

Unit

V

CMOS Level

TTL Level

Parameter

Symbol

Unit

VDD

MIN.

4.5

0.7 V^DD

0

MAX.

MIN.

MAX.

VI

/VO

V

Supply voltage

VDD

5.5

4.75

2.2

0

5.25

V

I

O

mA

°C

High-level input voltage

Low-level input voltage

Input rise time

VIH

V

DD

VDD

I

40^Note2

30^Note3

20^Note4

15^Note5

VIL

0.3 VDD

200

4.0

0.8

200

2.4

1.8

1.5

V

I

t

r

0

ns

V

Input fall time

t

f

0

Positive trigger voltage

Negative trigger voltage

Hysteresis voltage

VP

VN

VH

1.8

0.6

0.3

1.2

0.6

0.3

10^Note6

3.1

V

T

A

–40 to +85

–65 to +150

1.5

V

T

stg

°C

Notes 1. IOL (MIN.) = 24.0 mA type 4. I^OL(MIN.) = 9.0 mA type

2. I^OL(MIN.) = 18.0 mA type 5. I^OL(MIN.) = 6.0 mA type

3. I^OL(MIN.) = 12.0 mA type 6. I^OL(MIN.) = 3.0 mA type

Caution If any of the parameters exceeds the absolute maximum ratings, even momentarily, the quality of the product may

be impaired. The absolute maximum ratings are values that may physically damage the product(s). Be sure to use

the product(s) within the ratings.

DC Characteristics

Parameter

Static current consumption

Off-state output leakage current

Output short-circuit current

Normal input

Symbol

Conditions

= VDD or GND

MIN.

TYP.

MAX.

200

Unit

IDDS

V

I

0.1

A

µ

±10

µA

mA

µA

mA

µA

V

I

OZ

O

I

= VDD or GND

= 0V

I

OS

–250

±10

I

= VDD or GND

= GND

±10^–5

–131

–1.0

131

with pull-up (50 kΩ)

I

–45

–0.35

45

–320

–2.2

320

Input leakage

current

with pull-up (5 kΩ)

I

= GND

with pull-down (50 kΩ)

I

= VDD

High-level output voltage (CMOS)

High-level output voltage (TTL)

Low-level output voltage

VOH

I

OH = 0 mA

OL = 0 mA

V

DD – 0.1

VOH

2.6

V

VOL

0.1

V

Remark The above values are under the recommended operating conditions shown above. For the details refer to the Design Manual.

Selection Guide X10679EJHV0SG00

181

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-N5 Family

Features

The CMOS-N5 family is a channel-less type gate array that provides high speed operation with a 5-

V power supply voltage.

Drastic cost reductions have been achieved compared with the conventional CMOS-6 and CMOS-8

families thanks to higher integration by the adoption of 0.5 µm technology (2-layer wiring), and

lowering the package assembly cost.

NEW

CMOS-6 Family

CMOS-N5 Family

CMOS-8 Family

Integration

• 3K to 120K gates (number of integrated gates)

• 2K to 74K gates (number of usable gates)

High-speed operation (preliminary)

• t^PD= 0.2 ns (2-input NAND (power gate), fanout = 2, standard wiring length)

• Operating frequency: 60 MHz max.

Function blocks

• RAM block (1 port/2 ports)

• Oscillation block

• CTS block

182

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-N5 Family

Available Models (Preliminary)

µ

PD65880

3456

2073

72

µ

PD65881

5880

3528

88

µPD65882 µPD65883 µPD65884 µPD65885 µPD65887 µPD65889 µPD65890 µPD65893

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

13952 25344 33864 40768 56496 76000 99528 123384

8371

120

15206 20318 24460 33897 45600 59716 74030

160 184 244 284 324 372 412

0.29 ns (fanout: 2, standard wiring length)

0.20 ns (fanout: 2, standard wiring length)

0.36 ns (fanout: 2, standard wiring length)

Power gate

Input buffer

Output buffer

1.73 ns (C

OL = 3, 6, 9, 12, 18, 24 mA

5 V ± 10 % (CMOS level)

* 2-input NAND conversion ** Cell utilization rate: 60 %

L

= 15 pF)

Output drive capability

Supply voltage

Remark

I

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

Selection Guide X10679EJHV0SG00

183

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-8L Family

Available Models (2-layer wiring)

PD65837 PD65839 PD65840 PD65841 PD65842 PD65843 PD65845 PD65846

µ

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

4480

2912

80

7904

5137

104

10912

6547

164

20832

12499

204

30192

18115

212

40592

24355

244

52528

31516

276

61904

37142

300

0.33 ns (fanout: 2, wiring length: 2 mm)

0.21 ns (fanout: 2, wiring length: 2 mm)

0.71 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

1.44 ns (C = 15 pF)

L

Output drive capability

Supply voltage

Remark

I

OL = 3, 6, 9, 12, 18, 24 mA

3.3 V ± 0.3 V

* 2-input NAND conversion (1 cell = 1 gate) ** Cell utilization rate: 60 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

PD65848 PD65849 PD65850 PD65851 PD65852 PD65853 PD65855 PD65858

µ

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

81984

49190

340

102272

61363

380

120768

72460

412

148256

88953

452

202752

121651

524

255744

153446

588

342000

205200

676

488720

293232

804

0.33 ns (fanout: 2, wiring length: 2 mm)

0.21 ns (fanout: 2, wiring length: 2 mm)

0.71 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

1.44 ns (C = 15 pF)

L

Output drive capability

Supply voltage

Remark

I

OL = 3, 6, 9, 12, 18, 24 mA

3.3 V ± 0.3 V

* 2-input NAND conversion (1 cell = 1 gate) ** Cell utilization rate: 60 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

184

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-8L Family

Available Models (3-layer wiring)

PD65860 PD65861 PD65862 PD65863 PD65865 PD65866 PD65868 PD65869

µ

Number of integrated gates*

10912

8184

164

20832

15624

204

30192

22644

212

40592

30444

244

52528

39396

276

61904

46428

300

81984

61488

340

102272

76704

380

Number of usable gates**

Number of pads^Note

Internal gate

0.33 ns (fanout: 2, wiring length: 2 mm)

0.21 ns (fanout: 2, wiring length: 2 mm)

0.71 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

1.44 ns (C = 15 pF)

L

Output drive capability

Supply voltage

Remark

I

OL = 3, 6, 9, 12, 18, 24 mA

3.3 V ± 0.3 V

* 2-input NAND conversion (1 cell = 1 gate) ** Cell utilization rate: 75 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

PD65870

120768

90576

412

PD65871

148256

111192

452

PD65872

202752

152064

524

PD65873

255744

191808

588

PD65875

342000

256500

676

PD65878

488720

366540

804

µ

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

0.33 ns (fanout: 2, wiring length: 2 mm)

0.21 ns (fanout: 2, wiring length: 2 mm)

0.71 ns (fanout: 2, wiring length: 2 mm)

Power gate

Input buffer

Output buffer

1.44 ns (C = 15 pF)

L

Output drive capability

Supply voltage

Remark

I

OL = 3, 6, 9, 12, 18, 24 mA

3.3 V ± 0.3 V

* 2-input NAND conversion (1 cell = 1 gate) ** Cell utilization rate: 75 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

Selection Guide X10679EJHV0SG00

185

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-8L Family

Library

I/O buffer

Memory block

Function block

Mega macro

Function

3 V

High-speed single-port RAM

High-speed dual-port RAM

High-density single-port RAM

ROM

Logic gate

Buffer

Inverter

3-state buffer

Clock driver

Delay

DMA controller

Input buffer

Output buffer

Bidirectional buffer

PCI buffer

5 V (level shifter)

Input buffer

Output buffer

Bidirectional buffer

GTL

Serial interface unit

Parallel interface unit

Timer/counter

Interrupt controller

Adder

Decoder

Multiplexer

Latch

D-PLL

Flip-flop

Shift register

Counter

Others

186

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-8L Family

Characteristics

Absolute Maximum Ratings

Recommended Operating Conditions

V

DD = 3.3V + 0.3V

Parameter

Symbol

Rating

Unit

Parameter

Symbol

Unit

V

MIN.

MAX.

Supply voltage

VDD

–0.5 to +4.6

V

Supply voltage

V

DD

3.0

3.6

Input/output voltage

(3-V interface block)

V

I

/V

O

–0.5 to +4.6

V

High-level input voltage

(3-V interface block)

High-level input voltage

(5-V interface block)

Low-level input voltage

(3-V interface block)

Low-level input voltage

(5-V interface block)

Input rise time

V

IH

2.0

VDD

V

I

nput/output voltage

V

/V

–0.5 to +6.6

(5-V interface block)

Output current

Operating temperature

Storage temperature

V

2.0

0

5.5

0.8

V

I

O

3^Note1

7^Note2

10^Note3

20^Note4

30^Note5

40^Note6

60^Note7

80^Note8

mA

°C

I

V

IL

I

V

0

t

r

0

200

ns

Input fall time

t

f

Positive trigger voltage

(3-V interface block)

Positive trigger voltage

(5-V interface block)

Negative trigger voltage

(3-V interface block)

Negative trigger voltage

(5-V interface block)

Hysteresis voltage

(3-V interface block)

Hysteresis voltage

(5-V interface block)

VP

VN

VH

1.70

2.20

0.60

0.84

1.10

1.36

2.70

2.55

1.20

1.01

1.50

1.54

V

T

A

–40 to +85

–65 to +150

Tstg

°C

Notes 1. IOL (MIN.) = 1.0 mA type

2. I^OL(MIN.) = 2.0 mA type

3. I^OL(MIN.) = 3.0 mA type

4. I^OL(MIN.) = 6.0 mA type

5. I^OL(MIN.) = 9.0 mA type

6. I^OL(MIN.) = 12.0 mA type

7. I^OL(MIN.) = 18.0 mA type

8. I^OL(MIN.) = 24.0 mA type

Caution If any of the parameters exceeds the absolute maximum ratings, even momentarily, the quality of the product may

be impaired. The absolute maximum ratings are values that may physically damage the product(s). Be sure to use

the product(s) within the ratings.

DC Characteristics

Parameter

Static current consumption

Off-state output leakage current

Output short-circuit current

Normal input

Symbol

Conditions

MIN.

TYP.

MAX.

300

Unit

I

DDS

A

µ

±18

µA

mA

µA

V

I

OZ

I

OS

–250

±10

I

V

I

= VDD or GND

±10^{– 5}

–40

with pull-up (50 kΩ)

I

= GND

= VDD

–10

–80

Input leakage

current

with pull-up (5 kΩ)

I

–130

30

–350

65

–640

130

with pull-down (50 kΩ)

I

High-level output voltage (3-V interface block)

High-level output voltage (5-V interface block)

Low-level output voltage

V

OH

I

OH = 0 mA

OL = 0 mA

V

DD – 0.1

DD – 0.2

V

OL

0.1

V

Remark 1. The above values are under the recommended operating conditions shown above. For details, refer to the Design Manual.

2. Blank indicates value is under study.

Selection Guide X10679EJHV0SG00

187

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-9HD Family

Features

The CMOS-9HD family is a collection of channel-less gate arrays employing a 0.35-µm technology.

This family consists of 10 masters with 75K to 1.6M gates.

The most outstanding feature of this family is the scale of integration.

The gate density of this family is about 2.5 times higher than that of the existing CMOS-9 family

0.35-µm gate arrays, thanks to improvement of the cell structure.

In addition, the power consumption is 30 % lower, and thanks to new I/O pad layout technology,

this family offers a large number of pins in addition to the high density.

Conventional (CMOS-9)

Gate density: 2.5 times higher

Power consumption: 30% lower

1.0

0.4

CMOS-9

CMOS-9HD

Conventional

CMOS-8LH

Integration

CMOS-9HD

CMOS-8LHD

CMOS-9

High density, low cost, low power consumption,

high speed, large number of packages/interfaces

188

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-9HD Family

Available Models (3-layer wiring)

µ

PD65943 PD65944 PD65945 PD65946 PD65948 PD65949 PD65951 PD65954 PD65956 PD65958

µ µ µ µ µ µ µ µ µ

Internal gates*

Number of usable gates**

Number of pads^Note

Internal gate

75740 100602 128338 202630 312684 437136 585390 835664 1096452 1615646

53018 70421 89836 141841 218878 305995 351234 501398 657871 969387

172

196

216

268

324

380

436

516

588

708

131 ps (2-input NAND, fanout: 1, standard wiring length)

107 ps (2-input NAND, fanout: 1, standard wiring length)

229 ps (fanout: 2, standard wiring length)

Power gate

Input buffer

Output buffer

1396 ps (C

OL = 1, 2, 3, 6, 9, 12, 18, 24 mA

3.3 V ± 0.3 V

* 2-input NAND conversion ** Cell utilization rate: 70 % (60 % in the largest four masters)

L

= 15 pF, IOL = 9 mA)

Output drive capability

Supply voltage

Remark

I

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

Library

I/O buffer

Memory block

Function block

Mega macro (under development)

Function

3 V

Input buffer

Output buffer

Bidirectional buffer

PCI buffer

Low-noise buffer

Fail-safe buffer

High-speed single-port RAM

High-speed dual-port RAM

Logic gate

Buffer

Inverter

3-state buffer

Clock driver

Delay

DMA controller

Serial interface unit

Parallel interface unit

Timer/counter

Interrupt controller

Adder

5 V (level shifter)

Input buffer

Output buffer

Decoder

Multiplexer

Latch

Bidirectional buffer

GTL (under development)

D-PLL (under development)

Flip-flop

Shift register

Counter

Others

Selection Guide X10679EJHV0SG00

189

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-9HD Family

Characteristics (1/5)

Absolute Maximum Ratings

Parameter

Supply voltage

Input voltage

3-V input buffer

Symbol

Condition

Rating

Unit

VDD

–0.5 to +4.6

V

I

V

I

VI

< VDD + 0.5 V

–0.5 to +4.6

–0.5 to +6.6

V

3-V input buffer

V

with fail-safe function

5-V input buffer

V

Output voltage

3-V output buffer

TTL

V

O

V

O

< VDD + 0.5 V

< VDD + 3.0 V

–0.5 to +4.6

–0.5 to +6.6

V

5-V output buffer

CMOS

V

O

VO

< VDD + 3.0 V

–0.5 to +6.6

V

5-V output buffer

I

OL = 1 mA(FV0B)

OL = 2 mA(FV0B)

3

mA

˚C

7

I

OL = 3 mA(F

OL = 6 mA(F

OL = 9 mA(F

O

09,FV09)

04,FV04)

01,FV01)

10

20

Output current^Note

I

O

30

40

I

OL = 12 mA(F

O

02)

03)

06)

OL = 18 mA(F

OL = 24 mA(F

60

75

Operating temperature

Storage temperature

T

A

–40 to +85

–65 to +150

T

stg

˚C

Note Input current: Maximum value of current that can flow via input protection diode. Output current: Maximum DC current that

can flow through output pin

Caution If any of the parameters exceeds the absolute maximum ratings, even momentarily, the quality of the product may

be impaired. The absolute maximum ratings are values that may physically damage the product(s). Be sure to use

the product(s) within the ratings.

Remark Apart from the buffer with the fail-safe function, apply 5 V or 3 V to the I/O pin after the supply voltage has been stabilized.

190

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-9HD Family

Characteristics (2/5)

Recommended Operating Conditions

Parameter

Supply voltage

Symbol

Conditions

MIN.

3.00

2.00

0

TYP.

3.30

MAX.

Unit

V

VDD

3.60

High-level input voltage

Low-level input voltage

Positive trigger voltage

Negative trigger voltage

Hysteresis voltage

High-level input voltage

Low-level input voltage

Positive trigger voltage

Negative trigger voltage

Hysteresis voltage

Input rise time

VIH

• LVTTL interface buffer

• LVTTL interface buffer with fail-

safe function

V

DD

V

VIL

0.80

2.70

1.40

1.50

5.50

0.80

2.55

1.01

1.54

200

10

V

VP

VN

VH

1.50

0.60

1.10

2.00

0

V

Schmitt

input

V

VIH

• TTL 5-V tolerant interface buffer

• 5-V input buffer

V

VIL

V

VP

VN

VH

2.20

0.84

1.36

0

V

Schmitt

input

V

tri

tfi

tri

tfi

ns

ms

Normal input

Input fall time

0

Input rise time

0

Schmitt input^Note

Input fall time

0

10

Note Do not use this for the clock.

Remark If a signal with a long rise/fall time is input, use a Schmitt trigger input buffer to prevent malfunctioning due to noise

superimposed on the signal line.

Fluctuation of power caused by simultaneous operation of output buffers lower the capability of the Schmitt trigger input

buffer, and therefore, care must be exercised in laying out the pins.

Selection Guide X10679EJHV0SG00

191

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-9HD Family

Characteristics (3/5)

The following values are under the recommended operating conditions shown above. For details,

refer to the Design Manual.

DC Characteristics (1/3)

Parameter

Symbol

Conditions

MIN.

TYP.

MAX.

Unit

Static current consumption^Note1

µPD65943, 65944, 65945

µPD65946, 65948, 65949

µPD65951, 65954, 65956

V

I

= VDD or GND

2.0

300

µ

A

I

DDS

µ

I

DDS

VO

O

= VDD or GND

0

400

800

A

µ

PD65958

V

4.0

Off-state output leakage current^Note2

3-V output

I

OZ

VO

= VDD or GND

±10

µA

TTL 5-V output

I

CMOS 5-V output

I

Output sink current^Note3

CMOS 5-V output

I

R

VPU = 5.5 V RPU = 2 kΩ

10

µA

V

O

= 3.0 V

= GND

Output short-circuit current^Note4

Input leakage current

I

OS

V

O

–250

mA

Normal input

I

V

I

= VDD or GND

±1.0

190

A

µ

With pull-up resistor (50 kΩ)

With pull-up resistor (5 kΩ)

With pull-down resistor (50 kΩ)

Pull-up resistor (50 kΩ)^Note5

Pull-up resistor (5 kΩ)^Note5

Pull-down resistor (50 kΩ)^Note5

I

V

I

= GND

28

280

28

83

700

83

I

VI

1900

190

I

V

I

= VDD

µA

kΩ

RPU

RPD

18.9

1.9

39.8

4.7

107.1

10.7

107.1

18.9

39.8

Notes 1. The static current consumption increases when an I/O block with pull-up/pull-down resistor is used.

2. The output off-state current of the TTL and CMOS 5-V 3-state buffer and I/O buffer slightly increases because of the bias

of the 5-V protection circuit.

3. A sink current flows from the output pin to the internal circuit of the LSI if the TTL and CMOS 5-V output buffer are pulled

up at a voltage higher than the supply voltage of the LSI.

4. The output short-circuit time is 1 second or less for only 1 pin of the LSI.

5. The pull-up resistance and pull-down resistance vary depending on the input and output voltages.

Remark The + and – symbols next to the current values in the above figure indicate the direction of the current. Current flowing into

the device is indicated by + and current flowing out is indicated by –.

Note that the CMOS 5-V tolerant output buffer cannot output a DC high level because of its structure.

192

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-9HD Family

Characteristics (4/5)

DC Characteristics (2/3)

Parameter

Low-level output current^Note1

3-V output type

Symbol

Conditions

MIN.

TYP.

MAX.

Unit

3.0-mA type

6.0-mA type

9.0-mA type

12.0-mA type

18.0-mA type

24.0-mA type

FO09

FO04

FO01

FO02

FO03

FO06

I

OL

V

OL = 0.4 V

VOL = 0.4 V

3.00^Note2

6.00

mA

9.00

12.00

18.00

24.00

Low-level output current^Note1

TTL 5-V output

1.0-mA type

2.0-mA type

3.0-mA type

6.0-mA type

9.0-mA type

12.0-mA type

18.0-mA type

24.0-mA type

FV0A

FV0B

FV09

FV04

FV01

FV02

FV03

FV06

I

OL

VOL = 0.4 V

1.00

2.00

mA

3.00

6.00

9.00

12.00

18.00

24.00

Low-level output current^Note1

CMOS 5-V output

3.0-mA type

6.0-mA type

9.0-mA type

12.0-mA type

18.0-mA type

24.0-mA type

FY09

FY04

FY01

FY02

FY03

FY06

I

OL

VOL = 0.4 V

3.00

6.00

mA

9.00

12.00

18.00

24.00

Notes 1. The specifications of the buffers with the same driving capabilities are the same.

2. 2.00 mA for type with 5-kΩ pull-up resistor

Remark The + and – symbols next to the current values in the above figure indicate the direction of the current. Current flowing

into the device is indicated by + and current flowing out is indicated by –.

Note that the CMOS 5-V tolerant output buffer cannot output a DC high level because of its structure.

Selection Guide X10679EJHV0SG00

193

Semi-Custom IC

Gate Array

CMOS Gate Array

CMOS-9HD Family

Characteristics (5/5)

DC Characteristics (3/3)

Parameter

High-level output current^Note

3-V output type

Symbol

Conditions

MIN.

TYP.

MAX.

Unit

3.0-mA type

6.0-mA type

9.0-mA type

12.0-mA type

18.0-mA type

24.0-mA type

FO09

FO04

FO01

FO02

FO03

FO06

I

OH

V

OH = 2.4 V

VOH = 2.4 V

–3.00

–6.00

mA

–9.00

–12.00

–18.00

–24.00

High-level output current^Note

TTL 5-V output

1.0-mA type

2.0-mA type

3.0-mA type

6.0-mA type

9.0-mA type

12.0-mA type

18.0-mA type

24.0-mA type

FV0A

FV0B

FV09

FV04

FV01

FV02

FV03

FV06

I

OH

V

OH = 2.4 V

–1.00

–3.00

–6.00

mA

Low-level output current^Note

3-V output type

V

OL

I

OL = 0 mA

3-V output type

I

0.1

0.2

0.1

1

V

(with 5-kΩ pull-up resistor)

TTL 5-V output

V

OL

I

OL = 0 mA

CMOS 5-V output

High-level output voltage

3-V output type

V

OH

IOH = 0 mA

OH = 0 mA

V

DD – 0.1

V

TTL 5-V output

I

V^DD– 0.2

Note The specifications of the buffers with the same driving capabilities are the same.

Remark The + and – symbols next to the current values in the above figure indicate the direction of the current. Current flowing into

the device is indicated by + and current flowing out is indicated by –.

Note that the CMOS 5-V tolerant output buffer can not output a DC high level because of its structure.

194

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

BiCMOS Gate Array

QB-8 Family

Features

The QB-8 family is a collection of BiCMOS gate arrays that offer high speed, low power

consumption, and high density, and a price comparable to CMOS devices through the use of an

innovative of cell structure and technology, radicaly changing the image of conventional BiCMOS gate

arrays.

These gate arrays help increase the speed and decrease the power consumption of many elec-

tronic systems such as office machines and communications equipment.

High-speed operation

• Internal gate

t^PD= 107 ps (2-input NAND, fanout: 1, wiring length: 0 mm)

t^PD= 191 ps (2-input NAND, fanout: 2, wiring length: 2 mm)

• Power gate

t^PD= 142 ps (2-input NAND, fanout: 2, wiring length: 2 mm)

Super low power consumption

1.09 µW = (per gate, VDD = 3.3 V at 1 MHz)

Function block

Compatible with CMOS-8L family

Many high-speed interfaces

Maximum operating output frequency

• LVTTL

• GTL

100 MHz

200 MHz

250 MHz

66 MHz

• PECL

• PCI

• HSTL

• LVDS

250 MHz

300 MHz

Selection Guide X10679EJHV0SG00

195

Semi-Custom IC

Gate Array

BiCMOS Gate Array

QB-8 Family

Available Models

µ

PD67821

32832

22982

180

µ

PD67822

44352

31046

204

µ

PD67823

56800

39760

228

µ

PD67824

69520

48664

240

µ

PD67825

93184

65229

284

µ

PD67826

123808

86666

324

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

107 ps (fanout: 1, wiring length: 0 mm), 191 ps (fanout: 2, wiring length: 2 mm)

142 ps (fanout: 2, wiring length: 2 mm)

289 ps (fanout: 2, wiring length: 2 mm)

1.64 ns (load: 15 pF, I^OL= 18 mA)

Power gate

Input buffer

Output buffer

Supply voltage

Output drive capability

I/O interface level

Remark

3.3V ± 0.3V

I

OL = 1, 2, 3, 6, 9, 12, 18, 24 mA

LVTTL, TTL, GTL, HSTL, PECL, PCI

* 2-input NAND conversion **Cell utilization rate: 70 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

µ

PD67827

136752

95726

340

µ

PD67828

167280

117096

372

µ

PD67829

234280

164024

436

µ

PD67830

292896

205027

484

µ

PD67831

381840

267288

548

Number of integrated gates*

Number of usable gates**

Number of pads^Note

Internal gate

107 ps (fanout: 1, wiring length: 0 mm), 191 ps (fanout: 2, wiring length: 2 mm)

142 ps (fanout: 2, wiring length: 2 mm)

289 ps (fanout: 2, wiring length: 2 mm)

1.64 ns (load: 15 pF, I^OL= 18 mA)

Power gate

Input buffer

Output buffer

Supply voltage

3.3 V ± 0.3 V

Output drive capability

I/O interface level

Remark

I

OL = 1, 2, 3, 6, 9, 12, 18, 24 mA

LVTTL, TTL, GTL, HSTL, PECL, PCI

* 2-input NAND conversion **Cell utilization rate: 70 %

Note Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of the package.

196

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

BiCMOS Gate Array

QB-8 Family

Library

I/O buffer

Memory block

Function block

Mega macro (under development)

Function

3 V

High-speed single-port RAM

High-speed dual-port RAM

High-density single-port RAM

High-density dual-port RAM

Logic gate

Buffer

Inverter

3-state buffer

Clock driver

Delay

DMA controller

Input buffer

Output buffer

Bidirectional buffer

PCI buffer

HSTL buffer

Low-noise buffer

Fail-safe buffer

5 V (level shifter)

Input buffer

GTL

Serial interface unit

Parallel interface unit

Timer/counter

Interrupt controller

Adder

Decoder

Multiplexer

Latch

Flip-flop

Shift register

Counter

Others

PECL

LVDS

Selection Guide X10679EJHV0SG00

197

Semi-Custom IC

Gate Array

BiCMOS Gate Array

QB-8 Family

Characteristics (1/2)

Absolute Maximum Ratings

Parameter

Supply voltage

Input voltage

3-V input buffer

Symbol

Condition

Rating

Unit

VDD

–0.5 to +4.6

V

I

V

I

< VDD + 0.5 V

–0.5 to +4.6

–0.5 to +6.6

V

3-V input buffer

V

with fail-safe function

5-V input buffer

V

Output voltage

3-V output buffer

5-V output buffer

V

O

V

O

< VDD + 0.5 V

< VDD + 3.0 V

–0.5 to +4.6

V

–0.5 to +6.6

V

I

OL = 1 mA(FV0A)

OL = 2 mA(FV0B)

3

mA

°C

I

7

I

OL = 3 mA (F

O

09,FV09,FW09)

04,FV04,FW04)

10

OL = 6 mA (F

20

Output current^Note

I

O

IOL = 9 mA (F

O

01)

30

40

I

OL = 12 mA (F

OL = 18 mA (F

OL = 24 mA (F

O

02)

03)

06)

O

60

80

Operating temperature

Storage temperature

T

A

–40 to +85

–65 to +150

T

stg

°C

Note Output current: Maximum DC current that can flow through output pin

Caution If any of the parameters exceeds the absolute maximum ratings, even momentarily, the quality of the product may

be impaired. The absolute maximum ratings are values that may physically damage the product(s). Be sure to use

the product(s) within the ratings.

Remark Apart from the buffer with the fail-safe function, apply 5 V or 3 V to the I/O pin after the supply voltage has been stabilized.

Recommended Operating Conditions

Parameter

Supply voltage

Symbol

Conditions

MIN.

3.00

2.00

0

TYP.

MAX.

Unit

V

VDD

3.30

3.60

High-level input voltage

Low-level input voltage

Positive trigger voltage

Negative trigger voltage

Hysteresis voltage

High-level input voltage

Low-level input voltage

Positive trigger voltage

Negative trigger voltage

Hysteresis voltage

Input rise time

VIH

V

DD

V

VIL

0.80

2.70

1.40

1.50

5.50

0.80

2.25

1.01

1.54

200

10

V

VP

VN

VH

3-V interface

1.50

0.60

1.10

2.00

0

V

VIH

V

VIL

V

VP

VN

VH

5-V interface

2.20

0.84

1.36

0

V

t

ri

ns

ms

Normal input

Input fall time

t

fi

ri

fi

0

Input rise time

t

0

Schmitt input^Note

Input fall time

t

0

10

Note Do not use this for the clock.

198

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Gate Array

BiCMOS Gate Array

QB-8 Family

Characteristics (2/2)

DC Characteristics

Parameter

Static current consumption

µPD67830,67831

Symbol

Conditions

MIN.

TYP.

MAX.

Unit

15

9

4800

3000

1500

700

µA

µPD67827,67828,67829

µPD67824,67825,67826

µPD67821,67822,67823

Off-state output current

3-V output

I

DDS

V

I

= VDD or GND

5

2

I

OZ

V

O

= VDD or GND

±10

±14

µA

5-V output

I

V

Output sink current

5-V output

VPU = 5.5 V RPU = 2 kΩ

I

R

14

A

µ

V

O

= 3.0 V

= GND

Output short-circuit current

Input leakage current

Normal input

I

OS

V

O

–250

mA

I

V

I

= VDD or GND

±10

–144

–1440

144

µA

with pull-up resistor (50 kΩ)

with pull-up resistor (5 kΩ)

with pull-down resistor (50 kΩ)

High-level output voltage

3-V output

V

I

= GND

–30

–300

30

–66

–660

66

V

I

µ

A

VI = VDD

V

OH

I

OH = 0 mA

V

DD – 0.1

DD – 0.2

V

5-V output

V

Low-level output voltage

3-V output

V

OL

I

OL = 0 mA

0.1

V

5-V output

I

Remarks 1. The above values are under the recommended operating conditions shown above.

For details, refer to the Design Manual.

2. Blank indicates values are under study.

Selection Guide X10679EJHV0SG00

199

Semi-Custom IC

Cell-Based IC

Cell-Based IC Line-Up (1/2)

A cell-based IC is an LSI that is designed combining large-scale macros such as existing CPU and

memories, and user’s own circuits. Because its internal logic cells are optimally designed according to

their functions, a large scale of integration with low current consumption can be realized even if the

circuit consists of only logic, as compared with gate arrays.

In addition, a system-on-chip that integrates a high-performance CPU core with analog macros such

as A/D and D/A converters can be realized.

Many families available

Families are available for each technology.

0.8µm CMOS family

0.5µm CMOS family

0.35µm CMOS family

0.25µm CMOS family

:CB-C7 family (HD/FT/VX type)

:CB-C8 family (VX/VM type)

:CB-C9 family (VX/VM type)

:CB-C10 family

The CB-C8 family VM type and CB-C9 family VM type can easily interface with 5-V and 3.3-V signals

by using a buffer with level shifter in a system where 5 V and 3.3 V are used together.

The CB-C9 family VX type internally operates at 2.0 V and has a 3.3-V interface, and is ideal for

portable systems where low power consumption is required, such as cellular telephones.

The CB-C10 family can internally operate at 2.5 V and have a 2.5 or 3.3 V interface to allow larger-

scale systems with lower power consumption. (For details of the CB-C10 family, refer to the description

in the section titled 0.25 µm ASIC in this pamphlet.)

Series development of Cell-Based ICs

CB-C10 family

CB-C10

Super high density,

low power consumption series

Front-end process

(0.25 µm)

Multiple power supplies

CB-C9VM

CB-C9VX

(3V, 5V

full interface)

High density, low

power consumption

CB-C9 family

(0.35

µ

m)

(0.35 µm)

≤

3.3V

CB-C9

(Being replaced by CB-C9VX)

(3V, 5V full interface)

CB-C8 family

Multiple power supplies

(0.5 µm)

CB-C8VM

CB-C8VX

High density, low

power consumption

µ

(0.5 m) 3.3V/5VTTL

CB-C8HD

(Being replaced by CB-C8VX)

3.3V

5V

High density

CB-C7VX

(5V single power supply, medium speed, improved cost effectiveness)

CB-C7HD

(5V single power supply, high speed series)

(ES, short turn around time series)

CB-C7 family

(0.8 µm)

CB-C7FT

91

92

93

94

95

96

97

99

98

200

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

Cell-Based IC Line-Up (2/2)

Comparison of performance of each series

Caution

The operating frequency

shown here is for your

reference only. In practice,

the frequency is determined

depending on your circuit

configuration and must be

decided for each product

(the frequency may be

higher or lower than the

value shown here,

100M

80M

60M

40M

CB-C10

(V^DD= 2.5V)

CB-C9VX/VM

(V^DD= 3.3V)

depending on the circuit).

CB-C8VX/VM

(V^DD= 3.3V)

CB-C7HD (V^DD= 5V)

CB-C7FT (V^DD= 5V)

CB-C7VX (V^DD= 5V)

CB-C7VX (VDD = 3V)

3K

5K 10K

50K 100K

500K 1M 2M 5M 10M 20M

Number of usable gates [gates]

Transition of power consumption

CB-C7HD (VDD = 5V)

4

CB-C7VX (VDD = 5V)

3

CB-C7HD

(VDD = 3V)

2

1

µ

CB-C8VX/VM (VDD = 3.3V)

CB-C7VX

(V^DD= 3V)

0.5

CB-C9VX/VM

(V^DD= 3.3V)

CB-C10 (VDD = 2.5V)

CB-C9VX/VM

(V^DD= 2.0V)

100K 200K 300K 500K

1M

2M

3M

5M

10M

Number of usable gates [gates] (MAX)

Selection Guide X10679EJHV0SG00

201

Semi-Custom IC

Cell-Based IC

Guide to Selecting Cell-Based ICs

CB-C7VX is recommended

in terms of cost.

< 30 MHz ^Note1

< 60 MHz ^Note1

> 60 MHz ^Note1

CB-C7HD/FT is recommended.

5V, single

5V full-swing output required

(only CMOS I/F operates on 5V)

Consider a 2-power supply system.

5V/3V,

double ^Note2

5V full-swing output not required

(only TTL I/F operates on 5V)

CB-C8VM or CB-C9VM

CB-C8VX or CB-C9VX

CB-C9VX

3V,

single ^Note2

< 15 MHz ^Note1

< 100 MHz ^Note1

> 100 MHz ^Note1

3V ^Note2

2V ^Note3

double

/

,

< 1M gates

> 1M gates

CB-C10

Notes 1. The values of the operating frequency shown above are for your reference only. In practice, the value of the operating

frequency varies depending on your circuit configuration.

2. CB-C7, 3V: VDD = 3.0 V ± 0.3 V

CB-C8VX/VM, CB-C9VX/VM, CB-C10: VDD = 3.3 V ± 0.3 V

3. CB-C9VX, 2V: VDD = 2.0 V ± 0.2 V

CB-C10: VDD = 2.5 V ± 0.2 V

Many cores available

The need for system-on-chip is satisfied by CPU peripheral cores, memory macros, and analog

masters such as A/D and D/A, as well as a high-performance CPU.

High-density memory macros, RAM and ROM, can be integrated by means of the memory compiled

method.

202

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

CB-C7 Family

Features

Three types available

FT type

HD type

: Short turn around time realized by gate ar-

ray method (substrate is developed first)

: High speed and high density by employing

dedicated cells

Library

Technology

Macro: CPU,

Technology : 0.8- m CMOS

µ

CPU peripherals,

memories

(compiled type)

2-/3-layer wiring

Density : 270,000 gates

Number of I/Os : 440

Delay time : 0.33 ns

VX type^Note: Super high density by employing dedicated

cells and small transistors

Note The applications of the VX type are limited.

Functional cell

I/O buffer

FT vs. HD vs. VX selection

• Comparison of features of each type

FT

HD

VX

Turn around time

Speed

O

Density

O

HD type

VX type

Power consumption

O

FT type

User logic

FEB

28TH

FEB

• Comparison of cell area (average of all blocks)

2ND

JAN

ND

2

ND

2

FT

(S.O.G)

HD

(dedicated cell)

VX

(dedicated cell)

Small chip area,

low cost

Short turn around time

1.2

:

1.0

:

0.8

Selection Guide X10679EJHV0SG00

203

Semi-Custom IC

Cell-Based IC

CB-C7 Family

Product Outline

FT type/HD type/VX type

Type name

µ

PD96100

PD93000

PD94000

PD95100

Part number

CPU, peripherals

Derivative models ^{Note 1}

Supply voltage

—

O

—

O

—

O

5 V ± 10 %, 3 V ± 10 %

CMOS, TTL compatible

Interface level

Number of usable gates ^{Note 2}

FT: 167K gates (MAX.)/HD: 223K gates (MAX.)/VX: 273K gates (MAX.)

FT,HD : 0.33ns^{Note 3}/0.44ns(5V), 0.67ns^{Note 3}/0.90ns(3V) [F/O=2,L=2mm]

Internal gate

Input buffer

Output buffer

VX

FT,HD : 0.60 ns(5 V), 0.76 ns(3 V) [F/O = 2, L = 2 mm]

VX : 1.25 ns(5 V), 2.18 ns(3 V) [F/O = 2, L = 2 mm]

FT,HD : 1.6 ns(5 V,I^OL= 8 mA), 3.0 ns(3 V,IOL = 4.4 mA) [C

VX : 1.7 ns(5 V,I^OL= 8 mA), 3.0 ns(3 V,IOL = 4.4 mA) [C

FT,HD : 3.90

VX : 3.21

: 0.90ns^{Note 3}/2.10ns(5V), 1.54ns^{Note 3}/3.42ns(3V) [F/O=2,L=2mm]

L

= 15 pF]

µ

W/MHz/gate(5 V), 1.41

W/MHz/gate(5 V), 1.17

µ

W/MHz/gate(3 V)

Power consumption

(internal gate)

I

OL = 4,8,12,24,48 mA(5 V)

OL = 2.2,4.4,6.6 mA(3 V)

Output drive capability

I

Notes 1. ROM code changeable. O: Derivative models available, —: No derivative models available

2. Number of gates if hard macro is not integrated (2-input NAND gate conversion)

3. Power gate

204

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

CB-C8 Family VX/VM Type

Features

High-density, power-saving type and 2-power supply type available

VX type : Density 1.5 times (MAX.) higher and power consumption 20% lower than existing type

VM type : 2-power supply full-swing interface in system where 5-V and 3.3-V power sources are used

together

Interface level

3.3 V

5 V

TTL (5 V)

LVTTL (3.3 V)

CMOS (5 V)

TTL (5 V)

CMOS (5 V)

LVTTL

(3.3V, 5 V tolerances)

CB-C8

VX type

LVTTL

(3.3 V, 5 V tolerances)

LVTTL (3.3 V)

CB-C8

VM type

PCI (3.3 V)

LVTTL (3.3 V)

PCI (5 V)

LVTTL (3.3 V)

PCI (5 V)

PCI (3.3 V)

Product Outline (VX/VM type)

Type name

VX type

VM type

µ

PD99000

PD97000

Part number

Derivative models ^{Note 1}

O

µ

0.5 m rule CMOS (Ti silicide), aluminum 2-layer/3-layer wiring

Technology

Supply voltage

3.3V ± 0.3V, single

Internal: 3.3 V ± 0.3 V

I/O block: 5 V ± 10%, 3.3 V ± 0.3 V

5 V CMOS/TTL

LVTTL (including 5 V tolerance)

Interface level

LVTTL (including 5 V tolerance)

Number of usable gates ^{Note 2}

Internal gate

1000K gates (MAX.)

0.16 ns ^{Note 3}/0.34 ns [F/O = 2, L = 1mm]

3.3-V LVTTL: 0.26 ns [F/O = 2, L = 1 mm]

Input buffer

5-V tolerant LVTTL: 0.33 ns [F/O = 2, L = 1 mm]

5-V full swing: 0.72 ns [F/O = 2, L = 1 mm]

Output buffer

3.3-V LVTTL: 1.24 ns (I^OL= 9 mA) [C

5-V tolerant LVTTL: 1.88 ns (I^OL= 9 mA) [C

5-V full swing: 2.30 ns (I^OL= 9 mA) [C = 15 pF]

Standard block (F, L blocks): 1.04 W/MHz/gate (3.3 V)

L

= 15 pF]

L

= 15 pF]

L

µ

Power consumption

(internal gate)

µ

Low power consumption block (Y block): 0.75 W/MHz/gate (3.3 V)

I

OL = 3, 6, 9, 12, 18, 24 mA [for 3-V interface]

OL = 1, 2, 3, 6. 9 mA [for 5-V interface (5 V tolerance)]

Output drive capability

I

OL = 1, 2, 3, 6, 9, 12, 18 mA

[for 5-V full swing]

—

Notes 1. ROM code changeable. O: Derivative models available

2. Number of gates if hard macro is not integrated [2-input NAND gate conversion]

3. 2 NAND power gate

Selection Guide X10679EJHV0SG00

205

Semi-Custom IC

Cell-Based IC

CB-C9 Family VX/VM Type

Features

The CB-C9 family VX/VM type is a collection of cell-based ICs employing a 0.35-µm technology.

The VX type realizes an I/O voltage of 3.3 V and internal voltage of 2.0 V, and the VM type realizes

an I/O voltage of 5 V and internal voltage of 3.3 V. These cell-based ICs are suitable for systems

where low power consumption is required.

CB-C9 family VX/VM type

Office machines (PC, printer, etc.)

Multi-power supply

• Internal 2.0 V

• Internal 3.3 V

External 3.3 V

External 5 V

Many core libraries

• V850 family^TM• PLL

Audio/visual systems (DVC, DVD, etc.)

• 78K/0

• High-speed/high-density RAM

• V30MX ^TM

• Z80^TM

• High-speed ROM

• LINE BUFFER

• IrDA

• DSP (SPX)

• RTC

• USB (SIE)

Portable systems

• UART + FIFO • JPEG

• Parallel IO

• Timer

• PCI

• PCMCIA

• General-purpose A/D, D/A

• High-speed A/D, D/A

Game machines,

Interface buffer

3D graphics systems

• PCI • GTL+ • HSTL • SSTL

• Rambus^TMIO • USB

Remark The above cores and buffers include those

still under development.

206

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

CB-C9 Family VX/VM Type

Product Outline (VX/VM type)

Type name

VX type

VM type

Part Number

µ

PD826XX

PD822XX

Derivative models^Note1

Technology

O

0.35 µm rule CMOS, aluminum 2-layer/3-layer wiring

3.3 V ± 0.3 V 5.0 V ± 10 %

3.3 V ± 0.3 V 2.0 V ± 0.2 V 3.3 V ± 0.3 V

LVTTL, TTL, 5-V CMOS (VM Type only)

1.7-M usable gate 1.6-M usable gate

Supply voltage I/O block

Supply voltage internal block

Interface level

3.3 V ± 0.3 V

Number of usable gates^Note2

Internal gate^Note3

114 ps

169 ps

864 ps

207 ps

—

114 ps

690 ps

2045 ps

114 ps

169 ps

864 ps

Input buffer^Note4

Output buffer^Note5

—

Power consumption

(internal gate)

0.3

µ

W/MHz/gate

0.12

µ

W/MHz/gate

0.3 µW/MHz/gate

Notes 1. ROM code changeable. O: Derivative models available

2. Number of gates if hard macro is not mounted (2-input NAND conversion)

3. 2-input NAND power gate, fanout = 2, standard wiring length

4. fanout = 2, standard wiring length

5. Load capacitance: 15 pF, I^OL= 18 mA

Selection Guide X10679EJHV0SG00

207

Semi-Custom IC

Cell-Based IC

Library

CPU core

CB-C7

(5 V)

CB-C7

(3 V)

CB-C8

(HD)

CB-C8

(VX/VM)

CB-C9

(VX/VM)

General-purpose

model

Z80

µ

PD70008A

PD70108H

PD70116H

O

—

O

—

O

—

O

V20HL^TM

V30HL^TM

V30MX

V30MT

O

—

O

V30MZ

V30MZC^TM

—

O

78K/0

V851^TM

V853^TM

V850E

V830 family^TM

V

series^TM

R

Remark O : can be supported,

: under development, — : cannot be supported, blank : under study

Features of V850E core

CPU performance (Dhrystone): 87 MIPS (at 66 MHz)

V850 RISC CPU adopting 5-stage pipeline method. The object coding efficiency of C compilation

has been improved and the program size has been reduced using 2-byte length basic instructions and

instructions compatible with high-level language.

Two kinds of bus interface, VSB and NPB

• VSB : Bus operates synchronously with the CPU clock. It is used for connecting high-speed periph-

eral macros such as peripheral I/O provided with a memory controller and FIFO interface.

• NPB: Bus operates asynchronously with the CPU clock. It is used for connecting low-speed periph-

eral macros such as a timer and serial interface.

Instruction set: Completely compatible with V850E series 32-bit single-chip microcontrollers.

208

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

Library

Functional Outline of V850E Core

Item

Function

Register set

General-purpose registers 32 bits × 32 + dedicated registers 32 bits × 11

Upward compatible with V850 CPU

Instruction set

Signed multiplication (32 bits × 32 bits → 64 bits)

Saturated operation instruction (with overflow/underflow detection function)

32-bit shift instruction: 1clock

Bit manipulation instruction

Load/store instruction with long/short format

Signed load instruction

Memory space

Program area: 64M bytes linear

Data area: 4G byte linear

Internal ROM size: 0 to 1M bytes

Internal RAM size: 4K/12K/28K/60K bytes

Memory bank division function

VSB (V850E) system bus

External bus interface

• Separate address/data bus (28-bit address/32-bit data bus)

• 32/16/8-bit bus sizing function

• Bus hold function

• External wait function

NPB (NEC peripheral I/O bus)

• Separate address/data bus (14-bit address/16-bit data bus)

• Programmable wait function

• Retry function

Interrupt

Non-maskable

3

Maskable

Exception

64 (8 priority levels can be specified.)

1

DMA control function

4-channel configuration

Transfer unit: 8 bits, 16bits, 32bits

Maximum number of transfer: 65536 (2¹⁶)times

Transfer type: Fly-by (1 cycle) transfer, 2-cycle transfer

Transfer mode: Single transfer, single-step transfer, line transfer, block transfer

Terminal count output signal

Power save function

HALT, software STOP, hardware STOP modes

NPB Peripheral Macro for V850E Core

Function

Macro name

CB-C9 (VX/VM)

Prescaler

PRS1

PWM

TMC

PWM

16-bit timer/counter

16-bit interval timer

UART

TMD

UART5

SIO

Serial I/O

Remark

: Under development

Selection Guide X10679EJHV0SG00

209

Semi-Custom IC

Cell-Based IC

Library

Features of V851 and V853 core

CPU performance (Dhrystone): 38 MIPS (at 33 MHz)

Executes almost all instructions in 1 clock under control of a 5-stage pipeline based on RISC

architecture.

Linear address space of up to 4G bytes

Supports linear address space of up to 4G bytes as data area and up to 16M bytes as program

area

Instruction set: Completely compatible with V85X series 32-bit single-chip microcontrollers

Functional Outline of V851 Core

Item

Function

Internal

memory

Mask ROM^Note

RAM

48K, 64K, 96K, 128K, 256K

4K, 8K, 16K, 24K

Register set

General-purpose register 32 bits ✕32 + dedicated register 32 bits ✕6

Minimum instruction execution time

Instruction set

30 ns (at 33 MHz)

>

Signed multiplication (16 bits ✕16 bits — 32 bits): 1 to 2 clocks

Saturated operation instruction (with overflow/underflow detection function)

32-bit shift instruction:1 clock

Bit manipulation instruction

Load/store instruction with long/short format

16-bit data bus (DIN/DOUT separated)

24-bit address bus

External bus interface

Interrupt

Non-maskable

Maskable

1

14 (8 priority levels can be specified)

16-bit timer/event counter: 1 ch

16-bit interval timer: 1 ch

Real-time pulse unit

Serial interface

Asynchronous serial interface (UART): 1 ch

Clocked serial interface (CSI): 1 ch

HALT, STOP, IDLE modes

Power save function

Clock output stop function

Note ROM may not be provided.

210

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

Library

Functional Outline of V853 Core

Item

Function

Internal

memory

Mask ROM^Note

RAM

48K, 64K, 96K, 128K, 256K

4K, 8K, 16K, 24K

Register set

General-purpose register 32 bits ✕32 + dedicated register 32 bits ✕6

Minimum instruction execution time

Instruction set

30 ns (at 33 MHz)

>

Signed multiplication (16 bits ✕16 bits — 32 bits): 1 to 2 clocks

Saturated operation instruction (with overflow/underflow detection function)

32-bit shift instruction:1 clock

Bit manipulation instruction

Load/store instruction with long/short format

16-bit data bus (DIN/DOUT separated)

24-bit address bus

External bus interface

Interrupt

Non-maskable

Maskable

1

31 (8 priority levels can be specified)

16-bit timer/event counter: 4 ch

16-bit interval timer: 1 ch

Real-time pulse unit

Serial interface

Asynchronous serial interface (UART)

Clocked serial interface (CSI)

UART/CSI: 2 ch

CSI: 2 ch

PWM output

8/9/10/12-bit resolution PWM: 2 ch

HALT, STOP, IDLE modes

Power save function

Clock output stop function

Note ROM may not be provided.

Selection Guide X10679EJHV0SG00

211

Semi-Custom IC

Cell-Based IC

Library

Features of 78K/0 core

• Instruction set: Completely compatible with 78K/0 series 8-bit single-chip microcontrollers

• Many peripheral units such as timer, serial interface, and interrupt controller

• Software development environments available

Functional Outline of 78K/0 Core

Item

Function

General-purpose register

Minimum instruction execution time

Instruction set

8 bits ✕32

238.4 ns (at 8.38 MHz)

Multiplication/division (8 bits ✕8 bits, 16 bits 8 bits)

Bit manipulation instruction (set, reset, test, Boolean operation)

8-bit data bus (DIN/DOUT separated)

16-bit address bus

External bus interface

Interrupt

Port

Maskable

Internal : 17

External : 12

128 bits MAX. Input : 64 bits (8 bits ✕8)

Output : 64 bits (8 bits ✕8)

Timer

16-bit timer/event counter: 1 ch

8-bit timer (PWM output): 2 chs

Watch timer: 1 ch

Watchdog timer: 1 ch

Serial interface

Asynchronous serial interface (UART): 2 chs

Clocked serial interface (CSI): 2 chs

I²C bus interface: 2 chs

Standby function

HALT, STOP modes

212

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

Library

V851, V853, and 78K/0 core dedicated peripheral macros

Function

Macro Name

UART

SIO

CB-C9 (VX/VM)

UART

Serial I/O

16-bit timer

TM4

8/16-bit timer

TM5

Remark : can be supported

UART

SIO(CSI)

TM4

TM5

Features

7/8-bit character length

1/2-bit stop bit length

Parity bit spesification

None/0/odd/even

3-wire synchronous serial

16-bit interval timer

8/16-bit timer/event counter

8-bit PWM output

Transfer clock

External clock

fx/2

External pulse output

Baud rate generator

IrDA mode

fx/8

fx/32

Dedicated external bus interface for V851, V853, or 78K/0 core is provided with each peripheral macro.

Each peripheral macro can be directly connected to each CPU core.

Selection Guide X10679EJHV0SG00

213

Semi-Custom IC

Cell-Based IC

Library

Features of V30MX series

V30MX core

V30HL upward compatible

2-clock bus cycle realized by separating the address bus and data bus which are multiplexed in

the V30HL.

V30MT core

Small and low-power model of V30MX

• Software compatible with V30HL and V30MX

• Low power consumption realized by deleting internal Hi-Z signal

V30MZ core

• Processing performance comparable to RISC thanks to internal pipeline processing

35 MIPS (66 MHz, 0 wait)

• 1-clock bus cycle

• ICE conforming to N-Wire

• Software compatible with V30HL and V30MX

• 2.0 V supported for CB-C9VX/VM (f^MAX= 32 MHz)

V30MZC core

V30MZ with cache memory

• Cache memory capacity: 4K bytes

• 20 MIPS (50 MHz)

• Burst transfer mode supported

CPU core

Operating frequency

Performance (0 wait)

Current consumption

Bus cycle

V30MX

33 MHz

V30MT

16 MHz

V30MZ

66 MHz

V30MZC

50 MHz

20 MIPS

T.B.D.

4.3 MIPS

1.0 mA/MHz

2 clocks

2.6 MIPS

0.8 mA/MHz

2 clocks

35 MIPS

1.2 mA/MHz

1 clock

4 clocks (external)

1 clock between cache and CPU

Remark Specification for CB-C9VX/VM. However, V30MT only is for CB-C8VX/VM

214

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Cell-Based IC

Library

Peripheral macros

CB-C7

(5 V)

CB-C7

(3 V)

CB-C8

(VX/VM)

CB-C9

(VX/VM)

Function

General-purpose model

Serial I/O

µPD71051

µPD71054

µPD71055

µPD71059

µPD71037

O

Timer

Parallel I/O

Interrupt controller

DMAC (8 bits)

O

—

O

—

O

µ

Watch

PD4991AL

O

UART + FIFO

NS16550

—

O

µ

FDC + DVFO

PD72065B

IrDA1.1

—

O

SIE for USB1.1 full speed

USB function controller for printer

USB function controller for display

Line buffer for PPC (7.5 kW)

—

O

Remark O : can be supported,

: under development, — : cannot be supported, blank : under study

Analog macros

CB-C8

(VX/VM)

CB-C9

(VX/VM)

Function

Performance

8 bits, 100 kHz

10 bits, 100 kHz

CB-C7

A/D

D/A

O

—

O

—

O

12 bits, 300 kHz

8 bits, 50 MHz

10 bits, 30 MHz

8 bits, 100 kHz (1 ch)

10 bits, 100 kHz (1 ch)

8 bits, 20 MHz (3 chs)

8 bits, 30 MHz (3 chs)

9 bits, 30 MHz (2 chs)

10 bits, 30 MHz (3 chs)

10 bits, 85 MHz (1 ch)

For multiplication

O

—

O

—

O

—

O

—

O

—

O

—

O

PLL

O

For skew adjustment

—

O

—

O

Analog switch

O

Comparator

O

—

Remark O : can be supported,

: under development, — : cannot be supported, blank : under study

Selection Guide X10679EJHV0SG00

215

Semi-Custom IC

Cell-Based IC

Library

Compiled macros

CB-C7

(5 V)

CB-C7

(3 V)

CB-C8

(VX/VM)

CB-C9

(VX/VM)

Function

Performance

Multiplier

Signed (32 ✕32 MAX.)

8K bits MAX.

O

—

O

Register file (2 ports)

Register file (3 ports)

8K bits MAX.

O

Low-power synchronous 1-port RAM

High-density synchronous 1-port RAM

128K bits MAX.

64K bits MAX.

O

—

O

—

O

—

O

—

O

—

O

High-density synchronous 2-port (R + W) RAM 32K bits MAX.

High-speed synchronous 1-port RAM

64K bits MAX.

High-speed synchronous 2-port (R/W + R) RAM 64K bits MAX.

Super high-speed synchronous 1-port RAM 16K bits MAX.

—

O

—

O

Low-power asynchronous 1-port ROM

High-speed synchronous 1-port ROM

512K bits MAX.

—

Remark O: can be supported, : under development, —: cannot be supported, blank : under study

216

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Embedded Array

EA-C9HD Family

Features (1/2)

High-density, super high-speed, and low-power consumption embedded array using the most

advanced 0.35 µm technology

• High-level function and high-performance LSI compatible to cell-based IC

• Easy development and modification of derivative models

• Short turn around time equivalent to gate array

• Macro maintenance common to cell-based IC (CB-C9/9VX)

The EA-C9HD family is a collection of embedded arrays employing a 0.35-µm technology.

This family consists of 10 masters with 76K to 1.6M gates.

The gate density of this family is about 2.5 times higher than that of the existing EA-C9 family 0.35-

µm embedded arrays, thanks to improvement of the cell structure.

In addition, the power consumption is 40 % lower, and thanks to new I/O pad layout technology,

this family offers a large number of pins in addition to the high density.

Selection Guide X10679EJHV0SG00

217

Semi-Custom IC

Embedded Array

EA-C9HD Family

Features (2/2)

Wide variety of macro libraries

Memory macro

Cell-based IC type

Gate array type

• High-speed synchronous 1-port compiled RAM

• High-speed synchronous 2-port compiled RAM

• High-density synchronous 1-port compiled RAM

• High-density synchronous 2-port compiled RAM

• Asynchronous 1-port soft macro RAM

• Asynchronous 2-port soft macro RAM

• Asynchronous 1-port compiled RAM ^Note

• Asynchronous 2-port compiled RAM ^Note

• Super high-speed synchronous 1-port compiled RAM • FIFO

• Compiled ROM ^Note

User logic

•

Logic gate

Decoder

Adder

Multiplexer

Shift register

PLL

• PLL for skew adjustment

• PLL for multiplication

CPU core

•

V30MX ^Note

V30MZ ^Note

I/O buffer

CPU peripheral core

•

DMA controller (

µ

PD71037)^Note

PD71051)^Note

•

Low-noise buffer

High-drive buffer

Oscillation circuit ^Note

PCI

•

USB ^Note

HSTL ^Note

SSTL ^Note

pECL (input only)^Note

Serial interface (

µ

Parallel interface (µPD71055)^Note

Timer/counter (µPD71054)^Note

Interrupt controller ( µPD71059)^Note

AGP ^Note

UART + FIFO ( PD16550D)^Note

µ

FDD controller ( µPD72065)^Note

Note Macros under development or under study

218

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Embedded Array

EA-C9HD Family

Available Models (3-layer wiring)

µ

PD65443 µPD65444 µPD65445 µPD65446 µPD65448 µPD65449 µPD65451 µPD65454 µPD65456 µPD65458

Internal gates*

Number of usable gates**

Number of pads^Note1

Internal gate

76720 103032 128872 207000 314104 440832 592020 840768 1104432 1626628

38360 51516 64436 103500 157052 220416 296010 420384 552216 813314

172

196

216

268

324

380

436

516

588

708

131 ps (2-input NAND, fanout: 1, standard wiring length)

107 ps (2-input NAND, fanout: 1, standard wiring length)

229 ps (fanout: 2, standard wiring length)

Power gate

Input buffer

Output buffer

1396 ps (C

OL = 1, 2, 3, 6, 9, 12, 18, 24 mA

3.3V ± 0.3V

*2-input NAND conversion, **Cell utilization rate: 50 to 70 %^Note2

L

= 15 pF, IOL = 9 mA)

Output drive capability

Supply voltage

Remark

I

Notes 1. Including the power supply and GND pins. The number of pins that can be actually used differs depending on the type of package.

2. Differs depending on the number of pin pairs and the occupation rate of the macro.

Selection Guide X10679EJHV0SG00

219

Semi-Custom IC

Analog Master

Analog Master Line-Up

NEC’s analog master is classified into the following 3 families (refer to the figure below).

• CHS family and CHS-A family for wide application field

• M-CHS family for high voltage

From this wide line-up (3 families 13 masters), user can find the optimum one to realize the user-

desired analog LSI.

Line-up and features

Number of

elements

CHS family

M-CHS family

µ

PC5024

CHS-A family

µ

PC5204

PC5203

PC5202

PC5201

PC5200

µ

PC5022

µ

PC5034

PC5032

µ

PC5021

PC5020

PC5023

Function

µ

PC5031

For low power consumption

or for driving circuit

For general purpose

Voltage

For high voltage

220

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Analog Master

Circuit Scale of Each Family

The scale of the circuit that can be integrated on the analog master differs depending on the model of

each family.

The scale of the circuit that can be integrated shown below is roughly calculated in terms of the

number of circuits where one circuit is equivalent to the general-purpose operational amplifier

µPC4558^{Note 1}

.

30

µ

PC5024(28)

µ

PC5204(24)

PC5203(16)

20

µ

PC5022(16)

PC5021(12)

PC5034(16)

PC5032(12)

µ

10

µ

PC5202(9)

PC5201(5)

PC5200(3)

µ

PC5020(8)

PC5023(4)

µ

PC5031(4)

µ

0

CHS family

CHS-A family

M-CHS family

(Numbers in the parentheses indicate the number of circuits^{Notes 2}that can be integrated.)

Notes 1. One of the two operational amplifiers in the general-purpose operational amplifier

One circuit

µPC4558 package (8-pin DIP) is counted as one circuit.

2. The number of circuits shown above is a guideline in which only operational amplifiers are integrated, and

does not include operational amplifier peripheral circuits (such as feedback circuits).

When selecting a model, estimate the circuit scale by taking these peripheral circuits into consideration.

Selection Guide X10679EJHV0SG00

221

Semi-Custom IC

Analog Master

Available Models

Family Name

CHS Family

CHS-A Family

Item

Technology

High-speed bipolar

14 V

Absolute maximum ratings

•

High-speed analog signal processing circuit can be created.

• Many pins • Internal driver

• High resistance

Features

<

• f several 10 MHz

=

Part number

µ

PC5020

1628

260

µ

PC5021

2328

368

µ

PC5022

3042

476

µ

PC5023

727

µ

PC5024

6152

836

µ

PC5031

576

µ

PC5032

1472

µ

PC5034

2252

Total number of elements

NPN transistor^Note1

PNP transistor

Resistor

129

118(13)

105

298(18)

280

446(26)

450

224

320

416

116

672

1116

28

1600

40

2098

52

468

4560

84

338

854

1266

90

Capacitor

14

15

40

Operational amplifiers, comparators, regulators,

switches, timers

Operational amplifiers, comparators,

regulators, switches, super white TEG^Note2

Macro library

Family Name

M-CHS Family

High voltage bipolar

44 V

Item

Technology

Absolute maximum ratings

• High voltage: V^{CC (MAX.)}= 44 V

• f several MHz

=

Features

<

Part number

µ

P

C

5

2

0

µ

P

C

5

2

0

1

µ

PC5202

1787

283

µ

PC5203

3088

484

µ

PC5204

4562

710

Total number of elements

66

55

44

11003300

N

P

N

t

r

a

n

s

i

s

t

o

r

11

00

55

116633

P

N

P

t

r

a

n

s

i

s

t

o

r

8

4

1

4

0

252

448

672

R

e

s

i

s

t

o

r

4

5

6

7

1

2

1225

27

2108

48

3108

72

Ca

C

a

p

aa

cc

itt

i

oo

rr

99

1155

Macro library

Notes 1. ( ): Products with driver

Operational amplifiers, comparators, regulators, switches

2. Super white TEG: TEG (Test Element Group) containing analog function macros (operational amplifiers, comparators,

regulators, switches, drivers, and reset circuits) used as peripherals of microcontroller in one package

222

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

Mixed Signal ASIC Product Lines (1/2)

NEC offers mixed digital ASICs that employ the BiCMOS technology with a technology rule of 0.6 µm

to 0.35 µm.

Furthermore, NEC supports the world’s first analog IP cores through the use of a leading-edge 0.35-

µm BiCMOS technology, applying its rich analog circuit design know-how.

An extensive line-up of products is available to answer the wide-ranging needs of users.

y

5-V power supply

for small-scale circuits

MA-8 famil

✕✕)

µ

( PD680

0.6- m BiCMOS technology

µ

Gate array

+ Analog master slice form

3.3-V power supply

for large-scale systems

MA-9 family

µ

( PD681✕✕✕)

technology

µ

0.35- m BiCMOS

m

or

Cell-based f

MA-9 Family Analog IP Core

MA-9 family

TIMING

GENERATOR

CONTROL

Under

AGC

10-bit

ADC

planni_Cn_LAg_MP

CDS

REF.

Analog IP core

CCD

SENSOR

Selection Guide X10679EJHV0SG00

223

Semi-Custom IC

Mixed Signal ASIC

Mixed Signal ASIC Product Lines (2/2)

Mixed Signal ASIC Family Evolution

3.3-V power supply

MA-9 family

µ

(0.35- m BiCMOS)

5-V power supply

MA-8 family

µ

(0.6- m BiCMOS)

1996 1997 1998 1999 2000 2001 2002 (year)

Mixed Signal ASIC Analog Core Evolution

MA-9 family (0.35-µm BiCMOS)

8-bit

150-MHz ADC

Under planning

8-bit

80-MHz ADC

Under development

10-bit

30-MHz ADC

1996 1997 1998 1999 2000 2001 2002 (year)

224

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

MA-8 Family (0.6-µm Mixed Signal ASIC)

Features

The MA-8 Family (µPD680××) consists of top-level mixed signal ASICs that employ the latest high-

cost-performance BiCMOS technology.

This family achieves the integration of mixed digital/analog circuits on a single chip, which will be

pivotal for the development of the multimedia market.

Support of digital/analog mixed circuits

By employing the latest BiCMOS technology, the MA-8 Family realizes the integration of

0.6-µm CMOS gate array and analog ASIC (analog master) on a single chip.

Analog block element configuration prioritizing circuit functions

Analog circuits that mix bipolar transistors and CMOS transistors can be created through

the use of the BiCMOS technology:

High input impedance operational amplifiers

Sample and hold circuits

Analog switches, etc.

Simple design and short development time

The logic block can be easily developed with OPENCAD (NEC’ s original CAE tool).

Furthermore, a short development time can be achieved, which is another advantage

of ASICs.

Selection Guide X10679EJHV0SG00

225

Semi-Custom IC

Mixed Signal ASIC

MA-8 Family (0.6-µm Mixed Signal ASIC)

Chip Configuration

The MA-8 Family is mainly composed of a gate array block and an analog array block. The I/O cells

for the digital/analog interface perform input/output of digital signals between the gate array block and

the analog array block.

Gate array block

internal cell area

Digital circuit

pad

I/O cell

for digital/

analog interface

I/O cell

Analog circuit pad

Internal cell

Analog array block

I/O Cells for Digital/Analog Interface

Digital circuit test

switching pin

Analog circuit test

switching pin

Test pins

Analog array

block internal

cell area

Gate array block

internal cell area

I/O cell for digital/

analog interface

Digital signals

226

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

MA-8 Family (0.6-µm Mixed Signal ASIC)

Master Size

The MA-8 Family offers eight masters, based on the gate array block size, the analog array block

size, and whether the analog array block has MOS transistors.

The figure below shows the master block size in terms of the number of usable gates and the

number of circuits^{Note 1}calculated as general-purpose operational amplifier circuits corresponding to the

µPC4558.

MA-8 Family Master Sizes

Number of usable gates^{Note 2}

(Unit: Gates)

30K

µ

PD68070

10K

µ

PD68061

µ

PD68041

µ

PD68031

3K

1K

µ

PD68011

µ

PD68001

µ

PD68010

20

PD68000

0

5

10

15

25

30

Number of operational amplifier conversion circuits based

on product equivalent to PC4558 (reference values)

(Unit: Circuit)

µ

Notes 1. The two operational amplifiers mounted on the package (8-pin DIP) of the

µPC4558 general-purpose amplifier are each treated as one circuit.

Moreover, the numbers of conversion circuits indicated in the figure above are merely

reference values for the case when only operational amplifiers are mounted on the

analog array block, and operational amplifier peripheral circuits (such as feedback

circuits) are not included.

1 circuit

−

+

In particular when selecting products, estimate the circuit scale considering their

peripheral circuits.

2. Gate utilization rate: 60%

−

+

Remark The presence of analog MOS transistors and analog switches on the analog array

block.

• Mounted

: µPD68000, 68010, 68070

• Not mounted : µPD68001, 68011, 68031, 68041, 68061

Selection Guide X10679EJHV0SG00

227

Semi-Custom IC

Mixed Signal ASIC

MA-8 Family (0.6-µm Mixed Signal ASIC)

Element List

µ

PD68000

µ

PD68001

µ

PD68010

µ

PD68011

µ

PD68031

µ

PD68041

µ

PD68061

µ

PD68070

Part Number

Technology

High-performance BiCMOS technology

6.0 V (absolute maximum rating)

Maximum supply voltage

Number of pads

68

108

84

96

108

128

168

Logic block

1520

912

23

1520

912

23

1680

1008

31

2880

1728

32

6720

4032

44

9520

5712

53

16512

9907

68

28320

16992

88

Number of gates

Number of usable gates^Note

Number of logic I/Os

Analog block

912

150

25

200

150

300

25

50

4

1264

210

35

4614

756

126

1008

756

1512

126

252

24

2016

336

56

2016

336

56

2304

384

64

2736

456

76

5017

816

136

1088

816

1632

136

272

15

Total number of elements

(Standard)

NPN transistor

(Large type)

280

210

420

35

448

336

672

56

448

336

672

56

512

384

768

64

608

456

912

76

PNP transistor (Lateral)

(1 kΩ)

(5 kΩ)

Polysilicon resistor

Capacitor (5 pF)

P-ch MOS transistor

Analog SW

70

112

0

112

0

128

0

152

0

4

2

28

0

58

P-ch MOS transistor for analog

N-ch MOS transistor for analog

Digital/analog junction block

Digital/analog I/F (Maximum)

4

2

26

0

48

14

36

14

24

Note Gate utilization rate: 60%

Remark The last digit in the part number of MA-8 Family products indicates the presence/absence of analog MOS transistors and

analog switches in the analog array block, as follows:

Last digit = 0

Last digit = 1

Mounted

Not mounted

228

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

MA-8 Family (0.6-µm Mixed Signal ASIC)

Basic Specifications

Logic Block

Product Name

Technology

PD680✕✕

µ

0.6- m BiCMOS technology

µ

Supply Voltage

5.0 V ± 0.5 V (I/O block, internal gates)

17K gates (usable)

CMOS, TTL

Maximum integration (logic only)

Interface level

Internal gates^{Note 1}

190 ps (TYP.)

Input buffer^{Note 2}

340 ps (TYP.)

Delay time

Output buffer^{Note 3}

2.13 ns (TYP.)

Notes 1. Value assuming 2-input NAND power gate, fanout: 1, and wiring length: 0.6 mm/1 pin pair.

2. Value assuming fanout: 2, wiring length: 0.6 mm/1 pin pair.

3. Value assuming load capacitance: 15 pF, block name: FO01.

Analog Block

Product Name

Technology

Supply Voltage

NPN type

PD680✕✕

µ

0.6-µm BiCMOS technology

5.0 V ± 0.5 V

f

T

= 10 GHz, hFE = 80 (all TYP.)

= 10 MHz, hFE = 70 (all TYP.)

Transistor

PNP type (Lateral)

f

T

MOS

N-ch type, P-ch type for analog circuit

Polysilicon resistor^Note

Capacitor (MOS type)^Note

Absolute precision: ±20%, relative precision: ±2% (all MAX.)

Absolute precision: ±15%, relative precision: ±2% (all MAX.)

Note Values indicated are for reference only. The relative precision applies only to when the pin is positioned in an adjacent location.

Selection Guide X10679EJHV0SG00

229

Semi-Custom IC

Mixed Signal ASIC

MA-8 Family (0.6-µm Mixed Signal ASIC)

Electrical Characteristics

Absolute Maximum Ratings

Item

Symbol

Conditions

Ratings

−0.5 to +6.0

−0.5 to VDD + 0.5

20

Unit

V

Supply voltage

V

DD,VCC

Input/output voltage

(logic block)

I

/ V

O

V

Input current

(logic block)

I

mA

Output current

(logic block)

O

I

OL = 3 mA

10

I

OL = 6 mA

OL = 9 mA

OL = 12 mA

OL = 18 mA

OL = 24 mA

15

mA

°C

20

30

40

60

Operating ambient

temperature

T

A

−40 to +85

−65 to +150

Storage temperature

stg

°C

Caution If any of the parameters exceeds the absolute maximum ratings, even momentarily, the quality of the product may

be impaired. The absolute maximum ratings are values that may physically damage the product(s). Be sure to use

the product(s) within the ratings.

Definition of absolute maximum rating terms

Item

Symbol

Meaning

Supply voltage

Input voltage

Output voltage

Input current

Output current

V

DD

The range of voltage that, even if applied to the VDD pin, will not cause destruction or lower reliability.

The range of voltage that, even if applied to the input pin, will not cause destruction or lower reliability.

The range of voltage that, even if applied to the output pin, will not cause destruction or lower reliability.

The absolute value of current capacity that, even if applied to the input pin, will not cause latchup to occur.

I

O

I

O

The absolute value of DC current capacity that, even if output from or input to the output pin, will not

cause destruction or lower reliability.

Operating ambient

temperature

TA

Range of ambient temperature in which normal logical operation will occur.

Storage

temperature

T

stg

Range of pin temperature that will not cause destruction or lower reliability when voltage and current are not applied.

230

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

MA-9 Family (0.35-µm Mixed Signal ASIC) New Products

Features

The MA-9 Family (µPD68155) consists of leading-edge mixed signal ASICs that aim for system-

on-a-chip through the use of a leading-edge 0.35-µm BiCMOS technology pioneered by NEC.

While aiming for ultra-high integration for large-scale digital/analog mixed systems in the field

of multimedia, the MA-9 Family realizes high-speed, high-accuracy stable signal processing.

Support of world’s first analog IP core

NEC supports the world’s first analog IP core, using its rich analog circuit design re-

sources.

Mixed signal ASICs aiming for system-on-a-chip

Large-scale mixed signal systems can now be created on a single chip using the cell-

based form.

NEC supports mixed signal cores that include an analog IP core, high-speed ADC and

DAC and other analog cores, digital/analog mixed circuits, etc.

Leading-edge BiCMOS technology

High-speed digital circuits and high-accuracy, sophisticated analog circuits can now be

realized on a single chip by employing NEC’s leading-edge 0.35-µm BiCMOS technology.

Low power consumption

A low power consumption is achieved for LSIs by employing a low-voltage operation

technology (3.3 V)

Flexible mixed signal development environment

NEC’s development environment for cell-based ICs can be used for the internal logic.

For mixed signal cores, NEC supports a development environment using analog arrays

that enables a short turn around time comparable to that of embedded arrays.

Moreover, for circuit blocks, for which analog characteristics particularly matter, NEC

supports a development environment that enables the use of macro cells.

Selection Guide X10679EJHV0SG00

231

Semi-Custom IC

Mixed Signal ASIC

MA-9 Family (0.35-µm Mixed Signal ASIC) New Products

Chip Configuration

The MA-9 Family features a digital/analog mixed circuit configured as a core (mixed signal core) as

its internal logic.

Internal Logic

• User logic

Logic gates, decoder, adder,

User logic

multiplexer, counter, shift reg-

ister, etc.

Test bus

• I/O buffer

User

logic

Test bus

• Cores

Analog core

Mixed signal core

Analog

array cells

Analog

macro

cells

ADC

core

Mixed signal core

Analog array cells

User logic

(analog circuit operation and

(analog macro)

related logic circuits)

Operational amplifier, comparator,

reference voltage source, analog

switches,sample and hold, VCA,

filters, etc.

+

Logic gates, decoder, latches,

shift registers, etc.

232

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

MA-9 Family (0.35-µm Mixed Signal ASIC) New Products

Analog IP Cores (1/2)

The MA-9 Family combines NEC’s rich analog circuit design technology and NEC’s analog ASIC

technology cultivated through its analog master products, supporting analog IP cores through the use

of the world’s first leading-edge BiCMOS technology.

In the area of digital/analog mixed circuits, NEC provides already custom designed analog circuits

that require advanced circuit technology as IP cores, thereby reducing the development load of users

and supporting the creation of high-quality mixed signal systems within a short time.

Analog Front-End Cores for CCD Signal Processing

Through the use of bipolar transistors, which have outstanding analog characteristics compared to

CMOS transistors, NEC offers cores with superb low-noise characteristics made possible only by the

use of the BiCMOS technology.

Features

• CDS optimum for digital still cameras (correlated double

sampling)

• High-gain AGC for higher sensitivity

• Low-consumption-power-type 10-bit ADC and reference

voltage

• Controller circuit inside DAC for analog circuit

characteristics correction

Under planning

Application Example (Digital Still Camera)

MA-9 family

TIMING

CPU

DRAM

DCT

GENERATOR

CONTROL

Under

plann_Ci_Ln_AMg_P

10-bit

ADC

DSP

CDS

AGC

REF.

Analog IP core

CCD

SENSOR

Selection Guide X10679EJHV0SG00

233

Semi-Custom IC

Mixed Signal ASIC

MA-9 Family (0.35-µm Mixed Signal ASIC) New Products

Analog IP Cores (2/2)

High-Speed ADC Cores for Video

The MA-9 Family supports high-speed ADC cores as ASIC cores through the use of the world’s

most advanced 0.35-µm BiCMOS technology.

NEC has realized high-speed ADC, which is difficult to realize with a CMOS technology, through

optimum design using CMOS transistors and bipolar transistors that can created only by employing

the BiCMOS technology.

Moreover, by offering these ADCs as cores, NEC makes these products available for a wide range

of applications.

For video 8-bit 80-MHz

Under development

Application Example (LDC Display Video Signal Input)

By combining an analog circuit and a high-speed ADC core on a single chip, it is possible to realize

high-precision analog/digital conversion by avoiding the attenuation and degradation of high-speed

analog signals caused by the capacitance load of the package I/O pins of analog LSIs and high-speed

ADC LSIs externally connected to conventional LSIs and the capacitance load of the printed wiring

board.

Moreover, the reduction of these load capacitances enables the simplification of the output stage of

the analog circuit, thereby making it relatively easy to achieve high bandwidth analog circuits and

enabling the reduction of the power consumption of the LSI.

Analog

RGB input

MA-9 family

R

G

B

Digital

processing

Video

amplifier

8-bit

ADC

Horizontal

sync driver

Interface

Synchronization

separation

Controller

H

V

Resolution

judgment

Vertical

sync driver

234

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

MA-9 Family (0.35-µm Mixed Signal ASIC) New Products

Analog Core

ADC Core

NEC provides both video and general-purpose ADC cores.

V

DD = 3.3 V (TYP) , IDD = 60 mA (TYP)

Differential linearity error : ±1.0 LSB (MAX)

10-bit 30 MHz

10-bit 15 MHz

Integral linearity error

Analog input range

: ±2.0 LSB (MAX)

: 0.8 to 1.8 V

For video

V

DD = 3.3 V (TYP) , IDD = 30 mA (TYP)

Differential linearity error : ±1.0 LSB (MAX)

Integral linearity error

Analog input range

: ±2.0 LSB (MAX)

: 0.8 to 1.8 V

V

DD = 3.3 V (TYP) , IDD = 1.5 mA (TYP)

Differential linearity error : ±1.0 LSB (MAX)

10-bit 100 kHz

8-bit 100 kHz

Integral linearity error

Analog input range

: ±2.0 LSB (MAX)

: 0.3 to 3.0 V

General-

purpose

V

DD = 3.3 V (TYP) , IDD = 0.6 mA (TYP)

Differential linearity error: ±1.0 LSB (MAX)

Integral linearity error

Analog input range

: ±2.0 LSB (MAX)

: 0.3 to 3.0 V

DAC Core

NEC provides both video and general-purpose DAC cores.

V

DD = 3.3 V (TYP) , IDD = 7 mA (TYP)

Differential linearity error : ±1.0 LSB (MAX)

Integral linearity error : ±2.0 LSB (MAX)

Analog output voltage : 1.2 to 2.2 V

10-bit 30 MHz

8-bit 30 MHz

10-bit 100 kHz

8-bit 100 kHz

For video

V

DD = 3.3 V (TYP) , IDD = 5 mA (TYP)

Differential linearity error : ±0.5 LSB (MAX)

Integral linearity error : ±1.5 LSB (MAX)

Analog output voltage : 1.4 to 2.4 V

VDD = 3.3 V (TYP) , IDD = 40 µA (TYP)

Differential linearity error : ±1.0 LSB (MAX)

Integral linearity error : ±1.0 LSB (MAX)

Analog output voltage : 0 to 3.2 V

General-

purpose

V

DD = 3.3 V (TYP) , IDD = 20 µA (TYP)

Differential linearity error : ±1.0 LSB (MAX)

Integral linearity error : ±1.0 LSB (MAX)

Analog output voltage : 0 to 3.2 V

Selection Guide X10679EJHV0SG00

235

Semi-Custom IC

Mixed Signal ASIC

MA-9 Family (0.35-µm Mixed Signal ASIC) New Products

Basic Specifications

Logic Block

Product Name

µPD681✕✕

Technology

Supply Voltage

0.35- m BiCMOS technology

µ

3.3 V ±0.3 V (I/O block, internal gates)

1.7 million gates (usable)

LVTTL

Maximum integration (logic only)

Interface level

Internal gates^{Note 1}

114 ps (TYP)

Delay time

Input buffer^{Note 2}

169 ps (TYP)

Output buffer^{Note 3}

864 ps (TYP)

Notes 1. Value assuming 2-input NAND power gate, fanout 2, and standard wiring length.

2. Value assuming fanout 2 and standard wiring length.

3. Value assuming load capacitance 15 pF, I^OL= 18 mA.

Analog Block

Product Name

Technology

Supply Voltage

NPN type

µ

PD681✕✕

0.35-

µ

m BiCMOS technology

3.3 V ±0.3 V

f_T= 10 GHz, hFE = 70 (all TYP)

f_T= 2 GHz, hFE = 30 (all TYP)

Transistors

PNP type (Vertical type)

MOS

N-ch type, P-ch type for analog circuit

Absolute precision: ±20%, relative precision: ±2%

Polysilicon resistor^Note

Capacitor (MIM type)^Note

Note Values indicated are for reference only. The relative precision applies only to when the pin is positioned in an adjacent location.

236

Selection Guide X10679EJHV0SG00

Semi-Custom IC

Mixed Signal ASIC

MA-9 Family (0.35-µm Mixed Signal ASIC) New Products

Electrical Characteristics

Absolute Maximum Ratings

Item

Supply voltage

3.3-V

Symbol

Conditions

Rating

Unit

V

DD

−0.5 to +4.6

V

I/O voltage

V

I

/V

O

LVTTL buffer

Output current

V

I

/V

O

< VDD + 0.5 V

−0.5 to +4.6

V

I

O

I

OL = 1 mA

OL = 2 mA

OL = 3 mA

OL = 6 mA

OL = 9 mA

OL = 12 mA

OL = 18 mA

OL = 24 mA

3

mA

°C

7

10

20

30

40

60

75

Operating ambient

temperature

T

A

−40 to +85

−65 to +150

Storage temperature

T

stg

°C

Caution If any of the parameters exceeds the absolute maximum ratings, even momentarily, the quality of the product may

be impaired. The absolute maximum ratings are values that may physically damage the product(s). Be sure to use

the product(s) within the ratings.

Definition of absolute maximum rating terms

Item

Symbol

Meaning

Supply voltage

Input voltage

Output voltage

Input current

Output current

V

DD

The range of voltage that, even if applied to the VDD pin, will not cause destruction or lower reliability.

The range of voltage that, even if applied to the input pin, will not cause destruction or lower reliability.

The range of voltage that, even if applied to the output pin, will not cause destruction or lower reliability.

The absolute value of current capacity that, even if applied to the input pin, will not cause latchup to occur.

I

O

I

O

The absolute value of DC current capacity that, even if output from or input to the output pin, will not

cause destruction or lower reliability.

Operating ambient

temperature

T

A

Range of ambient temperature in which normal logical operation will occur.

Storage

temperature

stg

Range of pin temperature that will not cause destruction or lower reliability when voltage and current are not applied.

Selection Guide X10679EJHV0SG00

237

[MEMO]

238

Selection Guide X10679EJHV0SG00

Particular Purpose IC

DSP................................................................................... 240

CCD Linear Image Sensor............................................. 243

Communication IC.......................................................... 245

Mass Storage IC ............................................................. 250

Global Positioning System IC ...................................... 251

Display IC ........................................................................ 251

Intelligent Power MOS LSI ............................................ 254

Power Switch for USB Application.............................. 255

Image IC........................................................................... 255

MPEG IC........................................................................... 256

Audio IC ........................................................................... 257

TV IC................................................................................. 259

Multisync Monitor IC...................................................... 262

Digital Image IC .............................................................. 263

On-Screen Character Display IC .................................. 265

Video Camera IC............................................................. 265

Remote Control IC.......................................................... 266

Clock IC ........................................................................... 266

Rotary Encoder IC.......................................................... 266

A/D Converter IC ............................................................ 267

D/A Converter IC............................................................. 267

Line Driver Receiver IC ................................................. 267

4

Selection Guide X10679EJHV0SG00

239

Particular Purpose IC

DSP

µPD77016

µPD77018A

16.7

µPD77019

16.7

µPD77019-013

Instruction cycle (ns)

Data type

30

16.7

fixed point decimal

40 + 16 × 16 → 40

40

fixed point decimal

40 + 16 × 16 → 40

40

Multiplier precision (bits)

ALU precision (bits)

40 + 16 × 16 → 40

40

–

Program ROM

–

24K × 32

Program RAM

Data ROM

1.5K × 32

–

4K × 32

–

256 × 32

4K × 32

Internal memory

(words × bits)

24K × 16

Data RAM

4K × 16

6K × 16

48K × 32 (program)

96K × 16 (data)

External memory (words × bits)

32K × 16 (data)

Power supply

5.0 V

3.0 V

Power consumption (TYP.)

4.2 mA/MHz (@5.0 V)

• 160-pin QFP

1.1 mA/MHz (@3.0 V)

• 100-pin TQFP

1.0 mA/MHz (@3.0 V)

1.1 mA/MHz (@3.0 V)

• 100-pin TQFP

• 116-pin FBGA

• 100-pin TQFP

Package

µPD77110

µPD77111

13.3

µPD77112

13.3

Instruction cycle (ns)

Data type

13.3

fixed point decimal

40 + 16 × 16 → 40

40

fixed point decimal

40 + 16 × 16 → 40

40

40 + 16 × 16 → 40

Multiplier precision (bits)

ALU precision (bits)

Program ROM

40

–

32K × 32

1K × 32

35.5K × 32

–

1K × 32

Program RAM

Internal memory

(words × bits)

Data ROM

Data RAM

32K × 16

6K × 16

48K × 16

64K × 16 (data)

6K × 16

32K × 16 (data)

External memory (words × bits)

–

DSP core: 2.5 V

I/O pins: 3.0 V

DSP core: 2.5 V

I/O pins: 3.0 V

DSP core: 2.5 V

I/O pins: 3.0 V

Power supply

0.4 mA/MHz (@2.0 V)

0.5 mA/MHz (@2.5 V)

0.4 mA/MHz (@2.0 V)

0.5 mA/MHz (@2.5 V)

Power consumption (TYP.)

Package

0.5 mA/MHz (@2.5 V)

• 100-pin TQFP

• 80-pin TQFP

• 80-pin FBGA

240

Selection Guide X10679EJHV0SG00

Particular Purpose IC

DSP

■ DSP Development Plan

High performance

(high speed,low power consumption)

over 1000MIPS DSP

µ

PD77xxxx**

320MIPS DSP

2.5V,80MIPS,RAM

Low power

µ

PD77xxxx*

consumption

µ

PD77116*

µ

PD7721x**

3.3V,60MIPS,ROM

high capacity instruction RAM

µ

PD77113*/114*

2.5V,75MIPS,ROM

capacity extended RAM and ROM

µ

PD77110

µ

PD77019

5V,33MIPS,RAM

µ

PD77111/112

2.5V,75MIPS,RAM

µ

PD77018A

µ

PD77016

2.5V,75MIPS,ROM

lower power consumption

µ

PD77111 family

3.3V,60MIPS,ROM

µ

PD77015/17/18

1.8V,200MIPS,core

2.5V,80MIPS,core

3V,33MIPS,ROM

DSP core*

NASPXK3

NA77111

NA77113*

3V,60MIPS,core

NA7721x**

NASPXK2

SOC (System on a Chip)

1995

1996

1997

1998

1999

2000

*: under development

**: under planning

Selection Guide X10679EJHV0SG00

241

Particular Purpose IC

DSP

■ DSP Middleware

Field

Middleware

µPD77016 family

JPEG

sample

Image

H.263

G.722

G.723.1

G.723.1 ANNEX A/C

G.726 (ADPCM)

G.728 (LDCELP)

G.729

Speech

G.729 ANNEX A/B

MPEG-4/Speech (CELP)

Echo canceller (for hands-free operation)

Speech recognition

(Japanese)

Small vocabulary

1000 words

Recognition

–

Remark

: Developed, : Under development, : Under planning

■ DSP Middleware Development Plan

Communication

Multi-media

After 2000

1999

W-CDMA

MPEG-4 video

MPEG-4/Speech(CELP)

H.263

Echo canceller

Speech CODEC

Human Interface

G.722, G.723.1,

G.726, G.728,

G.729

FAX CODEC

(JBI/ MH)

Speech recognition

Under Developed

(small vocabulary,

Japanese)

JPEG

Under Developed

1999

After 2000

242

Selection Guide X10679EJHV0SG00

Particular Purpose IC

CCD Linear Image Sensor

■ Monochrome

Part number

Pixel number

µPD3753

2088

µPD3734A

2660

µPD3739

5000

Resolution (dpi/sheet)

Pixel size (µm)

200/B4

14 × 14

90

300/A4

11 × 11

70

400/A3

7 × 7

Sensitivity (TYP.) (V/Ix•s)

9.0

40

(20 × 2)

Data rate (MAX.) (MHz)

2

5

Readout method

Output (ch)

single-sided

dual-sided

2 (in or out of phase)

–

1

S/H circuit

–

22-pin plastic DIP

(400 mil)

22-pin plastic DIP

(400 mil)

22-pin ceramic DIP

(CERDIP) (400 mil)

Package

Features

5 V power supply

Low image lag

µPD35H71A pin compatible

Light source of the Sensitivity: Daylight color fluorescent lamp

■ Color

Part number

µPD3794

2700 × 3

300/A4

8 × 8

µPD3797

µPD3799

Pixel number

5300 × 3

Resolution (dpi/sheet)

Pixel size (µm)

600/A4

7 × 7

11.2

R

G

B

14.6

Sensitivity

13.3

10.2

(TYP.) (V/Ix•s)

8.00

6.10

4

Line spacing

(32 µm)

(28 µm)

Data rate (MAX.) (MHz)

Readout method

4

1

3

4

single-sided

Output (ch)

3

Clamp pulse generator

–

22-pin plastic DIP

(400 mil)

32-pin plastic DIP

(glass cap) (400 mil)

32-pin plastic DIP

(plastic cap) (400 mil)

Package

Features

On-chip multiplexer

On-chip S/H circuit

upgraded from µPD3797

Part number

Pixel number

µPD3719

10600 × 3

1200/A4

7 × 7

µPD3729

5000 × 3

400/A3

µPD3728

7300 × 3

600/A3

Resolution (dpi/sheet)

Pixel size (µm)

10 × 10

R

G

B

9.70

6.20

5.40

6.80

5.60

5.10

6.40

Sensitivity

(TYP.) (V/Ix•s)

8.80

5.30

10

(70 µm)

4

Line spacing

(40 µm)

30

(15 × 2)

40

(20 × 2)

Data rate (MAX.) (MHz)

2

Readout method

Output (ch)

single-sided

3

dual-sided

6 (2-output/color (in phase))

Clamp pulse generator

–

36-pin ceramic DIP

(600 mil)

24-pin ceramic DIP

(400 mil)

36-pin ceramic DIP

(600 mil)

Package

Features

V^sat: 4.0 V (MIN.),

15 V power supply,

for professional color

image scanners

High speed,

for digital copiers

Light source of the Sensitivity: 3200K halogen lamp + C-500S (infrared cut filter, t = 1 mm)

Selection Guide X10679EJHV0SG00

243

Particular Purpose IC

CCD Linear Image Sensor

■ CCD Linear Image Sensor System Block Diagram

ASIC

OSC

PC

Interface

CCD

Controller

Object

Analog

Circuit

Controller

ADC

Light Source

CPU

R

Lens

G

B

Analog

Circuit

I/O

CCD

Mirror

Image

Processing

Detect

Switches

Shading

Data

SRAM

Stepper

Motor

Register

Motor

Controller

Stepper

Motor

Driver

Register

DC/AC inverter

244

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Communication IC

■ Communication LSI

Part number

Function

Features

Package

• 40-pin DIP

• 52-pin QFP

• 52-pin QFJ

• 44-pin TQFP

µPD72001-11

Allows communication in ASYNC, COP, and BOP mode (2 ch)

Multi-protocol serial controller µPD72001-11: 5 V Operation

µPD72001-A8: 3.3 V Operation

• 40-pin DIP

• 44-pin TQFP

• 52-pin QFP

µPD72001-A8

µPD72002-11

• 40-pin DIP

• 44-pin QFP

• 44-pin QFJ

• 44-pin TQFP

Multi-protocol serial controller Allows communication in ASYNC, COP, and BOP mode (1 ch)

HDLC frame control, link/separation are possible, internal DMA

• 68-pin QFJ

• 80-pin QFP

µPD72103A

µPD72107

µPD72305

HDLC controller

controller

8 Mbps operation

Packet communication control

LSI (X.25 communication

control)

• 64-pin shrink DIP

• 68-pin QFJ

• 80-pin QFP

Conforms ITU-T recommendation X.25

(LAP-B ’84 ver)

• 64-pin shrink DIP

• 68-pin QFJ

• 80-pin QFP

LAP-D protocol processing

LSI

Supports LAP-D protocol of ITU-T recommendation

S interface transceiver for

NT or TE

4-wire full duplexed communication (basic access)

Conforms to ITU-T recommendation I430

µPD98201

µPD98203

µPD6708

• 64-pin QFP

• 20-pin DIP

S interface transceiver for NT Conforms to ITU-T recommendation I430

Transmit data buffer: 4 bytes

• 16-pin SOP

• 16-pin DIP

Receive data buffer: 20 bytes

IE Bus^TMcontroller/driver

µPD72042A

µPD72042B

Transmit data buffer: 33 bytes

Receive data buffer: 40 bytes

• 16-pin SOP

■ ISDN Terminal Adapter

Existence

terminal

µ PD98201

µ PD72001

µ PD472X

RS-232-C

driver/

receiver

ISDN

subscriber

line

S-IFC

MPSC

LAP-D

RAM

ROM

CPU

S-IFC : "S" Interface

Controller

µ PD72305

MPSC : Multi-Protocol

Serial Controller

Selection Guide X10679EJHV0SG00

245

Particular Purpose IC

Communication IC

■ Chip Set for ATM

Part number

Function

ATM SAR Chip

Features

• Upward compatible with µPD98401

• Conforms to ATM Forum recommendations

• Implements AAL-5 SAR sublayer and ATM layer functions

Package

• 208-pin QFP

(Fine Pitch)

µPD98401A

• Supports TC sublayer in PHY layer

ATM Advanced SONET

Framer

• Implements SONET STS-3c/SDH STM-1 (155 Mbps) framer function

• Integrated Clock recovery/Clock synthesis function

• UTOPIA Level 2 interface

• 144-pin QFP

(Fine Pitch)

µPD98404

• SONET STS-3c/SDH STM-1 (155M bps), Framer and SAR controller

with ABR function in a single-chip

• Support both PCI bus and generic bus

ATM Integrated SAR

controller

• 304-pin QFP

(Fine Pitch)

µPD98405

µPD98408

• 25.6 Mbps ATM PHY (PMD & TC) function for 6 circuits

• UTOPIA Level 2 interface

• 208-pin QFP

(Fine Pitch)

6 port 25M ATM PHY

• Implements AAL-5 SAR sublayer and ATM layer function

• Supports PCI bus interface

• MPEG packet transfer engine

• 240-pin QFP

(Fine Pitch)

µPD98409

ATM Light SAR Controller

• ATM switching function in a single-chip

• 1.2 Gbps with non blocking

• ABR traffic control

µPD98410

µPD98411

1.2 Gbps ATM Switch

• 580-pin BGA

ATM QUAD SONET

FRAMER

• Implements 4 ports SONET STS-3c/SDH-1 (155M bps) framer function

on chip

• 240-pin QFP

(Fine Pitch)

■ PCI Bus Supporting ATM-NIC

µ

PD98405

(S20)

SRAM

E/O

For WS and Server

µ

PD98401A

(S15)

µ

PD98404

(P30)

E/O

SRAM

64/32-bit PCI,

32-bit general purpose

Bus

Interface

For PC

µ

PD98409

(S40C)

µ

PD98404

(P30)

E/O

32-bit PCI, 32-bit general purpose

32-bit PCI

246

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Communication IC

■ ATM Switch

Desktop

Network

Backbone

Network

SRAM

25M

155M

µ

PD98408

(T20)

NIC

PD98408

(T20)

µ

PD98410

(X10)

µ

PD98411

(P40)

µ

PD98408

(T20)

PD98404

(P30)

155M

CPU

■ Ethernet LSI

Part number

Function

Features

Package

• 240-pin QFP

(Fine Pitch)

• 240-pin FPBGA^TM

High Speed Address Search

Engine

• CAM (64-bit × 8K Entry)

• Implements three search modes

µPD98421

8-port 10/100 Mbps Ethernet

Controller

• 8-port 10/100 Mbps Ethernet MAC

• MII and 10 Mbps serial interface

µPD98431

• 352-pin BGA

■ Standard USB

Part number

Function

Features

Package

• All USB HUB function in a single-chip

• Compliance with USB Specification 1.0

• Supports Self-powered and Bus-powered

• 4 or 5 down-port selectable

• 42-pin SDIP

• 44-pin QFP

µPD72011

USB Hub Controller

• Up-grade LSI of µPD72011

• 42-pin SDIP

• 44-pin QFP

• Compliant with USB specification 1.1

• Built-in Mask-ROM for Generic HUB Descriptor

Selectable to use Standard or User-Defined

µPD72012

Selection Guide X10679EJHV0SG00

247

Particular Purpose IC

Communication IC

■ LSI for IEEE1394

Part number

Function

Features

• Compliant with P1394a draft2.0

Package

• Selectable for 1-port, 2-port, 3-port

• Data Rate: 100/200/400 Mbps

• Compliant with MD8405 (FFM)

IEEE1394 400M PHY

µPD72850

• 80-pin TQFP

• Compliant with Open HCI for IEEE1394-1995 1.0

• Compliant with P1394a draft2.0

• Data Rate: 100/200/400 Mbps

IEEE1394 OHCI Host

Controller

µPD72861

• 100-pin TQFP

• Supports PCI-Bus/Cardbus

IEEE1394 1-chip OHCI

Host Controller

• Integrated OHCI LINK and .aPHY in a single chip

3-port: µPD72870, 1-port: µPD72871

• 160-pin LQFP

• 192-pin FPBGA

★

µPD72870/71

★: Under development

■ Power Switch for USB Application

Internal

circuit

Input

voltage (V)

Circuit

current (mA)

Output

current (A)

Main

Package

Over current

detect (A)

Part number

Function

application

Pch High-side switch

for USB

(High active)

• 8-pin SOP

(225 mil)

2

µPD16855A

• 8-pin DIP

(300 mil)

• 8-pin SOP

Pch High-side switch

for USB

(Low active)

2

µPD16855B

µPD16855C

µPD16855D

(225 mil)

Note PC

1.5

Pch High-side switch

for USB

CRT monitor

• 8-pin SOP LCD monitor

(225 mil)

2

4

High active, instant

switch off

(

)

4.0 to 5.5

Pch High-side switch

for USB

0.5

0.6 to 1.25

• 8-pin SOP

(225 mil)

Low active, instant

switch off

(

)

• 16-pin DIP

Pch High-side switch

for USB

(300 mil)

• 16-pin SOP

(300 mil)

CRT monitor

LCD monitor

★

µPD16874

2.5

0.1

(Low active)

• 8-pin DiP

(300 mil)

• 8-pin SOP

(225 mil)

Pch High-side switch

for USB

(Low active)

Key board

HUB BOX

★

2

µPD16875

★: Under development

248

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Communication IC

■ Analog Line Card LSI

Over

voltage

protect

Ringing

Testing

(T)

Battery

feed

Supervision

(S)

Hybrid

Codec

(C)

(O)

(R)

(B)

(H)

PCM

highway

Telephone

CODEC

programable control (DGS, power-down, A/µ-law),

4-ch PCM CODEC, Single 5 V power supply

µPD9611

CODEC

(PCM CODEC)

• 48-pin SSOP

Over

voltage

protect

Ringing

(R)

Testing

(T)

Battery

feed

Supervision

(S)

Hybrid

(H)

Codec

(C)

(O)

(B)

PCM

highway

Telephone

µPC7073

µPD9903

• 3 relay drivers

• 48-pin SSOP

µPC7073

µPD9903

BS-SLIC

• Terminal impedance and Hybrid balance network

can be selected by combining µPC7073

Digital CODEC

Selection Guide X10679EJHV0SG00

249

Particular Purpose IC

Mass Storage IC

Part number

Function

Features

Package

RF amplifier for 24X

speed CD-ROM

RF amplifier, error amplifier for 24X speed

CD-ROM

µPC2575

• 36-pin SSOP

RF amplifier, error amplifier for 32X speed CD-ROM

Supports CD-RW

Lens error amplifier

Supports voltage output type pickup

Power management

RF amplifier for 32X

speed CD-ROM

µPC2576

• 38-pin SSOP

Digital Servo, Data Processor, CD-ROM Decoder,

Host I/F on 1 chip

Supports 24X speed operation

Automatic adjustment function

Wide capture range

High speed CAV audio playback

Supports PIO mode 4, DMA mode 2 (Enhanced IDE/

ATAPI)

µPD63724A

• 160-pin LQFP

Power management

Digital audio interface output

1 chip CD-ROM

controller

Digital Servo, Data Processor, AudioDAC, CD-ROM

Decoder, Host I/F, 1MbitSRAM on 1 chip

Supports 32X speed operation

Automatic adjustment function with µPC2576

Wide capture range by analog PLL

High speed CAV audio playback

Supports PIO mode 4, DMA mode 2 (Enhanced IDE/

ATAPI)

µPD63725

• 176-pin QFP

Supports UltraDMA mode 2

Supports CD TEXT

Power management

250

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Global Positioning System IC

■ RF IC for GPS receiver

Function

(frequency unit: MHz)

V^CC

(V)

I^CC

(mA)

CG

Type

Part number

µPC2756

Package

(dB)

• 6-pin mini-mold

14

RF downconverter with osc. Tr

2.7 to 3.3

6

• 6-pin super mini-mold

General purpose

wideband separate IC

• 20-pin plastic SSOP

(225 mil)

IF downconverter with gain control

amplifier

60 to 79

72 to 92

µPC2753

6.5

RF/IF downconverter + PLL

synthesizer

TCXO = 16.368/1stIF = 61.380/

2ndIF = 4.092

Clock frequency

specific 1 chip IC

µPB1005

45

• 36-pin plastic QFN

2.7 to 3.3

Typical performance. (TA = +25°C, VCC = 3.0 V)

Display IC

■ Fluorescent indicator panel (FIP) driver IC

Number of

outputs

Withstand

voltage (V)

Output

current (mA)

Part number

Drives

Static

Output type

CMOS

Package

Main applications

Car stereo

µPD6320

39

21

18

1

5

• 52-pin QFP

• 28-pin DIP

µPD6321

25

40

µPD6323

Static

Pch-O.D

Automotive

µPD6323B

µPD6340

Dynamic

Static

20

47

40

64

40

32

80

25

1

ECR, PPC

Car stereo

NPN+Nch

CMOS

• 52-pin QFP

• 56-pin QFP

• 80-pin QFP

• 100-pin QFP

• 80-pin QFP

• 44-pin QFP

18

µPD6700

Dynamic

200

80

20

50

25

50

20

µPD16304

µPD16306

µPD16306A

µPD16310

µPD16326

µPD16326A

80

Graphic FIP module

80

130

150

: Three direction lead

■ Fluorescent indicator panel (FIP) controller/driver IC

Number of outputs

Number of

characters

Logic voltage (V)/

Drive voltage (V)

Main

application

Duty

(Max.)

Part number

Drives

Package

Remarks

Segments

Grids

µPD16311

µPD16312

Segment

1/16

1/11

12

16

192 segments

121 segments

5/35

•

52-pin QFP VCR

44-pin QFP VCR

Included

key scan

11

Included

key scan

(µPD16312

mirror)

121 segments

µPD16313

µPD16314

Segment

1/11

5/35

•

44-pin QFP VCR

DOT character 1/24

Segment 1/14

80

16

24

14

24 × 2 characters

5/50

5/35

•

144-pin QFP OA, FA

44-pin QFP VCR

★

Included

key scan

µPD16315

224 segments

: At maximum duty

★: Under development

Selection Guide X10679EJHV0SG00

251

Particular Purpose IC

Display IC

■ Liquid crystal display (LCD) controller/driver IC

Number of outputs

Number of

characters

Logic voltage (V)/

Drive voltage (V)

Main

application

Duty

(MAX.)

Part number

Drives

Package

Remarks

1

Segments Commons

2.7 to 5.5/

2.7 to 5.5

• 52-pin QFP

• 56-pin QFP

µPD7225

32

60

56

4

128 segments

240 segments

224 segments

3.5 to 6/

3.5 to 14

µPD16430A

µPD16431A

• 80-pin QFP

Segment

1/4

2.7 to 5.5/

2.7 to 6.5

Car audio

Included

key scan

• 100-pin

QFP

12 × 2 characters

+ 60 pictographs

µPD16432B

µPD16434

1/15

1/16

2.7 to 5.5/12

DOT character

• 80-pin QFP

42

16

73

8 × 2 characters

µPD16435

µPD16435A

119 × 71 dots

+ 119 × 2

• TCP

2

Graphic

1/73

119

2.7 to 5.5/10

pictographs

• CHIP

µPD16435B

µPD16670

12 × 4 characters

+ 60 pictographs

Mobile

phone

Included

DC/DC

2

DOT character

60

33

2.7 to 3.6/12

Converter

1/36

128 × 32 dots

+ 128 × 2

pictographs

2

µPD16675A

µPD16676

µPD16680

128

61

34

16

53

2.7 to 5.5/10

Pager

1/16

1/32

61 × 16 dots

2.7 to 5.5/12

• CHIP

Included

DC/DC

100 × 51 dots

+ 100 × 2

2

100

1/53

2.7 to 3.6/12

Graphic

Converter

pictographs

• Included

DC/DC

96 × 52 dots

Converter

• Included

Japanese

Kanji ROM

+ 96 pictographs

(8 × 4 Japanese

Kanji character)

2

Mobile

phone

µPD16681

2.45 to 4.0/12

96

52

65

1/52

Included

DC/DC

Converter

132 × 64 dots

+ 132 pictographs

• CHIP

• TCP

2

2.4 to 5.5/12

µPD16682

132

1/65

1: At maximum duty

2: Internal DC/DC Converter

252

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Display IC

■ Liquid crystal display (LCD) driver IC

Number of

outputs

Withstand Logic

voltage (V) voltage (V)

Part number

Drives

Package

Main applications

Car stereo

µPD6320

Static

39

• 52-pin QFP

18

5.0

µPD6321

240

288/300

312

LCD-TV

XGA

5.0

3.3

3.3/5.0

3.3

TFT (source) Analog

10.5

8.5

300

SVGA

3.3

300/309

8.5

3.3

SVGA/XGA

300/309

SVGA/XGA

3.3/5.0

3.3

384

402

5.0

3.3

XGA

TFT (source) 64 gray scale

SVGA

3.3/5.0

12.0

300/309

SVGA/XGA

384

13.5

3.3

XGA/SXGA

★

µPD16715A

µPD16732

µPD16732A

µPD16732B

µPD16740

µPD16750

µPD16650

• TCP

384

8.5

3.3

XGA/SXGA

384

8.5

40

31

40

31

5

3.3

XGA/SXGA

TFT (source) 256 gray scale

TFT (gate)

XGA

120/128

192/200

150/154

240

–

3.3/5.0

3.3

★

µPD16652

–

µPD16654

µPD16655

µPD16661A

µPD16666A

µPD16662

µPD16667

µPD16663

3.3

–

3.3

STN (column) 4 gray scale

STN (row)

160

3.3

PDA (1/8 VGA to VGA)

PDA (1/8 VGA to 1/2 VGA)

240

36

5

5.0

STN (column) 4 gray scale

STN (row)

240

3.3

160

36

5

5.0

STN (column) 16 gray scale

240

3.3

PDA (144 × 128 to 416 ×

320 dots)

★

µPD16664

STN (column) 4 gray scale

208

5

3.3

★: Under development

■ Plasma display, EL display driver IC

Part number

µPD16305

Drives

Number of outputs

Withstand voltage (V) Output current (mA)

Output type

Package

AC-PDP row

40

64

200

80

400

50

• 80-pin QFP

• 100-pin QFP

µPD16306B

AC-PDP/EL column

AC-PDP/EL

• 100-pin QFP

µPD16306A

µPD16310

µPD16327

64

40

64

80

25

50

40

• 80-pin QFP

• 100-pin QFP

100

CMOS

• 80-pin QFP

µPD16331

40

100

150

AC-PDP column

µPD16334

µPD16335

µPD16337

96

80

50

40

25

• For COB

• 100-pin QFP

• TCP

64

150

60

★

µPD16364

160

: Three direction lead

★: Under development

Selection Guide X10679EJHV0SG00

253

Particular Purpose IC

Display IC

■ Other driver IC

Withstand

voltage (V)

Number of

outputs

Output

current (mA)

Part number

Output type

NPN+Nch

NPN-O.C

Package

Main applications

Car stereo (LED)

Thermal head, LED, solenoid

µPD6320

µPD6321

• 52-pin QFP

4 × 4

18

40

20

• 16-pin DIP

• 16-pin SOP

µPD6345

8

100

NPN-O.C: NPN open-collector output (sink driver)

Intelligent Power MOS LSI

■ Motor Driver

Recommended operation

voltage range (V)

Output current (A)

Part number

Function

Package

Main application

Control part

Output part

µPD16804

µPD16805

µPD16823

3 to 6

Up to 7.5

±0.5

±1.0

±0.5

• 16-pin SOP

DC motor driver

Camera, DSC

2.5 to 6

FDD (2 aspects

excitation)

µPD16803

µPD16808

µPD16813

µPD16814

µPD16818

µPD16833

µPD16833A

µPD16835

µPD16836

µPD16837

µPD16853B

µPD16856

µPD16857

4 to 6

4 to 13.2

±0.38

• 20-pin SOP

• 16-pin SOP

FDD (1-2 aspects

excitation)

±0.45

FDD (2 aspects

excitation)

4 to 6

2.7 to 6

2.5 to 5.5

±0.31

FDD (1-2 aspects

excitation)

±0.415

±0.38

stepping motor driver

• 20-pin SOP

• 20-pin SSOP

FDD (2 aspects

excitation)

camcorder

4 ch-H bridge

2.7 to 5.5

±0.3

• 30-pin SSOP

• 26-pin TSSOP

camcorder

4 ch-H bridge

2.5 to 5.5

2.7 to 5.5

4.5 to 5.5

4 to 6

±0.3

camcorder

microstep drive

4.8 to 11

±0.15

• 38-pin SSOP

3 aspects blush-less

DC motor driver

• 24-pin SOP

(375 mil)

CD-ROM PWM

drive

10.8 to 13.2

±1.3 peak

±1.0 peak

±1.9 peak

±2.0 peak

±1.0 peak

±1.5 peak

±0.25

CD-ROM/DVD

actuator drive

stepping motor driver

3 aspects blush-less

DC motor driver

• 30-pin SSOP

(0.8 mm pitch)

CD-ROM PWM

drive

4.5 to 5.5

3 aspects blush-less

DC motor driver

CD-ROM PWM

drive

4.5 to 5.5

3.0 to 3.6

10.8 to 13.2

stepping motor driver

• 38-pin SSOP

• 30-pin SSOP

• 24-pin TSSOP

DVD-RAM

µPD16858B

µPD16858C

3 aspects blush-less

DC motor driver

CD-ROM PWM

drive

4.5 to 5.5

camcoder

4-ch-H bridge

µPD16877

stepping motor driver

2.5 to 5.5

2.7 to 5.5

■ Power MOS IC for Voltage Regulator

Input voltage Output voltage

Main application

Note PC

Part number

Function

Output current (mA)

140

Package

(V)

Step-up type DC/DC

converter for PCMCIA

4.5 to 5.5

11.72 to 12.28

µPD16901

• 14-pin SOP

254

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Power Switch for USB Application

Over current

detect (A)

Internal

circuit

Input

Circuit

Output

Part number

Package

Main application

Function

voltage (V) current (mA) current (A)

Pch High-side switch

µPD16855A for USB

• 8-pin SOP

(225 mil)

2

(H-active)

• 8-pin DIP

(300 mil)

• 8-pin SOP

(225 mil)

Pch High-side switch

µPD16855B for USB

2

(L-active)

Note PC

Pch High-side switch

for USB

1.5

CRT monitor

LCD monitor

2

4

2

µPD16855C

µPD16855D

H-active, instant

switch off

(

)

• 8-pin SOP

(225 mil)

4.0 to 5.5

Pch High-side switch

for USB

L-active, instant

0.5

0.6 to 1.25

(

)

switch off

• 16-pin DIP

(300 mil)

16-pin SOP LCD monitor

(300 mil)

Pch High-side switch

for USB

(L-active)

CRT monitor

★

2.5

0.1

µPD16874

• 8-pin DIP

Pch High-side switch

for USB

(L-active)

(225 mil)

• 8-pin SOP

(225 mil)

Key board

HUB BOX

★

µPD16875

★: Under development

Image IC

Part number

Function

Package

µPD72254Y^★Graphics LSI

• 208-pin QFP

★: Under development

Selection Guide X10679EJHV0SG00

255

Particular Purpose IC

MPEG IC

Part number

Function

Package

• 100-pin LQFP

MPEG1 Audio/Video decoder for Video-CD

µPD61012

Signal processing for STB, includes MPEG2 Audio/Video

decoder, TS demultiplexer, Graphics and VR4110CPU

• 304-pin QFP

µPD61030

■ Video CD

4M DRAM

CD-ROM

OSD

SRAM

Video output

MPEG video

decoder + A/V

separation/

CVBS

3-ch

video

DAC

RF amp.

PC2572

CD-ROM

decoder

NTSC/PAL

encoder

Driver

Y

C

µ

synchronization

Digital signal

processing

Synchronization

signal generation

circuit

Synchronization

signal output

SRAM

CD-DA

Digital servo

µ

PD63702A

Audio output

2-ch audio

DF + DAC +

operational

amplifier

MPEG audio

decoder

L

System

microcontroller

(78K/0)

R

PD63210

µ

PD61012

256

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Audio IC

■ Radio frequency amplification

Recom-

mended ap-

plication

Recommended

operating

voltage range

Function

FM IF FM

Part number

Package

FM

front end amplification detection

AM tuner

Other functions

Car radio

(V)

Double super

heterodyne DTS use

µPC2533

7.5 to 8.5

●

• 36-pin SOP

■ Pre-amplifier

Recommended

Function

Play back Recording MIC

Recommended application

operating

voltage range

(V)

Part number

Package

Other

functions

Radio cassette

Car radio

amplifier

recorder

Dual

µPC1228

6 to 16

●

• 8-pin SIP

●

■ Power amplifier

Recommended

Electrical characteristics

(typical value)

Recommended application

Home Radio cassette

operating

voltage range

(V)

Part number

Package

Function

Car radio

V

CC (V)

R (Ω)

L

PO (W)

stereo recorder

9

6

1.2

0.5

Dual

Low pop noise

8

●

3 to 16

µPC1316

•

14-pin DIPTAB

8

■ D/A converter for audio system

Recommended

operating

voltage range

Recommended application

Part number

Function

Package

Home

Portable Car stereo

stereo

(V)

• 16-pin SOP

µPD6376

4.5 to 5.5

16-bit D/A converter

18-bit D/A converter

●

µPD6379

µPD6379A

4.5 to 5.5

• 8-pin SOP

●

µPD6379L

µPD6379AL

3.0 to 5.5

• 16-pin SOP

• 28-pin SOP

µPD63200

µPD63210

µPD63210L

4.5 to 5.5

3.0 to 5.5

●

16-bit D/A converter with digital filter

■ Sound CODEC

Part number

Function

Features

• ∆Σ type ADCs and DACs are incorporated.

Package

µPD63310

• Mixers are incorporated into the analog input section and analog output section.

• Low-noise microphone amplifiers are incorporated.

• Sampling frequency: 2 to 48 kHz

• 80-pin TQFP

Sound codec

(master clock: 256 fs)

• Single power source: +3 to 5.5 V

• Operating temperature range: –20 to +80°C

Selection Guide X10679EJHV0SG00

257

Particular Purpose IC

Audio IC

■ Device kit for CD

Recommended

Recommended application

operating

voltage range

(V)

Function

Part number

Package

Home

Portable Car stereo

stereo

µPC2572

• 38-pin SOP

• 80-pin QFP

4.5 to 5.5

RF amp, error amp, APC for CD player

●

µPD63702A

Digital servo, data processor, DAC for CD player

●

RF amp, servo, data processor, ATT, DAC for CD

player

µPD63710

• 100-pin LQFP

4.5 to 5.5

●

■ Other functions

Recommended

Recommended application

operating

voltage range

(V)

Function

Part number

Package

Home Tape

Radio cassette

recorder

stereo deck

µPC1237

25 to 60

Stereo power amplifier protection circuit

●

• 8-pin SIP

258

Selection Guide X10679EJHV0SG00

Particular Purpose IC

TV IC

■ US MTS Decoder

US MTS: Multi Television Sound for USA specifications

Package

Function

Part number

µPC1851B

I²C Bus, Input Selector (2 ch), dbx NR, SAP Decoder,

• 42-pin SDIP

Tone/Volume control

dbx NR, SAP Decoder

• 42-pin SSOP

µPC1876

• 28-pin SDIP

• 28-pin SOP

I²C Bus, dbx NR, SAP Decoder, Normal Output

µPC1854A

■ US MTS (TV) System Block Diagram

Color

output

Signal Processing

Tuner

PIF & SIF

CRT

Color

Intensity

Deflection

Vertical

output

DTS

Interface

Horizontal

output

External input (for 2 stereos)

Speaker

µ

PC1316

L

µ

PC1876

US-MTS processing

Stereo demodulation

SAP demodulation

dbx NR

Power

amp.

Surround

Volume

Tone

Input

selector

R

I²C Bus

Tuning

microcontroller

I²C Bus interface

µ

PC1854A

µ

PC1851B

Remote

controller

receiver amp.

µ

PC2800A

Remark DTS: Digital Tuning System

MTS: Multichannel Television Sound

PIF: Picture Intermediate Frequency

SIF: Sound Intermediate Frequency

Selection Guide X10679EJHV0SG00

259

Particular Purpose IC

TV IC

■ Matrix Surround

Function

Matrix Surround (Phase Shift)

Part number

µPC1891A

Package

• 20-pin DIP

µPC1892

Matrix Surround (Phase Shift), Tone/Balance/Volume, L + R output • 30-pin SDIP

I²C bus, BASS boost, Matrix Surround, Tone/Balance/Volume,

Audio output, L + R output

µPC1853

• 30-pin SDIP

µPC1857A

I²C bus, Matrix Surround, Tone/Balance/Volume, Mixer input

• 30-pin SDIP

■ Matrix Surround (TV) System Block Diagram

Color

output

Signal Processing

Tuner

PIF & SIF

CRT

Color

Intensity

Deflection

Vertical

output

DTS

Interface

Horizontal

output

Speaker

µ

PC1853/1857A

µ

PC1316

µ

PC1892

L

µ

PC1854A

(US-MTS)

µ

PC1891A

L

Power

amp.

Volume

Balance

MTS decoder

Surround

Tone

R

I²C Bus

Tuning

microcontroller

I²C Bus Interface

Remote

controller

receiver amp.

µ

PC2800A

Remark DTS: Digital Tuning System

MTS: Multichannel Television Sound

PIF: Picture Intermediate Frequency

SIF: Sound Intermediate Frequency

260

Selection Guide X10679EJHV0SG00

Particular Purpose IC

TV IC

■ Digital Satellite Broadcasting

Part number

Function

Package

A/D Converter, QPSK demodulation, Viterbi decoder,

Reed-Solomon error correction

µPD61511

• 100-pin QFP

µPC2781

µPC2782

• 20-pin SSOP

AGC amplifier + Quadrature demodulator

L band frequency down converter + IF-AGC amplifier

• 8-pin SSOP

(175 mil)

µPC2795

µPC3205

L band frequency down converter

• 20-pin SSOP

AGC amplifier + Quadrature demodulator

■ Digital CATV

Part number

Function

Package

QAM IF down converter (AGC amplifier + MIX/OSC + Video

amplifier)

µPC2798GR

• 20-pin SSOP

µPC3206GR

µPC3211GR

50 dB AGC amplifier + Video amplifier

AGC amplifier for Return-pass

• 20-pin SSOP

Selection Guide X10679EJHV0SG00

261

Particular Purpose IC

Multisync Monitor IC

Part number

Function

Package

• 30-pin SDIP

Horizontal Vertical sync. processor, Picture geometry processor

µPC1883

Horizontal Vertical sync. processor, Picture geometry processor

(I²C bus)

µPC1884

• 30-pin SDIP

• 64-pin QFP

Horizontal Vertical sync. processor, Picture geometry processor

(I²C bus)

µPD61882A^★

★: Under development

Signal input

R

RGB

Input

process

RGB

Drive

Video

Amp.

G

B

CRT

V. sync

H. sync/C. sync

G. on sync

Deflection

Yoke

OSD

Sync. signal

separator

µ

PD61882A

Deflection

Correction Drive

HD

VD

µ

PC1884

PC1883

µ

I²C

Vertical

Drive

Multisync.

processor

Distortion

Correction

Geometry

SDA SCL

Control

H-F/V

CPU

Horizontal

Drive

Control D/A

Panel switch

EEPROM

Moire Canceller

Dynamic Focus

Convergence

★: Under development

262

Selection Guide X10679EJHV0SG00

Particular Purpose IC

Digital Image IC

■ 3D Y/C Separator

Package

Part number

µPD64082^★

Function

• 100-pin QFP

3D Y/C separator and noise reducer with 10 bit A/D converter

★: Under development

Comp./Y Input

C Input

Y Output

Y

C

10

10bit

Y-DAC

10bit

Y-ADC

YC Separator &

Y-Noise Reducer

Clamp

Bias

+

Y-Enhancer

Y-Coring

C Output

10bit

C-DAC

8bit

C-ADC

C-Delay &

C-Noise Reducer

µ

PD64082

DigitalY/C Output

10

Timing

Generator

NonStd.

Detector

Motion

Detector

HH

Decoder

WCV-ID

Decoder

Sync. Sep

f

SC in.

8f^SCPLL

I²C Bus Line

I²C Bus

I/F

BPF

4M EDO Interface

(Frame Delay)

1M F.M. Interface

(Field Delay)

f

SC/227.5f

Decoder

H

fSC out

20.000 MHz

Field Memory

(Option)

4Mbit EDO DRAM

: Under development

Selection Guide X10679EJHV0SG00

263

Particular Purpose IC

Digital Image IC

■ Analog Frontend IC

Package

• 42-pin SOP

Part number

Function

5 V operation chroma decoder NTSC/PAL, 525/625 line, 50/60 Hz

selectable, Matrix circuit

µPC1830

■ Video capture system block diagram

NTSC

3.58

PAL

4.43

RGB or YUV

RGB/Color

difference decoder

Composite video

or Y/C separate

signal input

8

8 bit A/D

µ

PC659A

µ

PC1830

HD

VD BLK

8 bit A/D

Clamp

pulse

CLP

µ

PC659A

910 f

H

H lock clock

generator

8 bit A/D

Divider

µ

PC659A

264

Selection Guide X10679EJHV0SG00

Particular Purpose IC

On-Screen Character Display IC

■ Video type

Part number

Function

µPD6464A

µPD6465

Number of character types

Number of display characters

Character configuration

Character color

128 (ROM)

256 (ROM)

288 (12 lines × 24 digits)

12 × 18

Single (white, the luminance level of a character can be set in 2 stages.)

1 dot/1H, 2H (per line)

Character size

Internal video signal color

Background

White/Black/Blue/Green

None/Fringed/Squared/Solid (per field)

NTSC/PAL/PAL-M/SECAM

Applicable video signal mode

Supply Voltage

4.5 to 5.5 V

• 24-pin SDIP (300 mil)

• 24-pin SOP (375 mil)

Package

• µPD6464A adapts PAL-N.

■ RGB type

Part number

Function

µPD6461

256 (ROM)

µPD6462

µPD6466

Number of character types

Number of display characters

Character configuration

Character color

128 (ROM)

288 (12 lines × 24 digits)

12 × 18

512 (ROM)

8 colors

Character size (per line)

1 dot/1H, 2H

Black character/No friged

None

1 dot/1H, 2H, 3H, 4H

Character color reverse

(per character)

Black character/No friged

White character/Friged

Background (per frame)

Square (8 colors)

Solid (8 colors)

Fringed (per frame)

Supply voltage

Two colors (Black, White)

2.7 to 5.5 V

• 20-pin SSOP (300 mil)

• 24-pin SOP (375 mil)

• 20-pin SSOP (300 mil)

• 24-pin SOP (375 mil)

Package

• 20-pin SSOP (300 mil)

• Making ideally suited for camcoders (µPD6461, µPD6462)

• µPD6461 and µPD6462 are commands conpertible and pins conpertible for 20-pin SSOP package.

• µPD6466 has a blue background and character mirror reverse function.

Video Camera IC

■ CCD driver circuit

Part number

µPD16501

Function

Area sensor vertical drive interface

Package

• 16-pin SOP (300 mil)

• 20-pin SOP (300 mil)

• 22-pin SSOP (225 mil)

µPD16502

µPD16510

Area sensor vertical drive interface

Area sensor vertical, VOD shutter driver, for low voltage logic

Area sensor vertical driver 10ch (3 state: 6, 2 state: 4), VOD

shutter driver, for low voltage logic

µPD16520^★

• 38-pin SSOP (300 mil)

★: Under development

Selection Guide X10679EJHV0SG00

265

Particular Purpose IC

Remote Control IC

■ Infrared remote control preamplifiers IC

Part number

Supply voltage

Features

Package

• 8-pin SOP

Remarks

µPC2800A

5 V ± 10%

Internal high trap circuit

Active low type

■ Infrared remote control IC

Part number

µPD6121G-001

µPD6122G-001

Operating voltage range

Operation clock (fOSC)

2.0 to 3.3 V

400 to 500 kHz ceramic oscillator

Transmission format

Leader

Custom code 16-bit Data code 8-bit

Data code 8-bit

P.P.M. 0 ····

1····

Modulation mode

38 kHz • carrier modulation(f^OSC= 455 kHz)

Custom code

Data code

16-bit set

32 × 2

64 × 2

Number of keys

Package

32

64

• 20-pin SOP

• 24-pin SOP

: All codes except code “00FFH” are managed by NEC.

Clock IC

Part number

I/O

Alarm

Supply voltage (V)

2.0 to 5.5

Circuit Current (µA)

Package

• 14-pin DIP

• 16-pin SOP

µPD4990A

Serial

✕

20

• 18-pin DIP

• 20-pin SOP

µPD4991A

µPD4992

4-bit · Parallel

8-bit · Parallel

14

6

• 20-pin DIP

• 20-pin SOP

2.4 to 5.5

✕

Rotary Encoder IC

Part number

Axis

Counter-bit

12

Supply voltage (V)

Package

• 24-pin DIP

• 24-pin SOP

µPD4701A

2

µPD4702

µPD4704

1

5.0

• 20-pin DIP

• 20-pin SOP

8

(Expansion for

µPD4702)

266

Selection Guide X10679EJHV0SG00

Particular Purpose IC

A/D Converter IC

■ A/D Converter for Video processing

Resolution Linearity

Supply

voltage (V)

Output

format

Part

number

Sampling

time (MSPS)

Package

Data format

Binary

Remarks

(bits)

(%FSR)

8-bit

parallel

Parallel approximation

Video processing

8

0.2

+5

µPC659A

20

• 24-pin SOP

D/A Converter IC

■ D/A Converter

Resolution

(bits)

Supply

voltage (V)

Input

format

Output

format

Part

number

Linearity

(%FSR)

Settling

time (µs)

Package

Remarks

Serial input, CMOS

µPD6325

µPD6335

µPD6326

µPD6336

6

+5 to +15

+5

Voltage

output

• 16-pin DIP

• 16-pin SOP

Binary

Monotonicity

200

(4 circuits)

6

+5 to +15

+5

Voltage

output

Binary

• 16-pin DIP

Monotonicity

0.31

200

100

(8 circuits)

I²C-bus compatible

Internal Output CMOS' Buffer

I²C-bus compatible

Internal Output CMOS' Buffer

8

Voltage

output

• 20-pin DIP

• 20-pin SOP

+5

µPD6221

µPD6222

(8 circuits)

8

Voltage

output

• 24-pin SDIP

• 24-pin SOP

0.31

(12 circuits)

■ D/A Converter for Video processing

Resolution

(bits)

Supply

voltage (V)

Output

format

Part

number

Linearity

(%FSR)

Sampling

rate (MSPS)

Input

format

Package

Remarks

Voltage

output

Parallel input

Video processing

µPC667

10

+5

• 30-pin SDIP

0.1

60

Binary

Line Driver Receiver IC

Supply voltage (V)

Package

Part number

Driver

2

Receiver

Capacitor (µF)

• 20-pin DIP

• 20-pin SOP

µPD4711B

2

1.0 to 4.7 (4 pcs)

µPD4712C

µPD4712D

4

• 28-pin DIP

• 28-pin SOP

5.0

• 24-pin DIP

• 24-pin SOP

µPD4713A

3

4.7 to 47 (4 pcs)

µPD4714A

µPD4715A

µPD4721

µPD4722

µPD4723

µPD4724

µPD4726

3

5

2

4

3

4

5

3

2

4

3

5

7

• 28-pin DIP

• 28-pin SOP

0.33 to 4.7 (4 or 5 pcs)

0.47 to 4.7 (4 or 5 pcs)

• 20-pin SSOP

• 30-pin SSOP

• 36-pin SSOP

3.3/5.0

5.0

0.33 to 4.7 (4 or 5 pcs)

1.0 to 4.7 (4 pcs)

Selection Guide X10679EJHV0SG00

267

[MEMO]

268

Selection Guide X10679EJHV0SG00

General Purpose Linear IC

Operational Amplifier..................................................... 270

Comparator ..................................................................... 271

Fixed Output Voltage, 3-Terminal Regulator .............. 271

Variable Output Voltage Regulator .............................. 272

Regulator with System Reset ....................................... 272

Regulator with ON/OFF Function................................. 272

High Precision Reference Voltage ............................... 273

Switching Regulator Control Circuit ........................... 273

Functional Block ............................................................ 274

5

Selection Guide X10679EJHV0SG00

269

General Purpose Linear IC

Operational Amplifier

3

V^±

(recom-

Part number

Communi-

Packages

Number

of

circuits

VIO

I^CC

SR

Number

of pins

mended (MAX.) (MAX.) (TYP.)

value)

(V)

cation/

industry

use

General

use

Features and Functions

C

G2 HA

1

(mV) (mA) (V/µs)

2

µPC741

µPC1458

µPC4558

µPC4560

µPC324

µPC3403

µPC4741

µPC4081

µPC4250

µPC4082

µPC4084

µPC4091

µPC4092

µPC4093

µPC4094

–

1

2

4

1

2

4

1

2

1

2

1

2

4

1

2

4

2

4

2

4

±7.5 to ±16

±4 to ±16

+3 to +30

+3 to +32

±4 to ±16

±5 to ±16

±1 to ±16

±5 to ±16

±6

2.8

5.6

–

0.5 General purpose

µPC151

µPC251

µPC258

µPC259

µPC451

µPC452

µPC458

µPC801

µPC802

µPC803

µPC804

µPC811

µPC812

µPC813

µPC814

µPC815

µPC816

µPC821

µPC822

µPC824

µPC831

µPC832

µPC834

µPC842

µPC844

µPC1251

–

8

0.5 General purpose

±6

1.0 Low noise

8

±6

–

2.8 Low noise, high output current

0.3 Single supply voltage

0.8 Single supply voltage, high speed

1.0 Low noise

8

±7

2.0

7.0

2.8

14

8

±7

±5

±15

±6

13

J-FET input

0.1 0 to 1.0 Micro-power

8

±15

±2.5

±3

5.6

11.2

3.4

6.8

3.4

6.8

4.6

2.7

5.0

10.0

0.25

0.5

1.0

5.5

11.0

1.2

–

13

15

25

J-FET input

8

J-FET input

14

8

High accuracy, J-FET input

High accuracy, high speed, J-FET input

8

±2.5

±3

8

±3 to ±20 ±0.06

1.6 Super high accuracy

7.6 Super high accuracy

8

–

8

µPC4071

µPC4072

µPC4074

µPC4061

µPC4062

µPC4064

µPC4742

µPC4744

µPC358

µPC4556

µPC4557

µPC4559

µPC4570

µPC4572

µPC4574

±5 to ±16

±2 to ±16

+3 to +32

+3 to +30

±4 to ±16

±2 to ±7

±10

±5

13

Low noise, J-FET input

8

4

8

14

8

3.0 Micro-power, J-FET input

8

3.0 Micro-power, J-FET input

14

8

7.0 Single supply voltage, high speed, wide band

0.3 Single supply voltatge

±5

14

4

±7

8

±6

5.0 Low noise, wide band

8

±6

–

1.0 Low noise, high output current

2.0 Low noise, wide band

–

±6

–

4

±5

8.0

7.0

12.0

7.0 Super low noise, wide band

6.0 Super low noise, low voltage

6.0 Super low noise, wide band

–

8

4

±5

–

8

±4 to ±16

±5

–

14

1 : Single type has a offset adjust pin.

2 : For product indicated by +/– voltage, single supply voltage operation is possible if the input/output voltage range is

observed.

3 : C, G2 or HA shows Package Type, as follows.

C

: Plastic DIP (300 mil)

G2 : Plastic SOP (225 mil)

HA : 9-pin plastic slim SIP

4 : HA has 9 pins.

270

Selection Guide X10679EJHV0SG00

General Purpose Linear IC

Comparator

1

Part number

Packages

V^±

(recommended

value)

Number

of

circuits

V^IO

(MAX.)

(mV)

I⁺

t^d

Communi-

Number

of pins

Features and

Functions

(MAX.)

(mA)

(TYP.)

(µs)

cation/

industry

use

General

use

C

G2

HA

(V)

Single supply

voltage

4

+2 to +32

±5.0

2.0

1.3

µPC177

µPC339

14

1

2

+5 to +32

±7.5

±8.0

7.5

0.2

High speed

µPC271

µPC272

µPC311

µPC319

8

12.5

0.08

14

Single supply

voltage

2

+2 to +32

±5.0

1.0

1.3

µPC277

µPC393

8

1 : C, G2 or HA shows Package Type, as follows.

C

: Plastic DIP (300 mil)

G2 : Plastic SOP (225 mil)

HA : 9-pin plastic slim SIP

2 : HA has 9 pins.

Fixed Output Voltage, 3-Terminal Regulator

Output voltage (V)

Output

Absolute maximum ratings

Type

current

Package

Remarks

Part number

Input

voltage (V)

Total power

dissipation (W)

3

3.3 4

5

6

7

8

9 9.3 10 12 15 18 24

1

(A)

30

35

40

35

40

35

40

• TO-92

• TO-243

3

µPC78L00

µPC78N00

µPC78M00A

µPC7800A

µPC29L00

µPC29M00

µPC2900

0.1

0.3

0.5

1.0

0.1

0.5

1.0

2.0

0.5

1.0

0.1

0.3

0.5

1.0

0.7/2

• TO-126

12.5

15

Improved

version of

µPC78M00

2

• MP-45

Improved

version of

µPC7800

Low

dropout

voltage type

2

15

• TO-92

• TO-243

3

16

20

36

0.7/2

Positive

voltage

output

Low

• TO-251

• TO-252

• MP-45

• TO-251

• TO-252

• MP-45

4

1.0/2.0

dropout

voltage type

Low

dropout

voltage type

Low

15

2

4

1.0/2.0

15

2

dropout

voltage type

µPC24A00

µPC24M00A

µPC2400A

µPC79L00

µPC79N00

µPC79M00

µPC7900A

• MP-45

• TO-92

• TO-126

• MP-45

20

Low

2

dropout

voltage type

Low

dropout

voltage type

15

–30

–35

–40

–35

–40

–35

–40

0.7

12.5

15

Nega-

tive

voltage

output

2

Improved

version of

µPC7900

15

1 : Limited by internal circuit

2 : TO-220 Plastic insulated package

3 : With 16 cm²× 0.7 mm ceramic substrate

4 : With 7.5 cm²× 0.7 mm ceramic substrate

Selection Guide X10679EJHV0SG00

271

General Purpose Linear IC

Variable Output Voltage Regulator

Output voltage

range

Absolute maximum ratings

Input voltage Total power

Output current

(A)

Type

Part number

Package

Remarks

(V)

40

dissipation (W)

• 8-pin DIP

• 8-pin SOP

µPC305

µPC317

0.05

1.5

4.5 to 30

1.3 to 30

0.35, 0.44

2

1

• MP-45

3-pin regulator

Shunt regulator

15

• 8-pin SOP

• TO-92

• TO-243

3

0.48, 0.7, 2

0.2

,

µPC1093

0.15

2.5 to 36

37

Positive

voltage

output

• 5-pin mini mold

Shunt regulator

for Low Voltage

3

µPC1943

µPC1944

µPC1945^★

µPC337

• TO-243

0.05

0.015

1.5

1.6

1.26 to 24

0.4 to 9

25

• 8-pin SOP

• TO-92

• TO-243

Shunt regulator

for Low Voltage

0.385, 0.56,

3

1.6

Shunt regulator

for Low Voltage

4

• 5-pin mini mold

0.41

12

Negative

voltage

output

2

1

• MP-45

3-pin regulator

15

–1.3 to –30

–40

1 : Limited by internal circuit

★: Under development

2 : TO-220 Plastic insulated package

3 : When mounted on 16 cm²(0.7 mm thick) ceramic board

4 : When mounted on 75 mm²(0.7 mm thick) ceramic board

Regulator with System Reset

Reset

start

voltage

(V)

Reset output logic

Absolute maximum ratings

Input voltage Total power

Output

voltage

(V)

Output

current

(A)

Part

number

Type

Remarks

Package

Active

low

Active

high

(V)

dissipation (W)

• TO-126 Low dropout

(4-pin) type

µPC2251

µPC2253

µPC2255

µPC2260

0.1

0.5

3

5

2.85

4.75

4.85

12

1.2

• TO-126 Low dropout

(4-pin) type

• TO-126 Low dropout

(4-pin) type

• TO-220 Low dropout

(5-pin) type

12

35

1.2

20

Positive

voltage

output

: Limited by internal circuit

Regulator with ON/OFF Function

ON/OFF voltage (V)

Absolute maximum ratings

Input voltage Total power

Output

voltage

(V)

Output

current

(A)

Part number

Package

Output ON Output OFF

(V)

dissipation (W)

• TO-126 (4-pin)

• TO-126 Gullwing (4-pin)

0.1

7.8

10

2.0

0.8

20

1.2

µPC29S78

µPC29S10

0.48

• 8-pin SOP

: Limited by internal circuit

272

Selection Guide X10679EJHV0SG00

General Purpose Linear IC

High Precision Reference Voltage

Part

number

Output voltage vs.

Package

Input voltage

range (V)

Output voltage Output current Total power

temperature (ppm/°C)

(V)

(mA)

dissipation (mW)

µPC1060

4.5 to 40

2.5 ±0.025

10

350, 500

40

• 8-pin DIP

Switching Regulator Control Circuit

Absolute maximum ratings

Part

number

Input voltage

range (V)

Output circuit operation

mode

Applications

Package

Output

Total power

current (mA) dissipation (W)

• 16-pin DIP

• 16-pin SOP

(375 mil/

1

2

1, 0.78 ², 0.65

Push-pull/single selectable

General purpose

µPC494

7 to 40

250

300 mil)

Can operate up to

500 kHz

General purpose

Totem pole circuit configuration

Single mode

1200

(peak)

• 14-pin DIP

• 14-pin SOP

µPC1094

µPC1099

µPC1905

µPC1909^★

11 to 24

11.5 to 24

12 to 30

7 to 24

0.57, 0.55

1, 0.694

Can operate up to

500 kHz

General purpose

Totem pole circuit configuration

Single mode

1200

(peak)

• 16-pin DIP

• 16-pin SOP

Can operate up to

500 kHz

General purpose

Totem pole circuit configuration

Single mode

1200

(peak)

• 16-pin DIP

• 16-pin SOP

Can operate up to

500 kHz

ZCS, Half bridge

Totem pole circuit configuration

Q, Q output

1200

(peak)

• 16-pin DIP

• 16-pin SOP

2 outputs (synchronous

control possible)

If one output is shorted, both

outputs will be turned OFF.

• 16-pin DIP

• 16-pin SOP

DC/DC converter

µPC1100

µPC1150

3.6 to 40

25

1, 0.694

2 outputs (synchronous control

possible)

If one output is shorted, only

the output will be turned OFF.

• 16-pin DIP

• 16-pin SOP

Open drain

1 output

DC/DC converter

µPC1933

µPC1934

µPC1935

2.5 to 20

21

0.48

0.4, 0.417

0.417

• 8-pin SOP

Open drain

2 outputs

• 16-pin SSOP

• 16-pin T-SSOP

Open drain

3 outputs

• 16-pin T-SSOP

5 V, 3.3 V

Synchronous

rectifier controller

High side: necessary drivers

Low side: push-pull drivers

1000

(peak)

µPC16902^★5.2 to 25

0.625

• 30-pin SSOP

1 : µPC494G is 375 mil. µPC494GS is 300 mil.

2 : When mounted on 5 × 5 cm²(1.6 mm thick) glass epoxy board.

★: Under development

Selection Guide X10679EJHV0SG00

273

General Purpose Linear IC

Functional Block

Features

Package

Function

Analog

Multiplexer

Part number

Single-pole 8 position mode/double-pole 4 position mode

Supply Voltage: 44 V, ON Resistance: 270 Ω TYP.

• 24-pin shrink DIP

• 24-pin SOP

µPD5205

CR Timer, Operating Temperature: –20 ~ +80°C

Supply Voltage: 4.5 ~ 16 V, Free Running Frequency: 0.1 ~ 100 kHz

• 8-pin DIP

• 8-pin SOP

µPC1555

µPD5555

µPD5556

µ

CMOS CR Timer, CMOS Type of PC1555

• 8-pin DIP

• 8-pin SOP

Precision

Timer

Supply Voltage: 3 ~ 16 V, Free Running Frequency: 0.1 ~ 500 kHz

CMOS CR Timer µ

• 14-pin DIP

• 14-pin SOP

µ

Dual Type of PD5555

274

Selection Guide X10679EJHV0SG00

Transistor/Diode/Thyristor

Transistor ........................................................................ 276

• Quick Reference by Package .................................. 276

• Quick Reference Table by

Function/Application ................................................ 286

Field Effect Transistor ................................................... 292

• Small Signal FET ....................................................... 292

• Power MOS FET......................................................... 295

Transistor with Internal Resistor ................................. 309

Transistor for Array........................................................ 314

Transistor Array.............................................................. 315

Zener Diode..................................................................... 317

Noise Clipping Diode..................................................... 319

Thyristor .......................................................................... 321

6

Selection Guide X10679EJHV0SG00

275

Transistor

Quick Reference by Package

TO–92

■ TO-92 Type Transistor

VCEO (V)

~15

~30

~50

~70

~100

~150

~200

~250

~400

I^C(A)

~20 m

2SC1674

2SA1206

2SA988

2SA992

2SC1841

2SC1845

~50 m

2SA733

2SA990

2SC945

2SC1842

2SC1843

2SA675¹⁾

2SA1376

2SA1376A

2SC3478

2SC3478A

2SA1544

~100 m

AA1[

AN1[

]

2SC2901

2SC3622

(150 mA)

2SC3622A

(150 mA)

~200 m

~500 m

2SC3615

(300 mA)

2SA953

2SC2002

2SA954

2SC2003

2SA1625

2SA952

2SC2001

2SC3616

(25 V/

2SB1116

2SD1616

AD1[

AD2[

AR1[

2SB1116A

(60 V)

]

2SD1698

(80 V)

700 mA)

~1.0

AB1[

(25 V/

]

2SD1616A

(60 V)

700 mA)

2SD1701

(60 V)

AP1[

]

(25 V/

700 mA)

2SD1513

(16 V/2.0 A)

2SB1068

(16 V/2.0 A)

~2.0

AQ1[

]

(20 V/2.0 A)

2SB1300

(16 V/3 A)

~3.0

1) VCES

: Darlington transistor, : High hFE transistor, : High speed switching,

: Contains internal zener diode

276

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference by Package

SST

■ SST Type Transistor

VCEO (V)

~15

~20

~30

~50

~120

I^{C (A)}

~20 m

~50 m

2SC2786

2SC2787

2SA1459**

2SC2784

2SA1175

2SC2785

2SC3623

~100 m

BA1[

BN1[

]

2SC3732

2SA1458

(40 V)

2SC3623A

(150 mA)

2SC3731

(40 V)

~200 m

~700 m

2SB810

2SD1020

BB1[

(25 V)

BP1[

]

(25 V)

: High hFE transistor, : High speed switching

Selection Guide X10679EJHV0SG00

277

Transistor

Quick Reference by Package

SP–8

■ SP-8 Type Transistor

VCEO (V)

~16

~25

~50

~80

~140

~160

~300

~400

~600

I^C(A)

2SA915

2SC1940

2SA916

2SC1941

~50 m

2SC3209

2SC4000

(250 V/

~200 m

100 mA)

2SA1221

2SC2958

2SA1222

2SC2959

~500 m

~700 m

2SB605

2SD571

2SC2721

2SB564

2SD471

2SA1460

2SB734

2SC3733

2SD774

2SD1582

2SB984

2SB1093

2SD1312

2SD1579

2SD1697

(800 mA)

2SD1700

(60 V/

2SA1627

~1.0

800 mA)

2SD1843

(60 V)

2SB733

2SD773

2SD1581

2SD2463

2SD1779

(60 V)

2SA1626

2SD1780

(60 V)

~2.0

CE1[

]

(60 V)

CE2[

]

(60 V)

2SB1117

2SA1897

2SB1318

(100 V)

~3.0

~5.0

: Darlington transistor, : High hFE transistor, : High speed switching,

: Internal zener diode

*

**

***

278

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference by Package

MP–3

■ MP-3 Type Transistor

VCEO (V)

IC(DC)

~20

~40

~60

~100

~150

~300

~400

~600

(A)

2SA1400

2SC3588

~0.5

2SB963

2SD1286

2SA1413

2SC3632

~1.0

~2.0

2SD1583

2SD992

2SB962

2SD1164

2SB768

2SD1033

2SC2885

2SC2946

2SA1412

2SC3631

2SD1584

2SB1261

2SD1899

~3.0

2SA1385

2SC3518

2SA1648

2SA1647

2SC4331

2SC4346

~5.0

~10

2SA1615

2SA1649

: Darlington transistor, : Complementary pair, : Single High hFE, : Low VCE(sat)

MP–5

(TO–126)

■ MP-5 (TO-126) Type Transistor

VCEO (V)

~45

~60

~80

~120

~160

~300

~400

~600

IC(DC)

(A)

2SA1546

2SC4001

~1.0

2SC2688

2SA1156

2SC2752

~0.5

~1.0

~2.0

2SD1630

2SD415

2SA1486

2SC3840

2SD1695

2SB794

2SD985

2SB795

2SD986

2SC2690

2SC2690A

2SD794

2SB772

2SD882

2SD794A

2SB1150

2SD1693

2SD1694

2SB1217

2SD1818

2SB1149

2SD1692

2SC4342

~3.0

~5.0

2SB1151

2SD1691

: Darlington transistor, : Complementary pair, : Internal zener diode between C-B, : Low VCE(sat),

: Single Hight hFE

Selection Guide X10679EJHV0SG00

279

Transistor

Quick Reference by Package

MP–25

(TO–220)

■ MP-25 (TO-220) Type Transistor

VCEO (V)

~40

~60

~80

~100

~150

~300

~400

I^C(DC)

(A)

2SC1505

2SA1009

~0.5

2SA1008

2SC2331

2SB546A

2SD401A

2SA1009A

2SC2333

~2.0

~5.0

2SA1069

2SB707

2SA1069A

2SB708

2SB601

2SD560

2SC2517

2SC2518

2SA1129

2SA1010

2SC2334

2SA1645

2SC2335

~7.0

2SA1646

: Darlington transistor, : Complementary pair, : Internal zener diode between C-B, : Low VCE(sat)

MP–40

■ MP-40 Type Transistor

V^CEO(V)

~60

~100

~400

IC(DC)

(A)

~5.0

~7.0

~8.0

2SD1392

2SC4305

2SD1308

2SC3158

2SC3159

2SD1309

2SA1261

2SC3157

2SC4350

~10

: Darlington transistor, : Complementary pair, : Internal zener diode between C-B

280

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference by Package

MP–45

(MP-25 Insulated type)

MP–45F

(MP-25 Insulated type)

■ MP-45, MP-45F (TO-220 Insulated Type) Transistor

VCEO (V)

~60

~100

~300

~400

Package

IC(DC)

MP-45

MP-45F

MP-45

MP-45F

MP-45

(A)

2SA1395

2SC3567

2SC3569

~2.0

~3.0

2SB1094

2SD1585

2SD1593

2SB1453

2SD2164

2SA1394

2SA1441

2SC3691

2SC4351

2SB1098

2SD1589

2SA1650

2SC3570

2SC3571

~5.0

~6.0

~7.0

2SA1741

2SC4549

2SB1430

2SD2161

2SD2165

2SC4553

2SD1592

2SD1594

2SC4062

2SB1097

2SD1588

2SA1442

2SC3692

2SA1742

2SC4550

2SB1099

2SD1590

~8.0

2SB1431

2SD2162

2SA1443

2SC3693

2SA1743

2SC4551

2SA1396

2SC3568

2SA1652

2SC4336

2SA1720

2SB1100

2SD1591

2SC3572

~10

~15

2SB1432

2SD2163

2SA1444

2SC3694

2SA1744

2SC4552

2SC4063

2SC4554

: Darlington transistor, : Complementary pair, : Internal zener diode between C-B, : Low VCE(sat),

: Single High hFE

Selection Guide X10679EJHV0SG00

281

Transistor

Quick Reference by Package

MP–80

■ MP-80 Type Transistor

VCEO (V)

IC(DC)

~100

~400

(A)

~5.0

~1.0

2SC2908

2SB897

2SD1210

2SC2749

2SC2751

2SC2750

2SD1296

~15

: Darlington transistor,

: MP-88

MP–10

■ MP-10 Type Transistor

VCEO (V)

~60

~100

IC(DC)

(A)

2.5

~5

2SC4814

2SA1843

2SC4815

2SA1840

2SC4810

2SA1845

~7

~8

2SC4813

2SA1841

2SC4811

~10

2SA1847

: Darlington transistor, : Complementary pair,

: Low VCE(sat) High hFE, : Low VCE(sat)

282

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference by Package

Mini mold

SC-59

■ Mini-Mold Transistor

VCEO (V)

~15

~20

~30

~40

~50

~60

~80

~120

~200

~300

IC (mA)

~20

2SC2223

2SD2383

~30

2SA1226

2SA1462

2SC1009A

2SA811A

2SA1247

2SC1653

(130 V)

~50

2SC1622A 2SC1654

2SC3115

(160 V)

2SA812

2SC1623

2SA1330

2SC3360

~100

FA1[

FN1[

]

2SC3624

2SC3624A

~150

~200

~300

~500

2SC3735

2SC1621

2SA1461

2SC3734

2SB736

2SD780

2SB736A

2SD780A

2SA1464

2SC3739

2SB624

(–25 V)

2SD596

(25 V)

~700

FB1[

]

(25 V)

FP1[

]

(–25 V)

Selection Guide X10679EJHV0SG00

283

Transistor

Quick Reference by Package

Power mini mold

SC-62

■ Power Mini-Mold Transistor

VCEO (V)

~20

~25

~50

~60

~80

~100

~120

~140

~300

IC (A)

2SA1173

2SC2780

~50 m

~200 m

~300 m

2SC3554

2SC3617

2SB800

2SD1001

2SC3618

2SB799

2SD1000

2SB805

2SD1006

2SB806

2SD1007

~0.7

~1.0

2SB798

2SD999

2SA1463

2SB1115

2SC3736

2SD1615

2SD1702

2SB1115A

2SD1615A

2SB804

2SD1005

2SD1699

HD1[

HD2[

HR1[

]

2SB1114

2SD1614

2SD1950

~2.0

HQ1[

]

2SB1628

2SB1572

2SD2403

~3.0

~5.0

2SB1571

2SD2402

: Darlington connection

MP-2

SC-84

■ MP-2 Type Transistor

VCEO (V)

IC (A)

~60

~600

2SA1871

2SC4942

~1.0

~5.0

2SB1578

2SD2425

284

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference by Package

MP-3

■ MP-3 Type (SC-63) Transistor

VCEO (V)

~20

~30

~45

~60

~200

~400

~600

IC (A)

2SA1400-Z

2SC3588-Z

~0.5

~1.0

2SB963-Z

2SD1286-Z

2SA1413-Z

2SC3632-Z

2SD1583-Z

2SD1164-Z

(1.5 A)

2SB768

(150 V)

2SA1412-Z

2SC3631-Z

~2.0

~3.0

2SD1033

(150 V)

2SC2946(1)

2SB962-Z

2SB1261-Z

2SD1584-Z

2SD1899-Z

2SA1385-Z

2SC3518-Z

~5.0

~10

2SA1615-Z

: Darlington connection

Small mini mold

SC-70

■ Small Mini-Mold Transistor

VCEO (V)

~15

~20

~30

~40

~50

~120

IC (mA)

~20

2SC4178

2SA1610

~50

2SC4179

2SA1612

2SC4180

2SA1611

2SC4177

~100

~150

GA1[

GN1[

]

2SC4181

~200

2SC4176

2SC4175

2SB1475

(–25 V)

2SD2228

(25 V)

2SA1608

2SC4173

~500

■ Ultra Small Mini-Mold Transistor

VCEO (V)

~50

IC (mA)

2SA1836

2SC4783

Ultra small mini mold

~100

Selection Guide X10679EJHV0SG00

285

Transistor

Quick Reference Table by Function/Application

Small Signal Transistor

■ Small Signal Transistor (1/2)

SMALL MINI

MOLD

MINI

POWER

MINI

TO-92

SP-8

SST

MOLD

FM/FM RF RF/MIX/CON

2SC1674

2SC2786

2SC2787

2SA1175

2SC4178

2SC4179

2SA1611

2SC2223

2SC1009A

2SA812

FM AM/FM/AM MIX/OSC/IF

2SA733

Audio Frequency

Amplification

(2SA812)

2SA811A

2SC1623

(2SC1623)

2SC1622A

2SC3624/A

2SA1247

2SC3115

2SB624

2SA988

2SC945

2SA1612

2SC4177

2SC2785

2SC1841

2SC3622/A

2SA992

2SC3623/A

2SA1174

2SC2784

2SB810

2SC4181

Low Noise Amplification

Driver Output

2SC1845

2SA952

2SA953

2SB736

2SA954

2SB736A

2SA1330

2SB800

2SA1376

2SB564

2SB605

2SB811

2SB798

2SB799

2SB1068

2SB1116

2SB1116A

2SC2001

2SC2002

2SC2003

2SC3478

2SB1114

2SB1115

2SB1115A

2SD1020

2SD596

2SD780

2SD780A

2SD1001

2SC2780

2SC3360

2SC1653

2SC1940

2SC1941

2SC3209

2SC1654

2SC3554

2SC3617

2SC3618

2SD999

2SC3615

2SC3616

2SD471

2SD571

2SD1000

2SD1614

2SD1615

2SD1615A

2SD1699

2SD1702

2SD1950

2SD1513

2SD1616

2SD1616A

2SD1698

2SD1701

2SD1697

2SD1700

2SD1581

286

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference Table by Function/Application

Small Signal Transistor

■ Small Signal Transistor (2/2)

SMALL MINI

MOLD

MINI

POWER

MINI

TO-92

SP-8

SST

MOLD

2SA1462

2SA1464

2SA1206

2SA1459

2SA1610

2SA1608

Switching

2SA1460

2SA1463

2SC3736

2SA1458

2SC3732

2SC3731

2SA1461

2SC3739

2SC3735

2SC4173

2SC4176

2SC2901

2SC3733

2SC3734

Selection Guide X10679EJHV0SG00

287

Transistor

Quick Reference Table by Function/Application

Power Transistor

■ Low VCE(sat) Transistor

Charac-

teristics

VCEO, IC(DC)

MP-5

(TO-126)

SP-8

MP-2

MP-3

MP-25

MP-10

MP-45

MP-45F

16 V, 3 A

20 V, 10 A

25 V, 3 A

30 V, 3 A

30 V, 10 A

60 V, 3 A

2SB1581

2SA1897

(5A)

2SA1615

2SB1117

2SB772

2SD882

2SB962

2SA1649

2SB1261

2SD1899

2SB1217

2SD1818

2SB1578

2SD2425

2SA1385

2SC3518

2SB1151

2SD1691

2SA1843

2SC4815

60 V, 5 A

2SA1648

2SA1441

2SC3691

2SA1741

2SC4549

2SA1442

2SC3692

2SA1742

2SC4550

60 V, 7 A

60 V, 10 A

60 V, 15 A

2SA1443

2SC3693

2SA1743

2SC4551

2SA1444

2SC3694

2SA1744

2SC4552

2SA1647

2SC4331

2SA1650

100 V, 5 A

100 V, 7 A

100 V, 10 A

2SA1845

2SA1847

2SA1645

2SA1652

2SC4336

■ High hFE Transistor

Charac-

teristics

VCEO, IC(DC)

MP-5

SP-8

MP-3

MP-10

MP-45

MP-45F

(TO-126)

20 V, 2 A

25 V, 2 A

50 V, 1 A

60 V, 3 A

2SD1583

2SD1581

2SD1582

2SD1584

2SD1694

2SD1593

2SD2164

100 V, 2.5 A

100 V, 6 A

2SC4814

2SC4813

2SD1594

2SC4062

2SC4063

2SD2165

2SC4553

2SC4554

100 V, 7.5 A

100 V, 15 A

: Low VCE(sat) & High hFE

288

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference Table by Function/Application

Power Transistor

■ Low Voltage, High Speed Switching Transistor

Characteristics

VCEO, IC(DC)

SP-8

MP-25

MP-45

MP-80

2SA1460

2SC3733

45 V, 1 A

60 V, 5 A

100 V, 2 A

2SA1069

2SA1394

2SA1008

2SC2331

2SA1395

2SC3567

100 V, 5 A

100 V, 7 A

2SC2517

2SA1010

2SC2334

2SA1396

2SC3568

100 V, 10

100 V, 15 A

2SC2750

■ High Voltage, High Speed Switching Transistor

Characteristics

VCEO, IC(DC)

MP-5

(TO-126)

MP-25

(TO-220)

MP-3

MP-40

MP-45

MP-80

2SC2885

200 V, 2 A

2SC2946

2SC2946(1)

350 V, 2 A

2SA1009

2SA1400

2SC3588

2SA1156

2SC2752

400 V, 0.5 A

2SA1009A

2SC2333

400 V, 2 A

2SC3569

2SC3631

2SC4346

400 V, 5 A

400 V, 7 A

400 V, 10 A

400 V, 15 A

2SC2518

2SC3570

2SC3571

2SC3572

2SC3158

2SC3159

2SC2749

2SC2751

2SA1413

2SC3632

2SA1486

2SC3840

600 V, 2 A

Selection Guide X10679EJHV0SG00

289

Transistor

Quick Reference Table by Function/Application

Power Transistor

■ Audio Frequency Amplification Transistor

Characteristics

VCEO, IC(DC)

MP-5

(TO-126)

MP-25

(TO-220)

MP-3

MP-45

45 V, 3 A

60 V, 3 A

2SD794

2SB1094

2SD1585

2SD794A

2SB1097

2SD1588

2SB707

2SB708

60 V, 7 A

80 V, 0.8 A

80 V, 7 A

2SD414

2SD415

100 V, 0.8 A

2SB768

2SD1033

2SB546A

2SD401A

150 V, 2 A

■ High Frequency Amplification Transistor

Characteristics

MP-5

(TO-126)

MP-25

(TO-220)

SP-8

VCEO, IC(DC)

40 V, 7 A

120 V, 1.2 A

160 V. 1.2 A

2SA1129

2SC2690

2SC2690A

2SA1546

2SC4001

250 V, 0.1 A

300 V, 0.2 A

2SC4000

2SC2802

2SC2688

2SC1505

290

Selection Guide X10679EJHV0SG00

Transistor

Quick Reference Table by Function/Application

Power Transistor

■ Darlington Transistor

Charac-

teristics

VCEO, IC(DC)

MP-5

MP-25

(TO-220)

SP-8

MP-3

MP-10

MP-40

MP-45

MP-45F

MP-80

(TO-126)

31 V, 2 A

2SD2463

2SD1700

2SD1695

2SD1630

60 V, 0.8 A

2SB963

2SD1286

2SD1843

60 V, 1 A

2SD1164

2SB794

2SD985

60 V, 1.5 A

2SB1150

2SD1693

60 V, 3 A

60 V, 5 A

2SD1392

2SC4351

80 V, 0.8 A

2SD1697

2SB1093

2SD1579

2SB795

2SD986

80 V, 1.5 A

100 V, 3 A

2SB1149

2SD1692

2SC4342

2SB601

2SD560

2SA1840

2SC4810

2SD1308

2SD1309

2SB1098

2SD1589

2SB1430

2SD2161

100 V, 5 A

100 V, 8 A

2SA1841

2SC4811

2SB1099

2SD1590

2SB1431

2SD2162

2SA1720

2SB1100

2SD1591

2SB1432

2SD2163

2SB897

2SD1210

100 V, 10 A

100 V, 15 A

100 V, 25 A

300 V, 5 A

2SD1296

2SD1297

2SD1592

: High speed darlington transistor, : Internal zener diode between C-B

Selection Guide X10679EJHV0SG00

291

Transistor

Field Effect Transistor

Small Signal FET

■ 2SK type (MOS type) (1/2)

Absolute maximum rating

Electrical characteristics

(TA = 25 °C)

Part

number

ID

|yfs| (S)

RDS(on) (Ω)

ID

Package

Applications

Switching

VDSS

(V)

PT

(W)

DC

(A)

Pulse

(A)

VDS

(V)

ID

(A)

VGS

(V)

(A)

MIN.

0.4

TYP.

0.6

30

MAX.

1.0

50

2SK679A TO-92

2SK680A SC-62

2SK681A SP-8

2SK1132 SST

30

50

60

50

30

100

16

30

16

30

16

30

16

100

60

100

60

100

30

16

±0.5

±1.0

0.1

±1.5

±2.0

0.2

0.75

1.0

10

5

0.5

4

0.5

0.4

1.0

0.5

0.4

4

0.5

0.25

0.2

0.02

0.5

0.03

0.4

4

0.02

0.5

2SK1133 SC-59

2SK1272 TO-92

2SK1273 SC-62

2SK1274 SP-8

2SK1398 SST

0.1

0.2

5

4

30

50

±1.0

±2.0

±1.5

0.1

±2.0

±4.0

±3.0

0.2

0.75

2.0

10

3

4

—

1.0

40

0.5

0.4

4

0.5

—

1.0

0.5

0.4

4

0.5

—

0.25

0.2

0.01

0.5

0.02

0.4

2.5

4

0.005

0.5

20

2SK1399 SC-59

2SK1482 TO-92

2SK1483 SC-62

2SK1484 TO-92

2SK1485 SC-62

2SK1580 SC-70

2SK1581 SC-59

2SK1582 SC-59

2SK1583 SC-62

2SK1584 SC-62

2SK1585 SC-62

2SK1586 SC-62

2SK1587 SC-62

2SK1588 SC-62

2SK1589 SC-59

2SK1590 SC-59

2SK1591 SC-59

2SK1592 SC-62

2SK1593 SC-62

2SK1656 SST

0.1

0.2

3

20

40

±1.5

±2.0

±0.5

±1.0

0.1

±3.0

±4.0

±1.0

±2.0

0.2

0.75

2.0

10

3

0.19

0.62

9

0.8

1.2

15

0.5

0.4

4

0.5

0.75

2.0

0.5

0.4

4

0.5

0.4

4

0.5

0.15

0.2

0.01

0.3

0.02

0.4

2.5

4

0.001

0.01

0.3

0.2

0.4

3

3.2

2.2

1.2

0.8

—

5

0.2

0.4

0.2

5

±0.5

±1.0

±2.0

±3.0

0.1

±1.0

±2.0

±4.0

±6.0

0.2

2.0

5

2.5

4

2.0

1.2

1.0

0.8

0.5

30

2.0

5

0.3

0.4

0.3

2.0

5

0.5

0.4

0.5

2.0

5

0.5

0.4

0.5

2.0

5

1.0

0.4

2.5

4

1.0

0.55

0.34

19

2.0

3

1.0

0.4

1.0

0.2

5

0.01

0.5

0.02

0.4

0.01

0.5

0.2

0.4

0.2

5

4

3.2

5.8

1.6

4.0

25

6

0.2

0.4

0.2

5

4

8

±0.5

0.1

±1.0

0.2

2.0

10

3

4

2.5

6.0

45

2.0

0.5

0.4

4

0.5

0.25

0.2

0.01

1.0

0.02

1.0

2.5

1.5

0.01

0.001

0.05

0.1

2SK1657 SC-59

0.1

0.2

3

25

45

2SK1658 SC-70

0.1

0.2

0.15

0.2

3

25

45

3-pin ultra

super mini

2SK1824

0.1

0.2

3

7

13

2SK1958 SC-70

2SK1959 SC-62

2SK1960 SC-62

0.1

0.2

0.15

2.0

3

30

50

±2.0

±3.0

±4.0

±6.0

3

0.08

0.35

0.8

2.0

3

1.5

2.0

292

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Small Signal FET

■ 2SK type (MOS type) (2/2)

Absolute maximum rating

Electrical characteristics

(TA = 25 °C)

Part

number

ID

|yfs| (S)

RDS(on) (Ω)

ID

Package

Applications

VDSS

(V)

PT

(W)

DC

(A)

Pulse

(A)

VDS

(V)

ID

(A)

VGS

(V)

(A)

MIN.

0.4

2.0

0.02

0.4

2.0

0.02

0.4

0.02

1

TYP.

MAX.

0.4

2SK2053 MP-2

2SK2054 MP-2

2SK2055 MP-2

2SK2070 SP-8

2SK2090 SC-70

2SK2109 SC-62

2SK2110 SC-62

2SK2111 SC-62

2SK2112 SC-62

2SK2157 MP-2

2SK2158 SC-59

2SK2159 SC-62

2SK2541 SST

2SK2857^★SC-62

2SK2858^★SC-70

16

60

±5

±3

±10

±6

2.0

0.15

2.0

0.2

2.0

0.2

2.0

0.15

3

2.5

1.5

1.0

0.01

0.3

0.5

2.5

0.01

1.0

0.01

1

1.5

4

0.5

1.5

0.2

Switching

10

3

0.18

0.28

20

0.25

0.45

40

100

50

±2

±4

4

1.0

±1

±2

4

1.0

±0.1

±0.5

±1.0

±5

±0.2

±1.0

±2.0

±10

0.2

2.5

4

0.01

0.3

60

10

3

0.55

0.90

0.35

0.67

0.08

21

1.5

100

60

4

0.3

2.0

4

0.5

1.0

100

30

4

0.5

1.5

4

2.5

0.15

50

0.1

1.5

4

0.001

0.1

60

±2

±4

10

3

0.26

21

0.7

50

±0.1

±4

±0.2

±16

±0.4

0.001

1.5

50

60

10

3

0.15

10

0.22

15

30

±0.1

0.01

0.02

2.5

0.001

★: Under development

Selection Guide X10679EJHV0SG00

293

Transistor

Field Effect Transistor

Small Signal FET

■ 2SJ type (MOS type)

Absolute maximum rating

Electrical characteristics

(TA = 25 °C)

Part

number

PT

ID

|yfs| (S)

RDS(on) (Ω)

ID

Package

Applications

Switching

VDSS

(V)

TC =

25 °C

(W)

DC

(A)

Pulse

(A)

VDS

(V)

ID

(A)

VGS

(V)

(A)

MIN.

TYP.

MAX.

50

±

–

2SJ165

2SJ166

2SJ178

2SJ179

2SJ180

2SJ184

2SJ185

2SJ196

2SJ197

2SJ198

2SJ199

2SJ202

2SJ203

2SJ204

2SJ205

2SJ206

2SJ207

2SJ208

2SJ209

2SJ210

2SJ211

2SJ212

2SJ213

2SJ243

2SJ353

2SJ355

2SJ356

2SJ357

2SJ358

2SJ411

2SJ460

2SJ461

2SJ462

SST

–

50

30

50

60

0.1

0.2

0.25

0.2

0.75

2.0

1.0

0.25

0.2

0.75

2.0

0.75

2.0

0.15

0.2

2.0

0.2

2.0

0.2

1.0

2.0

1.0

0.25

0.2

2.0

0.15

–

5

–

0.02 0.03

4

0.02

22

–

±

SC-59

TO-92

SC-62

SP-8

0.1

0.2

22

50

±

1.0

2.0

–

10

–

0.5

0.4

–

0.5

—

1.5

40

±

1.5

3.0

–

—

±

1.0

2.0

–

—

±

–

SST

0.1

0.2

–

5

–

0.02 0.02

2.5

0.05

25

–

±

SC-59

TO-92

SC-62

TO-92

SC-62

SC-70

SC-59

SC-62

SC-59

SC-62

0.1

0.2

–

5

25

40

±

–

1.0

2.0

–

10

–

0.5

0.4

4

–

0.5

0.89

1.7

—

1.5

2.0

60

±

–

1.5

3.0

–

±

–

100

0.5

1.0

–

±

1.0

2.0

±

–

16

30

16

30

16

0.1

0.2

–

3

5

–

0.01 0.02

2.5

0.001

–

±

–

0.2

0.4

–

16

20

±

–

0.2

0.4

–

8.8

2.2

2.8

1.5

0.6

60

15

±

0.5

1.0

–

0.3

0.5

1.0

0.4

–

0.3

0.5

1.0

5.0

3.0

2.0

1.5

100

15

±

0.5

1.0

–

±

1.0

2.0

±

2.0

4.0

±

–

100

0.1

0.2

–

0.01 0.02

4

0.01

–

±

–

60

0.2

0.4

10

–

±

–

100

0.2

0.4

18

30

±

–

60

0.5

1.0

–

10

–

0.5

0.4

–

0.5

1.8

2.7

55

4.0

5.0

100

0.68

0.60

0.95

0.35

0.40

±

–

100

0.5

1.0

–

±

3-pin ultra

super mini

–

30

60

0.1

0.2

–

3

–

0.01 0.02

2.5

0.0005

0.8

1.0

±

–

4

SP-8

–

1.5

3.0

–

10

1

1.0

1.8

3.0

–

0.58

0.50

0.65

0.23

0.29

SC-62

MP-2

SP-8

30

2

3

4

6

4.0

60

30

60

1.0

1.5

±

–

4

–

30

50

12

30

5

20

2.5

–

2.5

0.096 0.24

±

–

SST

–

0.1

0.2

–

3

0.01 0.01

2.5

–

0.003

75

100

0.3

60

±

–

SC-59

MP-2

0.1

0.2

–

±

–

2.5

5.0

–

1

1.5

–

0.5

0.23

23

±

–

2SJ463A SC-70

0.1

0.4

0.01 0.02

–

0.001

294

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Power MOS FET

■ N6-L series Product Map

DC drain

current

ID(DC) (A)

Drain to source voltage VDSS (V)

Package

30

60

to 20

2SK2981 (27 m/40 m)

● 2SK3055 (34 m/50 m)

2SK2982 (12.5 m/16.5 m)

2SK2983 (20 m/27 m)

to 30

to 40

to 50

to 60

2SK3056 (34 m/50 m)

2SK2984 (10 m/13 m)

: TO-251 (MP-3)

● 2SK2057 (17 m/27 m)

● 2SK3059 (13 m/20 m)

: Isolated TO-220

(MP-45F)

●

2SK2058 (17 m/27 m)

: TO-220AB (MP-25)

2SK3060 (13 m/20 m)

● 2SK3061 (8.5 m/12 m)

2SK3062 (8.5 m/12 m)

2SK2826 (6.5 m/10.5 m)

to 70

( ): RDS(on) MAX (Ω) (@VGS = 10 V/VGS = 4 V)

: (@VGS = 10 V/VGS = 4.5 V)

■ N5-L series/P5-L series/N4-L series Product Map

DC drain

current

ID(DC) (A)

Drain to source voltage VDSS (V)

Package

30

60

100

8.0

10

15

2SK2415 (0.1/0.15)

2SK2413 (70 m/95 m)

2SK2414 (70 m/95 m)

2SK2462 (0.14/0.17)

2SK2461 (80 m/0.1)

●

: TO-251 (MP-3)

2SK2412 (70 m/95 m)

2SJ492 (0.1/0.19)

2SJ494 (50 m/88 m)

●

: Isolated TO-220

(MP-45F)

20

25

30

35

40

●

: TO-220AB (MP-25)

: MP-10

2SK2723 (40 m/60 m)

2SK2410 (40 m/60 m)

2SK2411 (40 m/60 m)

2SJ495 (30 m/56m)

: TO-3P (MP-88)

●

2SK2941 (20 m/33 m)

2SK2724 (27 m/40 m)

2SK2409 (27m/40 m)

2SK2510 (20 m/30 m)

2SK2511 (27 m/40 m)

●

2SK2512 (15 m/23 m)

2SK2513 (15 m/23 m)

●

45

50

2SK2498 (9 m/14 m)

2SK2499 (9 m/14 m)

2SK2514 (15 m/23 m)

2SK2515 (9 m/14 m)

( ): RDS(on) MAX (Ω) (@VGS = 10 V/VGS = 4 V)

: N5-L series

Selection Guide X10679EJHV0SG00

295

Transistor

Field Effect Transistor

Power MOS FET

■ N3-L series/P3-L series Product Map

DC drain

current

I^D(DC)(A)

Drain to source voltage VDSS (V)

60

Package

30

100/[150]

2SJ324 (0.25/0.52)

2SJ325 (0.11/0.24)

2SK1282 (0.18/0.24)

2SK1283 (0.18/0.24)

2SJ326 (0.37/0.68)

2SJ327 (0.17/0.34)

2SK1284 (0.32/0.40)

2SK1285 (0.32/0.40)

~ 4.0

~ 8.0

~ 10

2SK1748 (0.11/0.16)

2SK1850 (70 m/95 m)

2SK1851 (45 m/60 m)

2SK1286 (70 m/95 m)

2SJ303 (0.1/0.24)

: TO-126 (MP-5)

: TO-251 (MP-3)

2SK1852 (0.15/0.20)

2SK1853 (80 m/0.10)

● 2SK1288 (0.15/0.20)

● 2SK2131 (0.12/0.20) ]

: Isolated TO-220

(MP-45F)

●

~ 15

~ 20

[

: TO-220AB (MP-25)

: MP-10

2SJ329 (60 m/0.11)

2SK1594 (50 m/80 m)

2SK1287 (70 m/95 m)

2SJ302 (0.1/0.24)

2SJ328 (60 m/0.11)

2SJ330 (50 m/90 m)

2SK1289 (0.15/0.20)

● 2SK1292 (80 m/0.10)

●

: TO-3P (MP-88)

●

~ 25

~ 30

2SK1290 (45 m/60 m)

2SJ331 (30 m/55 m)

2SK1293 (80 m/0.10)

2SK1295 (50 m/70 m)

●

2SK1596 (20 m/30 m)

2SK1294 (27 m/50 m)

2SK1123 (27 m/50 m)

2SK1122 (50 m/70 m)

●

~ 40

~ 50

2SK1749 (18 m/25 m)

( ): RDS(on) MAX (Ω) (@VGS = 10 V/VGS = 4 V)

296

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Power MOS FET

■ N6-L Series (Low Voltage N channel 6th generation Series)

Absolute maximum ratings

Electrical characteristics

PT

RDS(on) @VGS = 10 V RDS(on) @VGS = 4 V

Part

number

Package

Ciss

(pF)

Crss

(pF)

VDSS

(V)

ID(DC)

(A)

@TC =

25 °C

(W)

TYP.

MAX.

TYP.

MAX.

(Ω)

2SK2981 TO-251

20

30

40

25

30

32

45

55

50

70

20

50

60

25

34

30

58

30

70

35

100

20 m

9.8 m

13 m

6.5 m

29 m

28 m

14 m

11 m

6.3 m

5.5 m

27 m

12.5 m

20 m

10 m

45 m

34 m

17 m

13 m

8.5 m

6.5 m

30 m

40 m

860

2290

1200

2600

790

160

440

250

500

100

90

2SK2982 TO-251

13.2 m 16.5 m

30

2SK2983 TO-220AB

2SK2984 TO-220AB

2SK3053 Isolated TO-220

2SK3055 Isolated TO-220

2SK3056 TO-220AB

2SK3057 Isolated TO-220

2SK3058 TO-220AB

2SK3059 Isolated TO-220

2SK3060 TO-220AB

2SK3061 Isolated TO-220

2SK3062 TO-220AB

2SK2826 TO-220AB

18 m

8.5 m

46 m

42 m

21 m

16 m

9.8 m

7 m

27 m

13 m

70 m

50 m

27 m

20 m

12 m

10.5 m

990

90

2040

2550

5020

7260

190

250

460

660

60

: VGS = 4.5 V

■ N5-L Series (Low Voltage N channel 5th generation Series)

Absolute maximum ratings

Electrical characteristics

PT

RDS(on) @VGS = 10 V RDS(on) @VGS = 4 V

Part

number

Package

Ciss

(pF)

Crss

(pF)

VDSS

(V)

ID(DC)

(A)

@TC =

25 °C

(W)

TYP.

MAX.

TYP.

MAX.

(Ω)

2SK2941 TO-220AB

2SK2723 Isolated TO-220

2SK2724 Isolated TO-220

2SK2510 Isolated TO-220

2SK2511 TO-3P

30

60

35

25

35

40

45

50

60

25

14 m

28 m

20 m

16 m

22 m

11 m

7.3 m

11 m

7.3 m

20 m

40 m

27 m

20 m

27 m

15 m

9 m

22 m

45 m

33 m

24 m

32 m

16 m

11 m

16 m

11 m

33 m

60 m

40 m

30 m

40 m

23 m

14 m

23 m

14 m

1250

830

460

185

270

350

270

500

770

500

770

30

1200

1600

1210

2100

3400

2100

3400

35

80

2SK2512 Isolated TO-220

2SK2513 TO-220AB

2SK2498 Isolated TO-220

2SK2499 TO-220AB

2SK2514 TO-3P

35

75

35

75

9 m

150

15 m

9 m

2SK2515 TO-3P

Selection Guide X10679EJHV0SG00

297

Transistor

Field Effect Transistor

Power MOS FET

■ P5-L Series (Low Voltage P channel 5th generation Series)

Absolute maximum ratings

Electrical characteristics

PT

RDS(on) @VGS = 10 V RDS(on) @VGS = 4 V

Part

number

Package

Ciss

(pF)

Crss

(pF)

VDSS

(V)

ID(DC)

(A)

@TC =

25 °C

(W)

TYP.

MAX.

TYP.

MAX.

(Ω)

2SJ492 TO-220AB

–20

–16

–20

–30

70

30

35

70 m

39 m

24 m

0.10

0.12

61 m

38 m

0.185

88 m

56 m

1210

2360

4120

180

350

580

2SJ493 Isolated TO-220

2SJ494 Isolated TO-220

2SJ495 Isolated TO-220

–60

50 m

30 m

■ N4-L Series (Low Voltage N channel 4th generation Series)

Absolute maximum ratings

Electrical characteristics

PT

RDS(on) @VGS = 10 V RDS(on) @VGS = 4 V

Part

number

Package

Ciss

(pF)

Crss

(pF)

VDSS

(V)

ID(DC)

(A)

@TC =

25 °C

(W)

TYP.

MAX.

TYP.

MAX.

(Ω)

2SK2409 Isolated TO-220

2SK2410 Isolated TO-220

2SK2411 TO-220AB

2SK2412 Isolated TO-220

2SK2413 MP-10

40

30

15

10

8.0

20

15

35

75

30

1.8

20

35

30

21 m

28 m

53 m

70 m

60 m

0.10

27 m

40 m

70 m

0.10

30 m

40 m

70 m

0.11

40 m

60 m

0.10

0.15

0.10

0.17

1800

1300

700

350

250

150

85

60

700

2SK2414 TO-251

700

2SK2415 TO-251

440

2SK2461 Isolated TO-220

2SK2462 Isolated TO-220

80 m

0.14

70 m

0.12

1510

870

140

80

100

: T^A= 25°C

■ P3-L Series (Low Voltage P channel 3rd generation Series)

Absolute maximum ratings

Electrical characteristics

PT

RDS(on) @VGS = 10 V RDS(on) @VGS = 4 V

Part

number

Package

Ciss

(pF)

Crss

(pF)

VDSS

(V)

ID(DC)

(A)

@TC =

25 °C

(W)

TYP.

MAX.

TYP.

MAX.

(Ω)

2SJ324 TO-251

–2.0

–4.0

–2.0

–4.0

–14

–16

–20

–15

–20

–30

20

35

60

75

35

150

0.20

85 m

0.28

0.25

0.11

0.37

0.17

0.1

0.40

0.15

0.50

0.22

0.17

85 m

65 m

40 m

0.52

0.24

0.68

0.34

0.24

0.11

90 m

55 m

330

800

100

250

75

–30

–60

2SJ325 TO-251

2SJ326 TO-251

320

2SJ327 TO-251

0.13

750

165

290

530

640

1110

2SJ303 Isolated TO-220

2SJ302 TO-220AB

2SJ328 TO-220AB

2SJ329 Isolated TO-220

2SJ330 Isolated TO-220

2SJ331 TO-3P

75 m

48 m

38 m

25 m

1200

2150

2570

4300

0.1

60 m

50 m

30 m

298

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Power MOS FET

■ N3-L Series (Low Voltage 3rd generation Series)

Absolute maximum ratings

Electrical characteristics

PT

RDS(on) @VGS = 10 V RDS(on) @VGS = 4 V

Part

number

Package

Ciss

(pF)

Crss

(pF)

VDSS

(V)

ID(DC)

(A)

@TC =

25 °C

(W)

TYP.

MAX.

TYP.

MAX.

(Ω)

2SK1594 Isolated TO-220

2SK1596 Isolated TO-220

2SK1282 TO-251

20

40

3.0

8.0

10

15

20

25

40

50

3.0

10

15

20

30

40

15

30

35

37 m

14 m

0.15

50 m

20 m

0.18

0.11

70 m

45 m

70 m

45 m

27 m

18 m

0.32

0.15

80 m

0.15

80 m

50 m

0.12

50 m

20 m

0.18

0.11

80 m

45 m

80 m

45 m

30 m

22 m

0.32

0.15

80 m

0.15

80 m

50 m

0.13

80 m

30 m

0.24

0.16

95 m

60 m

95 m

60 m

50 m

25 m

0.40

0.20

0.10

0.20

0.10

70 m

0.20

1300

3400

500

280

960

40

30

20

2SK1283 TO-126

20

0.15

500

40

2SK1748 TO-251

20

80 m

55 m

35 m

55 m

35 m

22 m

16 m

0.26

850

350

130

180

130

180

380

620

20

2SK1850 MP-10

1.8

30

1400

2200

1400

2200

3250

5400

500

2SK1851 MP-10

2SK1286 Isolated TO-220

2SK1287 TO-251

60

2SK1290 Isolated TO-220

2SK1294 Isolated TO-220

2SK1123 TO-3P

35

100

150

20

2SK1749 TO-3P

2SK1284 TO-251

2SK1285 TO-126

20

0.26

500

20

2SK1852 MP-10

1.8

30

0.12

1400

2200

1400

2200

3300

2300

50

2SK1853 MP-10

70 m

0.12

90

2SK1288 Isolated TO-220

2SK1289 TO-220AB

2SK1292 Isolated TO-220

2SK1293 TO-220AB

2SK1295 Isolated TO-220

2SK1122 TO-3P

50

100

150

60

0.12

50

35

70 m

42 m

0.10

90

75

90

35

200

140

100

35

2SK2131 Isolated TO-220

: T^A= 25°C

Selection Guide X10679EJHV0SG00

299

Transistor

Field Effect Transistor

Power MOS FET

■ N5-H series Product Map

( ): RDS(on) MAX (Ω) (@VGS = 10 V)

DC drain

current

I^D(DC)(A)

Drain to source voltage VDSS (V)

Package

200/250 V

400/500 V

600 V

900 V

2

2SK3113 (4.4)

2SK3221 (4.4)

●

4

5

2SK3114 (2.2)

2SK3297 (1.6)

★

2SK3306 (1.5)

2SK3305 (1.5)

●

: TO-251 (MP-3)

: Isolated TO-220

(MP-45F)

●

★

6

7

2SK3115 (1.2)

●

2SK3304 (2.0)

: TO-220AB (MP-25)

: TO-3P (MP-88)

7.5

2SK3116 (1.2)

★

2SK3298 (0.75)

2SK3299 (0.75)

8

2SK3108 (0.4)

2SK3109 (0.4)

2SK3110 (0.18)

●

10

14

20

★

2SK3111 (0.18)

2SK3294 (0.12)

2SK3300 (0.4)

★

1

★

25

2SK3112 (0.11)

1: 250 V

2: 450 V

★: Under development

■ N4-H series/P4-H series Product Map

DC drain

current

ID(DC) (A)

Drain to source voltage VDSS (V)

Package

[800]/900

[180]/200

250

450

500

600

2SK1953 (5.0)

2SK2040 (5.0)

2SK2478 (7.5)

●

2.0

[

2SK2476 (5.0) ]

2SK2479 (7.5)

●

3.0

4.0

2SK2480 (4.0)

: TO-251

(MP-3)

2SK2137 (2.4)

2SK2481 (4.0)

2SK2483 (2.8)

(3.5 A)

2SK1954 (0.65)

2SK2132 (0.65)

2SJ448 (2.0)

●

: Isolated

TO-220

●

(MP-45F)

4.5

5.0

2SK2353 (1.4)

2SK2355 (1.4)

2SK2354 (1.5)

2SK2356 (1.5)

●

: TO-220AB

(MP-25)

2SK2138 (2.4)

2SK2139 (1.5)

2SK2482 (4.0)

2SK2484 (2.8)

●

: MP-10

6.0

7.0

8.0

2SJ449 (0.8)

2SK2357 (0.9)

2SK2359 (0.9)

2SK2363 (0.5)

2SK2358 (1.0)

2SK2360 (1.0)

2SK2364 (0.6)

2SK2141 (1.1)

2SK2140 (1.5)

2SK2485 (2.8)

2SK2486 (2.0)

2SK2487 (1.6)

●

: TO-3P

(MP-88)

[

2SK2361 (0.9)

2SK2365 (0.5)

2SK2362 (1.0)

2SK2366 (0.6)

2SK2477 (1.0) ]

2SK2488 (1.2)

10

11

13

14

15

16

20

25

2SK2341 (0.26)

2SK2133 (0.26)

2SK2134 (0.4)

2SK2135 (0.18)

●

2SK2367 (0.5)

2SK2368 (0.6)

2SK2136 (0.18)

2SK2369 (0.35)

2SK2371 (0.25)

2SK2370 (0.4)

2SK2372 (0.27)

( ): RDS(on) MAX (Ω) (@VGS = 10 V)

300

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Power MOS FET

■ N3-H series Product Map

DC drain

current

I^D(DC)(A)

Drain to source voltage VDSS (V)

500

Package

450

250

600

● 2SK1758 (4.2)

900

2.0

2.5

●

2SK1994 (7.5)

●

2SK1988 (2.8)

2SK1493 (2.8)

2SK1989 (3.0)

2SK1494 (3.0)

2SK1793 (7.5)

2SK1995 (4.0)

3.0

●

: TO-251

(MP-3)

3.5

4.0

4.5

5.0

6.0

7.0

8.0

10

2SK2275 (2.8)

2SK1501 (4.0)

●: Isolated

TO-220

●

2SK1990 (1.4)

2SK1750 (1.4)

2SK1992 (0.9)

2SK1495 (0.9)

2SK1991 (1.5)

2SK1751 (1.5)

2SK1993 (1.0)

2SK1496 (1.0)

2SK2234 (0.6)

2SK1753 (1.0)

2SK1785 (0.7)

2SK1757 (0.6)

2SK1498 (0.4)

2SK1500 (0.27)

2SK1760 (4.0)

2SK1794 (2.8)

2SK1502 (2.0)

2SK1795 (1.6)

2SK1796 (1.2)

(MP-45F)

: TO-220AB

(MP-25)

: TO-3P

(MP-88)

2SK1752 (0.9)

2SK1784 (0.6)

2SK1756 (0.5)

2SK1497 (0.35)

2SK1499 (0.25)

12

15

20

25

2SK1491 (0.15)

2SK1492 (0.10)

35

( ): RDS(on) MAX (Ω) (@VGS = 10 V)

Selection Guide X10679EJHV0SG00

301

Transistor

Field Effect Transistor

Power MOS FET

■ N5-H Series (High Voltage N channel 5th generation Series)

Absolute maximum ratings

Electrical characteristics

RDS(on) @VGS = 10 V

Part number

Package

VDSS

ID(DC)

PT

Ciss

Qg

(V)

(A)

(W)

(pF)

(nC)

TYP. (Ω)

0.33

0.13

0.08

0.12

1.35

3.3

MAX. (Ω)

0.4

2SK3108

2SK3109

2SK3110

2SK3111

2SK3112

2SK3294^★

2SK3305^★

2SK3306^★

2SK3113

2SK3221

2SK3114

2SK3297^★

2SK3115

2SK3116

2SK3298^★

2SK3299^★

2SK3300^★

2SK3304^★

Isolated TO-220

TO-220AB

200

250

500

600

900

8

10

14

20

25

20

5

25

50

35

65

70

50

30

20

25

30

35

70

40

70

150

120

400

15

40

65

20

9

0.4

Isolated TO-220

TO-220AB

0.18

0.11

0.16

1.5

1000

1600

570

TO-220AB

Isolated TO-220

TO-251

5

1.5

570

2

4.4

290

Isolated TO-220

TO-220AB

2

3.3

4.4

290

9

4

1.6

2.2

550

15

24

26

51

80

50

5

1.28

0.9

1.6

690

6

1.2

1100

1500

3300

1500

7.5

10

20

7

0.9

1.2

TO-220AB

0.6

0.75

0.4

TO-220AB

0.6

TO-3P

0.32

1.6

TO-3P

2.0

★: Under development

302

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Power MOS FET

■ N4-H Series (High Voltage N channel 4th generation Series) (1/2)

Absolute maximum ratings

Electrical characteristics

RDS(on) @VGS = 10 V

Part number

Package

VDSS

ID(DC)

PT

Ciss

Qg

(V)

(A)

(W)

(pF)

(nC)

TYP. (Ω)

0.52

0.32

0.14

0.21

1.0

MAX. (Ω)

0.65

0.40

0.18

0.26

1.4

2SK1954

2SK2132

2SK2134

2SK2135

2SK2136

2SK2341

2SK2133

2SK2353

2SK2355

2SK2357

2SK2359

2SK2361

2SK2363

2SK2365

2SK2367

2SK2369

2SK2371

2SK2354

2SK2356

2SK2358

2SK2360

2SK2362

2SK2364

2SK2366

2SK2368

2SK2370

2SK2372

2SK1953

2SK2040

2SK2137

2SK2138

2SK2139

2SK2141

2SK2140

2SK2476

2SK2477

2SK2478

2SK2479

2SK2480

2SK2481

TO-251

4.0

13

20

1.8

70

300

10

15

30

33

25

20

27

26

42

43

65

95

20

27

26

42

43

65

95

12

20

30

40

30

20

90

17

30

180

200

250

MP-10

TO-220AB

540

Isolated TO-220

TO-220AB

14

35

1100

1090

670

20

75

Isolated TO-220

TO-220AB

11

35

16

75

Isolated TO-220

TO-220AB

4.5

5.0

6.0

7.0

10

30

50

1.0

1.4

670

Isolated TO-220

TO-220AB

35

0.7

0.9

1050

1600

2400

3600

670

75

0.7

0.9

TO-3P

100

35

0.7

0.9

450

Isolated TO-220

TO-220AB

8.0

10

0.4

0.5

75

0.4

0.5

TO-3P

15

120

160

30

0.4

0.5

TO-3P

20

0.28

0.20

1.1

0.40

0.25

1.5

TO-3P

25

Isolated TO-220

TO-220AB

4.5

5.0

6.0

7.0

10

50

1.1

1.5

670

Isolated TO-220

TO-220AB

35

0.8

1.0

1050

1600

2400

3600

275

75

0.8

1.0

TO-3P

100

35

0.8

1.0

500

Isolated TO-220

TO-220AB

8.0

10

0.5

0.6

75

0.5

0.6

TO-3P

15

120

160

25

0.5

0.6

TO-3P

20

0.32

0.22

4.2

0.40

0.27

5.0

TO-3P

25

Isolated TO-220

TO-251

2.0

4.0

5.0

6.0

7.0

3.0

10

20

4.2

5.0

275

Isolated TO-220

TO-220AB

30

2.0

2.4

550

600

70

2.0

2.4

550

Isolated TO-220

TO-220AB

35

1.25

0.9

1.5

930

40

1.1

1150

930

75

1.25

3.4

1.5

Isolated TO-220

TO-3P

40

5.0

590

800

900

150

30

0.65

5.0

1.0

2950

485

Isolated TO-220

TO-220AB

2.0

3.0

4.0

7.5

70

5.6

7.5

485

Isolated TO-220

TO-220AB

35

3.2

4.0

900

75

3.2

4.0

900

: T^A= 25°C

Selection Guide X10679EJHV0SG00

303

Transistor

Field Effect Transistor

Power MOS FET

■ N4-H Series (High Voltage N channel 4th generation Series) (2/2)

Absolute maximum ratings

Electrical characteristics

RDS(on) @VGS = 10 V

Part number

Package

VDSS

ID(DC)

PT

Ciss

Qg

(V)

(A)

(W)

(pF)

(nC)

TYP. (Ω)

3.2

MAX. (Ω)

4.0

2SK2482

2SK2483

2SK2484

2SK2485

2SK2486

2SK2487

2SK2488

TO-3P

5.0

3.5

5.0

6.0

7.0

8.0

10

100

40

900

30

40

55

65

90

Isolated TO-220

TO-220AB

TO-3P

2.2

2.8

1200

1830

2100

2900

75

2.2

2.8

900

100

120

140

160

2.2

2.8

TO-3P

1.4

2.0

TO-3P

1.1

1.6

TO-3P

1.0

1.2

■ P4-H Series (High Voltage P channel 4th generation Series)

Absolute maximum ratings

Electrical characteristics

RDS(on) @VGS = 10 V

Part number

Package

VDSS

ID(DC)

PT

Ciss

Qg

(V)

(A)

(W)

(pF)

(nC)

TYP. (Ω)

1.5

MAX. (Ω)

2.0

±

2SJ448

2SJ449

Isolated TO-220

–250

4.0

30

35

470

15

±

6.0

0.55

0.8

1040

23.4

304

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Power MOS FET

■ N3-H Series (High Voltage N channel 3rd generation Series)

Absolute maximum ratings

Electrical characteristics

RDS(on) @VGS = 10 V

Part number

Package

VDSS

ID(DC)

PT

Ciss

Qg

(V)

(A)

(W)

(pF)

(nC)

TYP. (Ω)

0.12

0.08

2.2

1.1

0.7

0.5

0.4

0.28

0.2

2.4

1.2

0.8

0.5

0.8

0.6

0.5

0.32

0.22

2.8

5.5

3

MAX. (Ω)

0.15

0.1

2.8

1.4

0.9

0.6

0.5

0.35

0.25

3

2SK1491

2SK1492

2SK1988

2SK1493

2SK1990

2SK1750

2SK1992

2SK1495

2SK1752

2SK1784

2SK1756

2SK1497

2SK1499

2SK1989

2SK1494

2SK1991

2SK1751

2SK1993

2SK1496

2SK2234

2SK1753

2SK1785

2SK1757

2SK1498

2SK1500

2SK1758

2SK1994

2SK1793

2SK1995

2SK2275

2SK1501

2SK1760

2SK1794

2SK1502

2SK1795

2SK1796

2SK1271

TO-3P

250

450

500

600

900

1400

25

35

2.5

3

120

140

30

1950

3000

350

55

80

12

22

36

46

50

85

115

12

22

36

57

36

46

50

85

115

17

15.5

19

28

42

33

34

42

80

66

90

125

TO-3P

Isolated TO-220

TO-220AB

Isolated TO-220

TO-220AB

Isolated TO-220

TO-220AB

TO-3P

50

350

4.5

5

30

610

50

610

6

35

1060

1330

1500

2460

3300

350

7

70

10

12

15

20

25

2.5

3

100

120

160

30

TO-3P

Isolated TO-220

TO-220AB

Isolated TO-220

TO-220AB

Isolated TO-220

TO-220AB

Isolated TO-220

TO-3P

50

3

350

4.5

5

30

1.5

1

610

50

610

6

35

1060

1500

1060

1330

1500

2460

3300

360

7

70

1

8

40

0.6

1

10

12

15

20

25

2

100

120

160

30

TO-3P

0.7

0.6

0.4

0.27

4.2

7.5

4

TO-3P

Isolated TO-220

TO-220AB

Isolated TO-220

TO-220AB

TO-3P

2

30

430

3

75

430

3

35

790

3.5

4

35

2.2

2.8

3.1

2.4

1.7

1.3

1

2.8

4

1000

790

70

5

100

120

140

150

240

4

790

TO-3P

6

2.8

2

1000

1550

1740

2500

1800

TO-3P

7

TO-3P

8

1.6

1.2

4

TO-3P

10

5

TO-3P

3.5

: 2nd Generation

Selection Guide X10679EJHV0SG00

305

Transistor

Field Effect Transistor

Power MOS FET

■ 8-pin SOP Type Power MOS FET

On-Resistance

R^DS(on) (mΩ) (TYP.)

@V^GS= 10 V

Drain to source voltage VDSS (V)

30

20

60

µPA1790 (Nch + Pch)

µPA1759 (Nch Dual)

up to 600

up to 150

up to 90

µPA1750 (P-ch Dual)

µPA1710 (P-ch Single)

µPA1710A (P-ch Single)

µPA1754 (N-ch Dual)

up to 70

up to 50

µPA1713 (P-ch Single)

µPA1711 (P-ch Single)

1

µPA1752 (N-ch Dual)

up to 40

µPA1751 (N-ch Dual)

µPA1714 (P-ch Single)

µPA1755 (N-ch Dual)

1

µPA1753 (N-ch Dual)

µPA1756 (N-ch Dual)

up to 30

1

µPA1758 (N-ch Dual)

µPA1700 (N-ch Single)

µPA1700A (N-ch Single)

µPA1712 (P-ch Single)

µPA1716 (P-ch Single)

1

µPA1701 (N-ch Single)

µPA1701A (N-ch Single)

up to 20

up to 10

1

µPA1757 (N-ch Dual)

2

µPA1705 (N-ch Single)

µPA1702 (N-ch Single)

µPA1703 (N-ch Single)

µPA1704 (N-ch Single)

µPA1706 (N-ch Single)

µPA1707 (N-ch Single)

µPA1715 (P-ch Single)

1: 2.5 V drive is possible. Otherwise 4 V drive is possible.

2: 4.5 V drive

306

Selection Guide X10679EJHV0SG00

Transistor

Field Effect Transistor

Power MOS FET

■ Power SOP8 series

Electrical characteristics

Absolute maximum rating

(T^A= 25 °C)

RDS(on) (Ω)

ID

(T^A= 25 °C)

Part number

Configuration

I^D

P^T

Applications

Switching

VDSS

(V)

TC = 25 °C

DC

(A)

Pulse

(A)

V^GS

(V)

(W)

MAX.

(A)

TYP.

1

30

±7

±28

±32

±40

±28

±52

±40

2.0

4

3.5

4

0.040

0.028

0.03

0.050

0.05

µPA1700

N-ch Single

P-ch Single

P-ch Dual

1

2.0

µPA1700A

µPA1701

µPA1701A

µPA1702

µPA1703

µPA1704

µPA1705

µPA1706

µPA1707

µPA1710

µPA1710A

µPA1711

µPA1712

µPA1713

µPA1714

µPA1715

µPA1716

µPA1750

µPA1751

µPA1752

µPA1753

µPA1754

µPA1755

µPA1756

µPA1757

µPA1758

µPA1759

µPA1790

1

20

±7

2.0

2.5

4

0.04

1

20

±7

2.0

0.026

0.018

0.012

0.0125

0.031

0.008

0.014

0.11

0.04

1

30

±8

2.0

0.025

0.017

0.016

0.04

1

30

±10

2.0

4

5.0

3.5

7.0

5.0

–2.5

–2.0

–3.5

– 4.0

2.5

3.5

–6.0

–4

1

30

±

10

2.0

2.5

4.5

4

1

30

±

7

2.0

1

30

±13

2.0

0.012

0.021

0.16

1

30

±

10

2.0

4

±

1

–30

30

5

20

2.0

–4

–4.5

–4

4

±

1

5

20

2.0

0.091

0.049

0.027

0.10

0.16

±

1

7

28

2.0

0.07

±

1

8

32

2.0

0.048

0.16

±

1

5

20

2.0

±

1

–30

30

7

28

2.0

0.049

0.011

0.017

0.125

0.044

0.042

0.028

0.029

0.028

0.022

0.026

0.11

0.07

±

1

11

44

2.0

0.016

0.023

0.18

±

1

8

32

2.0

±

2

3.5

14

2.0

–1.8

2.5

3.0

3.5

3.0

3.5

3.0

2.5

2

±5

±6

±7

±20

±24

±28

±24

±28

±24

±20

2.0

0.064

0.061

0.04

N-ch Dual

2

20

2.0

2.5

4

N-ch Dual

2

20

2.0

N-ch Dual

2

30

2.0

0.053

0.045

0.04

N-ch Dual

2

–30

30

±

7

6

7

6

2.0

4.5

2.5

10

N-ch Dual

2

2.0

N-ch Dual

2

20

2.0

0.032

0.04

N-ch Dual

2

30

2.0

N-ch Dual

2

60

±5

2.0

0.15

N-ch Dual

2

60/–60 ±1.0/±0.7 ±4.0/±2.8

1.0

0.5/0.35 0.12/0.44 0.26/0.6

N-ch + P-ch

1: TA = 25°C, Mounted on ceramic substrate of 1200 mm²× 0.7 mm

2: TA = 25°C, 2 circuits, Mounted on ceramic substrate of 2000 mm²× 1.1 mm

Selection Guide X10679EJHV0SG00

307

Transistor

Field Effect Transistor

Power MOS FET

■ 8-pin TSSOP Type Power MOS FET

On-Resistance

R^DS(on) (mΩ) (MAX.)

@V^GS= 4.5 V

Drain to source voltage VDSS (V)

12

20

30

~210

~190

µPA1851 (P-ch Dual)

µPA1853 (P-ch Dual)

µPA1812 (P-ch Single)

~115

~75

µPA1850 (P-ch Dual)

µPA1811 (P-ch Single)

µPA1854 (P-ch Dual)

µPA1810 (P-ch Single)

~60

µPA1800 (N-ch Single)

~40

~30

µPA1852 (N-ch Dual)

µPA1801 (N-ch Single)

★

µPA1814 (P-ch Single)

µPA1803 (N-ch Single)

★

µPA1813 (P-ch Single)

★

µPA1855 (N-ch Dual)

~25

µPA1802 (N-ch Single)

★

µPA1815 (P-ch Single)

★: Under development

■ 8-pin TSSOP Type Power MOS FET

Absolute maximum rating

(T^A= 25 °C)

Electrical characteristics

(T^A= 25 °C)

Applications

Switching

Part number

Configuration

R^DS(on)(mΩ) MAX.

VDSS

(V)

V^GSS

ID(DC)

PT

(W)

(V)

(A)

VGS = 4 V

45

V

GS = 4.5 V

39

V

GS = 2.5 V

V

GS = 10 V

µPA1800

–

34

32

–

±20

±8

±5

±6

27

–

30

20

2

N-ch Single

P-ch Single

P-ch Dual

µPA1801

µPA1802

µPA1803

µPA1810

µPA1811

µPA1812

µPA1813

µPA1814

µPA1815

µPA1850

µPA1851

µPA1852

µPA1853

µPA1854

µPA1855

24

25

±12

±7

23

–

20

25

★

16

21

–

30

±20

±7

–

100

120

–

–10/+5

–12/+5

–20/+5

–10/+5

–20/+5

–12/+3

–10/+5

–20/+5

±12

±4

55

–12

–20

–30

–12

–30

–20

–12

–20

20

60

±4

75

–

80

±5

90

70

40

–

40

–

±5

25

30

★

±7

30

19

–

30

200

–

±7

23

22

±2.5

±5

115

210

40

–

130

250

45

105

–

P-ch Dual

60

–

N-ch Dual

P-ch Dual

–20/+5

–10/+5

±12

±2.5

±6

190

60

85

–

–30

–12

20

220

70

105

29

P-ch Dual

★

23

–

24

N-ch Dual

: Mounted on ceramic substrate of 50 cm²× 1.1 mm

★: Under development

308

Selection Guide X10679EJHV0SG00

Transistor

Transistor with Internal Resistor

■ Equivalent circuit

A

B

C

D

E

C

E

C

E

C

E

C

E

C

E

B

R₁

R₂

■ AA1[ ], AN1[ ], BA1[ ], BN1[ ] series (TO-92, SST)

Absolute maximum ratings

Equivalent

Electrical characteristics

(T^A= 25 °C)

Part number

(TA = 25 °C)

circuit and

applications

V^CBOVCEO VEBO

IC

PT

Tj

R1

R2

hFE

VCE

(V)

IC

(mA)

Remarks

TO-92

SST

(V)

60

(V)

50

(V) (mA) (mW) (°C) (kΩ) (kΩ)

10

22

47

4.7

10

22

47

4.7

1.0

10

22

47

4.7

10

22

47

4.7

1.0

10

47

22

47

22

–

35 to 100

35 to 340

60 to 195

85 to 340

60 to 195

135 to 600

20 to 80

5.0

AA1A4M

AA1A4P

AA1F4M

AA1F4N

AA1L4M

AA1L4L

AA1L3Z

AA1A4Z

AA1F4Z

AA1L4Z

AA1L3M

AA1L3N

AA1A3Q

AN1A4M

AN1A4P

AN1F4M

AN1F4N

AN1L4M

AN1L4L

AN1L3Z

AN1A4Z

AN1F4Z

AN1L4Z

AN1L3M

AN1L3N

AN1A3Q

BA1A4M

BA1A4P

BA1F4M

BA1F4N

BA1L4M

BA1L4L

BA1L3Z

BA1A4Z

BA1F4Z

BA1L4Z

BA1L3M

BA1L3N

BA1A3Q

BN1A4M

BN1A4P

BN1F4M

BN1F4N

BN1L4M

BN1L4L

BN1L3Z

BN1A4Z

BN1F4Z

BN1L4Z

BN1L3M

BN1L3N

BN1A3Q

10

5

100

250

150

5.0

10

5

5.0

Refer to

equivalent

5.0

10

15

5

5.0

circuit

A

5.0

–

5.0

5

Switching

–

5.0

5

–

5.0

5

4.7

10

47

22

47

22

–

5.0

10

5

35 to 100

85 to 340

60 to 195

85 to 340

60 to 195

135 to 600

20 to 80

5.0

5

–5.0

–60 –50 –10 –100 250

–60 –50 –5 –100 250

–60 –50 –10 –100 250

–60 –50 –5 –100 250

Refer to

–60 –50 –10 –100 250

–60 –50 –15 –100 250

equivalent

circuit

B

–60 –50

–5 –100 250

–

4.7

10

–60 –50 –10 –100 250

35 to 100

–60 –50

–5 –100 250

Selection Guide X10679EJHV0SG00

309

Transistor

Transistor with Internal Resistor

■ AB1[ ], AP1[ ], BB1[ ], BP1[ ] series (TO-92, SST)

Absolute maximum ratings

(T^A= 25 °C)

Electrical characteristics

Equivalent

circuit and

applications

(T^A= 25 °C)

Part number

Re-

VCBO

(V)

VCEO

VEBO

IC

PT (mW)

Tj

R¹

(kΩ)

R2

(kΩ)

hFE

VCE

(V)

IC

(A)

TO-92

SST

marks

(V)

(A)

TO-92 SST (°C)

150

–

0.47

1.0

2.2

3.3

4.7

10

4.7

1.0

10

4.7

1.0

10

300 ~

100 ~

300 ~

2.0

0.5

AB1A4A

AB1L2Q

BB1A4A

BB1L2Q

30

25

10

0.7

750

250

Refer to

equivalent

circuit

150

10

0.5

AB1A3M BB1A3M

30

25

10

0.7

A

0.5

AB1F3P

AB1J3P

AB1L3N

BB1F3P

BB1J3P

BB1L3N

30

25

10

0.7

0.5

30

25

10

0.7

Switching

0.5

30

25

10

0.7

0.5

AB1A4M BB1A4M

30

25

10

0.7

–

100 ~ –2.0

–0.5

AP1A4A

AP1L2Q

AP1A3M

AP1F3P

AP1J3P

AP1L3N

AP1A4M

BP1A4A

BP1L2Q

BP1A3M

BP1F3P

BP1J3P

BP1L3N

BP1A4M

–25

–10

–0.7

Refer to

equivalent

0.47

1.0

2.2

3.3

4.7

10

circuit

B

Switching

■ AQ1[ ] series (TO-92)

Absolute maximum ratings

Electrical characteristics

Equivalent

circuit and

applications

(T^A= 25 °C)

(TA = 25 °C)

Part number

VCBO

(V)

VCEO

VEBO

IC

PT

Tj

R1

(kΩ)

R2

(kΩ)

hFE

VCE

(V)

IC

(A)

Remarks

TO-92

(V)

(A)

(mW) (°C)

–

10

2.2

1.0

4.7

1.0

2.2

10

150 ~ –2.0

–1.0

AQ1A4A

AQ1F2Q

AQ1L2N

AQ1L2Q

AQ1A3M

AQ1F3M

AQ1F3P

–20

–10

–20

–10

–2.0

–10

750

150

Refer to

equivalent

0.22

0.47

1.0

circuit

B

–2.0

Switching

2.2

4.7

310

Selection Guide X10679EJHV0SG00

Transistor

Transistor with Internal Resistor

■ AD1[ ], AD2[ ], AR1[ ] series (TO-92)

Electrical characteristics

(T^A= 25 °C)

Absolute maximum ratings

(T^A= 25 °C)

Equivalent

circuit and

applications

Part number

V^CBO

(V)

VCEO

VEBO

IC

PT

Tj

R1

(kΩ)

R2

(kΩ)

hFE

VCE

(V)

IC

(A)

0.5

Remarks

TO-92

AD1A3M

AD1F3P

AD1L3N

AD1A4M

AD1L2Q

AD1F2Q

AD1A4A

AD2A3M

AD2F3P

AD2L3N

AD2A4M

AD2L2Q

AD2F2Q

AD2A4A

AR1A3M

AR1F3P

AR1L3N

AR1A4M

AR1L2Q

AR1F2Q

AR1A4A

(V)

(A)

(mW) (°C)

1.0

2.2

4.7

10

1.0

10

200 ~

300 ~

200 ~

300 ~

2.0

80

60

10

1.0

750

150

Refer to

equivalent

0.5

10

0.5

10

1.0

circuit

A

10

0.5

10

1.0

0.47

0.22

–

4.7

2.2

10

0.5

10

1.0

Switching

0.5

10

1.0

0.5

10

1.0

2.2

4.7

10

1.0

10

0.5

60 ±10 60 ±10

10

1.0

Refer to

equivalent

0.5

10

1.0

10

0.5

10

1.0

circuit

C

10

0.5

10

1.0

0.47

0.22

–

4.7

2.2

10

0.5

10

1.0

Switching

0.5

10

1.0

0.5

10

1.0

2.2

4.7

10

1.0

10

100 ~ –2.0

–0.5

–60

–10

–1.0

Refer to

equivalent

10

circuit

B

10

0.47

0.22

–

4.7

2.2

10

Switching

■ CE1[ ], CE2[ ] series (SP-8)

Absolute maximum ratings

Electrical characteristics

(T^A= 25 °C)

hFE

Equivalent

Part number

(T^A= 25 °C)

circuit and

V^CBO

(V)

VCEO

VEBO

IC

PT

Tj

(°C)

R1

(kΩ)

R2

(kΩ)

VCE

IC

applications

SP-8

(V)

(A)

(W)

(V)

5.0

(A)

CE1A3Q

CE1F3P

CE1N2R

CE2A3Q

CE2F3P

60 ±10 60 ±10

15

±2.0

1.0

150

1.0

2.2

10

1000 to 3000

1.0

Refer to

D

E

0.68

1.0

60

1.0

Selection Guide X10679EJHV0SG00

311

Transistor

Transistor with Internal Resistor

■ FA1[ ], FN1[ ], GA1[ ], GN1[ ] series (SC-59, SC-70)

Electrical characteristics

Absolute maximum ratings

Equivalent

(T^A= 25 °C)

Part number

circuit and

applications

V^CBOVCEO VEBO

IC

PT

Tj

(°C)

R1

R2

hFE

VCE

(V)

IC

(mA)

Remarks

SC-59

SC-70

(V)

10

5

(mA) (mW)

(kΩ) (kΩ)

FA1A4M

FA1A4P

FA1F4M

FA1F4N

FA1L4M

FA1L4L

FA1L3Z

FA1A4Z

FA1F4Z

FA1L4Z

FA1L3M

FA1L3N

FA1A3Q

FN1A4M

FN1A4P

FN1F4M

FN1F4N

FN1L4M

FN1L4L

FN1L3Z

FN1A4Z

FN1F4Z

FN1L4Z

FN1L3M

FN1L3N

FN1A3Q

GA1A4M

GA1A4P

GA1F4M

GA1F4N

GA1L4M

GA1L4L

GA1L3Z

GA1A4Z

GA1F4Z

GA1L4Z

GA1L3M

GA1L3N

GA1A3Q

GN1A4M

GN1A4P

GN1F4M

GN1F4N

GN1L4M

GN1L4L

GN1L3Z

GN1A4Z

GN1F4Z

GN1L4Z

GN1L3M

GN1L3N

GN1A3Q

60

50

100

150

10

22

47

4.7

10

22

47

4.7

1.0

10

22

47

4.7

10

22

47

4.7

1.0

10

47

22

47

22

–

35 to 100

35 to 340

60 to 195

85 to 340

60 to 195

5.0

60

50

60

50

10

5

60

50

Refer to

equivalent

circuit

60

50

10

15

5

100

200

60

50

100

(SC-59)

A

60

50

100

135 to 600 5.0

60

50

5

100

150

–

60

50

5

100

–

Switching

(SC-70)

60

50

5

100

–

60

50

10

5

4.7

10

47

22

47

22

–

20 to 80

35 to 100

5.0

60

50

60

50

5

–60

–50

–10 –100

–5 –100

–10 –100

–5 –100

35 to 100 –5.0 –5.0

85 to 340 –5.0 –5.0

60 to 195 –5.0 –5.0

85 to 340 –5.0 –5.0

60 to 195 –5.0 –5.0

135 to 600 –5.0 –5.0

Refer to

equivalent

circuit

–10 –100

–15 –100

200

(SC-59)

B

–5

–100

–

150

Switching

–

(SC-70)

–

–10 –100

4.7

10

20 to 80

–5.0 –5.0

–5

–100

35 to 100 –5.0 –5.0

■ FB1[ ] series (SC-59)

Electrical characteristics

Absolute maximum ratings

Equivalent

circuit and

applications

(T^A= 25 °C)

Part number

V^CBOVCEO VEBO

IC

PT

Tj

(°C)

R1

R2

hFE

VCE

(V)

IC

(A)

Remarks

(V)

(A)

(mW)

(kΩ) (kΩ)

FB1A4A

30

25

10

0.7

150

–

10

4.7

1.0

10

4.7

1.0

10

300

100

300

100

2.0

0.5

Refer to

equivalent

circuit

FB1L2Q

FB1A3M

FB1F3P

FB1J3P

FB1L3N

FB1A4M

FP1A4A

FP1L2Q

FP1A3M

FP1F3P

FP1J3P

FP1L3N

FP1A4M

30

25

10

0.47

1.0

2.2

3.3

4.7

10

30

25

10

0.7

A

30

25

10

0.7

200

30

25

10

0.7

Switching

30

25

10

0.7

30

25

10

0.7

–25

–10

–0.7

–2.0 –0.5

0.47

1.0

2.2

3.3

4.7

10

Refer to

equivalent

circuit

B

200

Switching

312

Selection Guide X10679EJHV0SG00

Transistor

Transistor with Internal Resistor

■ HD1[ ], HD2[ ], HR1[ ] series (SOT-89)

Electrical characteristics

(T^A= 25 °C)

Absolute maximum ratings

(T^A= 25 °C)

Equivalent

circuit and

applications

Part number

VCBO VCEO VEBO

IC

PT

Tj

(°C)

R¹

R2

hFE

VCE

(V)

IC

(A)

Remarks

(V)

80

(V)

60

(V)

10

(A)

(mW)

(kΩ) (kΩ)

HD1A3M

1.0

150

1.0

2.2

4.7

10

1.0

10

200

300

200

300

100

2.0

0.5

5.0

0.5

Refer to

equivalent

HD1F3P

HD1L3N

HD1A4M

HD1L2Q

HD1F2Q

HD1A4A

HD2A3M

HD2F3P

HD2L3N

HD2A4M

HD2L2Q

HD2F2Q

HD2A4A

HR1A3M

HR1F3P

HR1L3N

HR1A4M

HR1L2Q

HR1F2Q

HR1A4A

1.0

10

circuit

A

1.0

2.0

10

1.0

0.47

0.22

–

4.7

2.2

10

Switching

1.0

60±10 60±10 10

1.0

2.2

4.7

10

1.0

10

Refer to

equivalent

1.0

10

circuit

C

1.0

10

1.0

0.47

0.2

–

4.7

2.2

10

1.0

Switching

1.0

–60

–10

–1.0

1.0

2.2

4.7

10

1.0

10

–2.0 –0.5

Refer to

equivalent

10

circuit

B

10

0.47

0.22

–

4.7

2.2

10

Switching

■ HQ1[ ] series (SOT-89)

Electrical characteristics

Absolute maximum ratings

Equivalent

circuit and

applications

(T^A= 25 °C)

Part number

VCBO VCEO VEBO

IC

PT

Tj

(°C)

R1

R2

hFE

VCE

(V)

IC

(A)

Remarks

(V)

(A)

(mW)

(kΩ) (kΩ)

HQ1A4A

–20

–10

–20

–10

–2.0

–10

150

–

10

2.2

1.0

4.7

1.0

2.2

10

150

–2.0 –1.0

HQ1F2Q

HQ1L2N

HQ1L2Q

HQ1A3M

HQ1F3M

HQ1F3P

0.22

0.47

1.0

Refer to

equivalent

circuit

B

2.0

–2.0

Switching

2.2

4.7

Selection Guide X10679EJHV0SG00

313

Transistor

Transistor for Array

Equivalent Circuit

1

2

3

9

4

5

6

7

8

10

16

11

17

12

18

13

14

15

■ Bipolar Transistor

Part

number

Equivalent

circuit

VCEO

(V)

IC(DC)

(mA)

P^T

(mW)

h^FE

Package

VCE (V)

6

IC (mA)

1

2

50

–50

50/–50

50

100

–100

100/–100

100

200

300

200

300

µPA570T

µPA571T

µPA574T

µPA670T

µPA671T

µPA500T

µPA501T

µPA504T

µPA600T

µPA601T

µPA604T

µPA605T

• 5-pin Super Mini-Mold

SC-88A

–6

6/–6

6

–1

1/–1

1

3

11

12

1

• 6-pin Super Mini-Mold

SC-88

–50

50

–100

100

–6

6

–1

1

90 to 600

• 5-pin Mini-Mold

SC-74A

2

–50

50/–50

50

–100

100/–100

100

–6

6/–6

6

–1

1/–1

1

3

4

5

–50

50

–100

100

–6

6

–1

1

11

12

• 6-pin Mini-Mold

SC-74

–50

–100

–6

–1

50

–16

100

–500

90 to 600

110 to 400

6

–1

1

15

300

µPA608T

–100

150

–150

40

–40

500

–500

75 to 300

1

–1

16

17

18

300

200

µPA609T

µPA673T

µPA674T

15

200

82 to 180

6

1

• 6-pin Super Mini-Mold

SC-88

15

–15

200

–50

40 to 200

50 to 150

1

–1

10

–10

: Total

■ MOS FET

Part

number

Equivalent

circuit

VDSS

(V)

I^D(DC)

(mA)

P^T

(mW)

R^{DS (on)}

(Ω) MAX

Package

VGS (V)

ID (mA)

6

7

µPA572T

µPA573T

µPA502T

µPA503T

µPA505T

µPA602T

µPA603T

µPA606T

µPA607T

µPA610TA

µPA611TA

30

–30

50

100

–100

100

200

300

13

60

2.5

–2.5

4

10

–10

10

• 5-pin Super Mini-Mold

SC-88A

6

30

7

–50

50/–50

50

–100

100/–100

100

30/100

30

–4

–10

10/–10

10

• 5-pin Mini-Mold

SC-74A

8

4/–4

4

9

10

13

14

10

9

–50

50

–100

100

30

–4

–10

10

4

• 6-pin Mini-Mold

SC-74

–50

–30

30

–100

100

60

–4

–10

–1

–2.5

2.5

15

1

• 6-pin Super Mini-Mold

SC-88

13

µPA672T

50

100

200

40

2.5

10

: Total

314

Selection Guide X10679EJHV0SG00

Transistor

Transistor Array

■ Signal transistor array Product Map (Monolithic)

IO (mA)

500

V^O(V)

µPA2981

50

60

µPA2982

µPA2987

µPA2001

µPA2002

µPA2003

µPA2004

■ Signal transistor array (Monolithic)

Input/output

relationship

Output current

relationship

Output

voltage

VO

Output

current

IO

Number of

circuits

Ative level

“H” “L”

Surge

absorb- imped-

er diode ance

Input

Number of pins

Remarks

Part number

Inverter Non-iverter

Source Sink

(V)

(mA/Unit)

5

6

7

8

type

20 kΩ

–

µPA80C, GR

µPA81C

60

45

60

50

–

Darlington

16

18

16

2

400

FIP driver

Darlington

µPA2001C, GR

500

7VZDi

+10.5 kΩ

Darlington

µPA2002C, GR

60

500

16

µPA2003C, GR

µPA2004C, GR

µPA2981C

2.7 kΩ

10.5 kΩ

3 kΩ

Darlington

60

50

500

16

18

16

Darlington

Darlington output stage

µPA2982C

8.5 kΩ

3 kΩ

µPA2987C

<

1: PW 30 ms, duty cycle

=

10% (7 circuits operation)

=

<

2: PW 10 ms, duty cycle

=

■ Power transistor array Product Map (Multi-chip, 4 circuits)

IC (DC) (A)

2.0

3.0

5.0

V^CEO(V)

30

Polarity

NPN

µPA1478H

PNP

NPN

µPA1428AH

µPA1434H

µPA1458H

µPA1453H

●

60

PNP

µPA1454H

µPA1456H

●

µPA1476H

µPA1436AH

µPA1437H

NPN

PNP

100

: with Zenner Diode

: Low VCE (sat)

●: Single High hFE

■ Power transistor array (Multi-chip, 4 circuits)

Output current

relationship

Collector-

emitter voltage

VCE (V)

Number of

circuits

Surge absorber

diode

Collector current

IC (A)

Input impedance

Remarks

Number of pins

Part number

Source Sink

type

10

4

60 ±10

60

±2.0

3.0

–

Darlington

High beta

Darlington

Low V^CE(sat)

High beta

Darlington

µPA1428AH

µPA1434H

µPA1436AH

µPA1437H

µPA1453H

µPA1454H

µPA1456H

µPA1458H

µPA1476H

µPA1478H

–

100

±3.0

±

–100

–60

3.0

5.0

100

±5.0

±2.0

60 ±10

100 ±15

31 ±4

Selection Guide X10679EJHV0SG00

315

Transistor

Transistor Array

■ Power MOS FET array Product Map (Multi-chip, 4 circuits)

I^{D (DC)}(A)

2.0

3.0

5.0

V^DSS(V)

30

60

• µPA1520BH (0.25)

• µPA1550H (0.15)

• µPA1522H (0.35)

• µPA1572BH (0.8)

• µPA1523BH (1.3)

• µPA1500BH (0.24)

• µPA1552BH (0.24)

• µPA1556AH (0.33)

80

• µPA1524H (1.0)

• µPA1526H (0.6)

• µPA1576H (1.5)

• µPA1527H (1.5)

100

• µPA1501H (0.53)

• µPA1560H (0.165)

120

( ): RDS(on) (@VGS = 4 V) [Ω MAX.]

Underlined: P-channel

■ Power MOS FET array (Multi-chip, 4 circuits)

Input/output

relationship

Output current

relationship

Number of circuits

Surge

Active level

VDSS

4 V

driving

ID

Number of pins

absorber

diode

Part number

(V)

(A/Unit)

Inverter Non-inverter

Source

type

Sink

type

4

7

8

“H”

“L”

type

µPA1500BH

60

120

30

±3

±2

12

10

µPA1501H

µPA1520BH

µPA1522H

µPA1523BH

µPA1524H

µPA1526H

µPA1527H

µPA1550H

µPA1552BH

µPA1556AH

µPA1572BH

µPA1576H

µPA1560H

–

60

±

–60

80

2

±2

100

–100

30

±2

±

2

±5

±2

±3

60

100

60

100

120

■ Power MOS FET array Product Map (Monolithic)

I^{D (DC)}(A)

0.43

0.5

• µPA1600 (4.0 Ω, 8CH) (DIP, SOP)

0.87

V^DSS(V)

• µPA1601 (5.3 Ω, 7CH) (DIP, SOP)

• µPA1602 (5.3 Ω, 7CH) (DIP, SOP)

• µPA1603 (1.3 Ω, 4CH) (DIP, SOP)

30

■ Power MOS FET array (Monolithic)

Input/output

relationship

Output current

relationship

Number of circuits

Active level

“H” “L”

Surge

absorber

diode

VDSS

4 V

driving

ID

Number of pins

Part number

(V)

(A/Unit)

Inverter Non-inverter Source

type type

Sink

type

4

7

8

type

µPA1600CX/GS

µPA1601CX/GS

µPA1602CX/GS

µPA1603CX

30

0.5

–

20

16

0.43

0.87

µPA1604CX

316

Selection Guide X10679EJHV0SG00

Diode

Zener Diode

■ Zener Diode Quick Reference (1/2) (Surface-Mount Type)

Vz (V)

P (W)

0.2

TYP.

2.0

2.2

2.4

2.7

3.0

3.3

3.6

3.9

4.3

4.7

5.1

5.6

6.2

6.8

7.5

8.2

9.1

10

0.15

1.0

RD2.0UM

RD2.2UM

RD2.4UM

RD2.7UM

RD3.0UM

RD3.3UM

RD3.6UM

RD3.9UM

RD4.3UM

RD4.7UM

RD5.1UM

RD5.6UM

RD6.2UM

RD6.8UM

RD7.5UM

RD8.2UM

RD9.1UM

RD10UM

RD11UM

RD12UM

RD13UM

RD15UM

RD16UM

RD18UM

RD20UM

RD22UM

RD24UM

RD27UM

RD30UM

RD33UM

RD36UM

RD39UM

RD2.0M

RD2.2M

RD2.4M

RD2.7M

RD3.0M

RD3.3M

RD3.6M

RD3.9M

RD4.3M

RD4.7M

RD5.1M

RD5.6M

RD6.2M

RD6.8M

RD7.5M

RD8.2M

RD9.1M

RD10M

RD11M

RD12M

RD13M

RD15M

RD16M

RD18M

RD20M

RD22M

RD24M

RD27M

RD30M

RD33M

RD36M

RD39M

RD43M

RD47M

RD2.0MW

RD2.2MW

RD2.4MW

RD2.7MW

RD3.0MW

RD3.3MW

RD3.6MW

RD3.9MW

RD4.3MW

RD4.7MW

RD5.1MW

RD5.6MW

RD6.2MW

RD6.8MW

RD7.5MW

RD8.2MW

RD9.1MW

RD10MW

RD11MW

RD12MW

RD13MW

RD15MW

RD16MW

RD18MW

RD20MW

RD22MW

RD24MW

RD27MW

RD30MW

RD33MW

RD36MW

RD39MW

RD2.0S

RD2.2S

RD2.4S

RD2.7S

RD3.0S

RD3.3S

RD3.6S

RD3.9S

RD4.3S

RD4.7S

RD5.1S

RD5.6S

RD6.2S

RD6.8S

RD7.5S

RD8.2S

RD9.1S

RD10S

RD11S

RD12S

RD13S

RD15S

RD16S

RD18S

RD20S

RD22S

RD24S

RD27S

RD30S

RD33S

RD36S

RD39S

RD43S

RD47S

RD51S

RD56S

RD62S

RD68S

RD75S

RD82S

RD91S

RD100S

RD110S

RD120S

RD2.0P

RD2.0FM

RD2.2FM

RD2.4FM

RD2.7FM

RD3.0FM

RD3.3FM

RD3.9FM

RD4.3FM

RD4.7FM

RD5.1FM

RD5.6FM

RD6.2FM

RD6.8FM

RD7.5FM

RD8.2FM

RD9.1FM

RD10FM

RD11FM

RD12FM

RD13FM

RD15FM

RD16FM

RD18FM

RD20FM

RD22FM

RD24FM

RD27FM

RD30FM

RD33FM

RD36FM

RD39FM

RD43FM

RD47FM

RD51FM

RD56FM

RD62FM

RD68FM

RD75FM

RD82FM

RD91FM

RD100FM

RD110FM

RD120FM

RD2.2P

RD2.4P

RD2.7P

RD3.0P

RD3.3P

RD3.6P

RD3.9P

RD4.3P

RD4.7P

RD5.1P

RD5.6P

RD6.2P

RD6.8P

RD7.5P

RD8.2P

RD9.1P

RD10P

RD11P

RD12P

RD13P

RD15P

RD16P

RD18P

RD20P

RD22P

RD24P

RD27P

RD30P

RD33P

RD36P

RD39P

RD43P

RD47P

RD51P

RD56P

RD62P

RD68P

RD75P

RD82P

RD91P

RD100P

RD110P

RD120P

RD4.7UJ

RD5.1UJ

RD5.6UJ

RD6.2UJ

RD6.8UJ

RD7.5UJ

RD8.2UJ

RD9.1UJ

RD10UJ

RD11UJ

RD12UJ

RD13UJ

RD15UJ

RD16UJ

RD18UJ

RD20UJ

RD22UJ

RD24UJ

RD27UJ

RD30UJ

RD33UJ

RD36UJ

RD39UJ

RD4.7SL

RD5.1SL

RD5.6SL

RD6.2SL

RD6.8SL

RD7.5SL

RD8.2SL

RD9.1SL

RD10SL

RD11SL

RD12SL

RD13SL

RD15SL

RD16SL

RD18SL

RD20SL

RD22SL

RD24SL

RD27SL

RD30SL

RD33SL

RD36SL

RD39SL

11

12

13

15

16

18

20

22

24

27

30

33

36

39

43

47

51

56

62

68

75

82

91

100

110

120

2-pin ultra mini-mold

2-pin super mini-mold

Power

mini-mold

(SC·62)

2-pin power

mini-mold

Package

Mini-mold (SC·59)

General

Low noise

Purpose

Selection Guide X10679EJHV0SG00

317

Diode

Zener Diode

■ Zener Diode Quick Reference (2/2) (Through-Hole Type)

VZ (V)

P (W)

TYP.

2.0

2.2

2.4

2.7

3.0

3.3

3.6

3.9

4.3

4.7

5.1

5.6

6.2

6.8

7.5

8.2

9.1

10

0.4

0.5

1.0

RD2.0ES

RD2.2ES

RD2.4ES

RD2.7ES

RD3.0ES

RD3.3ES

RD3.6ES

RD3.9ES

RD4.3ES

RD4.7ES

RD5.1ES

RD5.6ES

RD6.2ES

RD6.8ES

RD7.5ES

RD8.2ES

RD9.1ES

RD10ES

RD11ES

RD12ES

RD13ES

RD15ES

RD16ES

RD18ES

RD20ES

RD22ES

RD24ES

RD27ES

RD30ES

RD33ES

RD36ES

RD39ES

RD2.0E

RD2.2E

RD2.4E

RD2.7E

RD3.0E

RD3.3E

RD3.6E

RD3.9E

RD4.3E

RD4.7E

RD5.1E

RD5.6E

RD6.2E

RD6.8E

RD7.5E

RD8.2E

RD9.1E

RD10E

RD11E

RD12E

RD13E

RD15E

RD16E

RD18E

RD20E

RD22E

RD24E

RD27E

RD30E

RD33E

RD36E

RD39E

RD43E

RD47E

RD51E

RD56E

RD62E

RD68E

RD75E

RD82E

RD91E

RD100E

RD110E

RD120E

DO-35

RD2.0F

RD2.2F

RD2.4F

RD2.7F

RD3.0F

RD3.3F

RD3.6F

RD3.9F

RD4.3F

RD4.7F

RD5.1F

RD5.6F

RD6.2F

RD6.8F

RD7.5F

RD8.2F

RD9.1F

RD10F

RD11F

RD12F

RD13F

RD15F

RD16F

RD18F

RD20F

RD22F

RD24F

RD27F

RD30F

RD33F

RD36F

RD39F

RD43F

RD47F

RD51F

RD56F

RD62F

RD68F

RD75F

RD82F

RD4.7JS

RD5.1JS

RD5.6JS

RD6.2JS

RD6.8JS

RD7.5JS

RD8.2JS

RD9.1JS

RD10JS

RD11JS

RD12JS

RD13JS

RD15JS

RD16JS

RD18JS

RD20JS

RD22JS

RD24JS

RD27JS

RD30JS

RD33JS

RD36JS

RD39JS

11

12

13

15

16

18

20

22

24

27

30

33

36

39

43

47

51

56

62

68

75

82

91

100

110

120

Package

DO-34

DO-41

318

Selection Guide X10679EJHV0SG00

Diode

Noise Clipping Diode

■ Surface-Mount Type Quick Reference

VBR (V)

P (W)

Application

TYP.

3.3

3.6

3.9

4.3

4.7

5.1

5.6

6.2

6.8

7.5

8.2

9.1

10

0.15

0.2

NNCD3.3C

NNCD3.6C

NNCD3.9C

NNCD4.3C

NNCD4.7C

NNCD5.1C

NNCD5.6C

NNCD6.2C

NNCD6.8C

NNCD7.5C

NNCD8.2C

NNCD9.1C

NNCD10C

NNCD11C

NNCD12C

NNCD3.3D

NNCD3.6D

NNCD3.9D

NNCD4.3D

NNCD4.7D

NNCD5.1D

NNCD5.6D

NNCD6.2D

NNCD6.8D

NNCD7.5D

NNCD8.2D

NNCD9.1D

NNCD10D

NNCD11D

NNCD12D

NNCD3.3E

NNCD3.6E

NNCD3.9E

NNCD4.3E

NNCD4.7E

NNCD5.1E

NNCD5.6E

NNCD6.2E

NNCD6.8E

NNCD7.5E

NNCD8.2E

NNCD9.1E

NNCD10E

NNCD11E

NNCD12E

NNCD3.3F

NNCD3.6F

NNCD3.9F

NNCD4.3F

NNCD4.7F

NNCD5.1F

NNCD5.6F

NNCD6.2F

NNCD6.8F

NNCD7.5F

NNCD8.2F

NNCD9.1F

NNCD10F

NNCD11F

NNCD12F

NNCD3.3G

NNCD3.6G

NNCD3.9G

NNCD4.3G

NNCD4.7G

NNCD5.1G

NNCD5.6G

NNCD6.2G

NNCD6.8G

NNCD7.5G

• E.S.D.

absorber

• Surge absorber

11

12

27

NNCD27G

3-pin mini-mold (SC-59)

5-pin mini-mold

(SC-74A quarto)

2-pin ultra

mini-mold

2-pin super

mini-mold

Package

Single

Twin

■ Surface-Mount Type (Low Capacitance) Quick Reference

VBR (V)

TYP.

P (W)

0.2

Application

5.6

NNCD5.6LG

NNCD6.2LG

NNCD5.6LH

NNCD6.2LH

NNCD6.8LH

• E.S.D.

absorber

6.2

6.8

NNCD6.8LG

Package

5-pin mini-mold (SC-74A quad)

5-pin super mini-mold (SC-88A quad)

■ Surface-Mount Type (Low Capacitance and High ESD Endurance Type) Quick Reference

VBR (V)

TYP.

P (W)

0.2

Application

5.6

NNCD5.6MG

NNCD6.2MG

• E.S.D.

absorber

6.2

NNCD6.2MF

6.8

NNCD6.8MG

Package

3-pin mini-mold (SC-59 twin)

5-pin mini-mold (SC-74A quad)

Selection Guide X10679EJHV0SG00

319

Diode

Noise Clipping Diode

■ Through Hole Type Quick Reference

VBR (V)

P (W)

Application

TYP.

3.3

0.4

0.5

NNCD3.3A

NNCD3.6A

NNCD3.9A

NNCD4.3A

NNCD4.7A

NNCD5.1A

NNCD5.6A

NNCD6.2A

NNCD6.8A

NNCD7.5A

NNCD8.2A

NNCD9.1A

NNCD10A

NNCD11A

NNCD12A

DO-34

NNCD3.3B

NNCD3.6B

NNCD3.9B

NNCD4.3B

NNCD4.7B

NNCD5.1B

NNCD5.6B

NNCD6.2B

NNCD6.8B

NNCD7.5B

NNCD8.2B

NNCD9.1B

NNCD10B

NNCD11B

NNCD12B

DO-35

• E.S.D.

protection

3.6

• Surge absorber

3.9

4.3

4.7

5.1

5.6

6.2

6.8

7.5

8.2

9.1

10

11

12

Package

320

Selection Guide X10679EJHV0SG00

Thyristor

■ SCR

Package

MP–25

MP–45C

Electrical

charac-

teristics

TO-220-like

insulated type

SOT-89

TO-92

MP-3

TO-202AA

TO-220AB

IT(RMS) (A)

0.47

0.3

8

4.7

3

8

5

12.6

8

4

2

4

2

4

4.7

3

4.7

3

8

12.6

8

5

12.6

IT(AV) (A)

ITSM (A)

T^j(°C)

0.3

2.5

45

5

8

20

65

6

40

65

125

–

80

100

80

100

125

–

125

–

200

03P2J 03P2M

–

2S2M

–

8P2M

–

8P2SM

3P4J

5P4J 8P4J

400

500

600

03P4J 03P4M 03P4MF

*

¹03P4MG

03P5MG

03P6MG

2P4M 2S4M 2V5P4M 3P4MH 3S4M 5P4M

8P4M

5P4SM

–

8P4SM

VDRM

VRRM

(V)

3P4J-Z 5P4J-Z 8P4J-Z

2P5M

2P6M

–

3P5MH

3P6MH

–

03P5J

–

5P5M

5P6M

–

5P6J

5P6J-Z

5P6SM

–

IGT (mA)

tq ^(TYP.)(µs)

0.2

25

0.2

25

100 µA 3-50 µA

40 60

0.1

30

0.2

80

10

50

0.2

30

0.3

15*²

0.1

80

0.2

80

30

5*²

10

50

10

50

10

100

1: V^RRM= 5 V

2: indicates MAX.

*

■ TRIAC

Package

MP–25

MP–45C

Electrical

charac-

teristics

TO-

202AA

SOT-89

TO-92

MP-3

TO-220AB

TO-220AB-like insulated type

IT(RMS) (A)

ITSM(50 Hz) (A)

T^j(°C)

1.0

7.0

125

0.8

1.0

9

3

5

3

5

8

10

80

12

16

3

5

8

10

80

12

16

7

30

50

30

50

80

100

150

30

50

80

100

150

125

AC03 AC05

DJM DJM AC03 AC05

AC03 AC05 DGM DGM

DJM-Z DJM-Z

125

AC0V AC01

8DGM DGM

AC08 AC10 AC12 AC16

DGM DGM DGM DGM

AC03 AC05 AC08 AC10 AC12 AC16

400

AC01DJM

DSM

–

DSM

–

VDRM

AC03 AC05

EGM EGM

AC08 AC10 AC12 AC16

EGM EGM EGM EGM

AC05 AC08 AC10 AC12

ESM ESM ESM ESM

VRRM

(V)

500

600

–

AC03 AC05

FJM FJM

AC03 AC05 FGM

FJM-Z FJM-Z

AC03 AC05

AC08 AC10 AC12 AC16

FGM

AC03 AC05 AC08 AC10 AC12 AC16

FSM

FGM

FSM

I

5

10

5

12

–

10

–

12

–

10

–

20

–

20

–

20

–

30

–

12

–

10

–

20

–

20

–

20

–

30

–

5

10

5

3

5

3

II

IGT

(mA)

III

IV

12

10

12

10

20

30

12

10

20

30

10

(dv/dt)^C

(V/µs)

MIN.

0.5

5

10

5

10

1

0.5

Selection Guide X10679EJHV0SG00

321

[MEMO]

322

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

IC....................................................................................... 324

• AGC AMP. (µPC××××, µPG××××)............................... 324

• IQ Modulator/Demodulator (µPC××××).................... 324

• Up Converter (µPC××××)........................................... 324

• Prescaler (µPB××××, µPG××××)................................ 325

• Down Converter (µPC××××)...................................... 326

• PLL Synthesizer (µPB××××) ..................................... 327

• Switch (µPG××××) ...................................................... 327

• Wide Band AMP. (µPC××××, µPG××××).................... 328

• Driver AMP. (µPG××××).............................................. 330

• Power AMP. (µPG××××, MC-××××) ............................ 330

• Transistor Array (µPA×××) ........................................ 330

• Typical Characteristics............................................. 331

Discrete............................................................................ 335

• Dual Gate MES/MOS FET ......................................... 335

• Low Noise BIP. TR. (2SC, NE) ................................. 336

• Twin TR. (µPA×××) ..................................................... 338

• Low Noise GaAs/HJ FET (NE) ................................. 339

• Power TR./FET (2SC, NE, NEL, NEM, NES, NEZ) .... 341

• Cross-reference Table .............................................. 344

Application ...................................................................... 351

7

Selection Guide X10679EJHV0SG00

323

RF and Microwave Devices

IC

■ AGC AMP. (µPC××××, µPG××××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Mobile Comm.

Performances

Package

µPC8119T

µPC8120T

µPC8130TA

µPC8131TA

3

11

100–1920

100-1920

800–1500

GP (MAX.)=12.5dB, GCR=50dB,

Po(1dB)=3dBm@f=950MHz

6-pin minimold

Mobile Comm.

GP(MAX.)=13dB, GCR=50dB,

Po(1dB)=3.5dBm@f=950MHz

GP(MAX.)=12.5dB, GCR=50dB,

Po(1dB)=5dBm@f=950MHz

GP(MAX.)=12dB, GCR=45dB,

Po(1dB)=5dBm@f=950MHz

µPG175TA

µPC2723T

3

5

20

15

925–960

1100

GP=30dB, GCR=35dB, Po=8dBm

6-pin minimold

20-pin SSOP

BS Tuner,

Mobile Comm.

GP=13dB, NF=11dB,

Po=–2dBm@f=500MHz

µPC3206GR

µPC3211GR

CATV Tuner,

Video Amp.

5

9

34.5

38

100 or less GCR=50dB(MIN.),

GP(MAX.)=38.5dB(@AGC block)

GCR=55dB, IM2=44dBc,

IM³=57dBc

CATV Tuner

5–100

■ IQ Modulator/Demodulator (µPC××××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Mobile Comm.

Performances

Package

µPC8101GR

µPC8104GR

µPC8105GR

µPC8110GR

µPC8125GR

µPC8126GR

µPC8126K

3

5

15

28

16

24

36

35

28

32.5

28

60

70

65

150

900–2000

400

LOL=–49dBc, ImR=37.5dBc,

Po=–11dBm

20-pin SSOP

IQ Modulator

Mobile Comm.

IQ Modulator

LOL=–40dBc, ImR=–40dBc,

Po=–13.5dBm

Mobile Comm.

IQ Modulator

LOL=–40dBc, ImR=–40dBc,

Po=–18.5dBm

16-pin SSOP

20-pin SSOP

Mobile Comm.

IQ Modulator

900

LOL=–35dBc, ImR=–40dBc,

Po=–10dBm

Mobile Comm.

IQ Modulator

1800–2000 LOL=–37dBc, ImR=–35dBc,

PRFout=–9dBm

Mobile Comm.

IQ Modulator

915-960

LOL=–35dBc, ImR=–40dBc,

PRFout=–9dBm

Mobile Comm.

IQ Modulator

889-960

LOL=–35dBc, ImR=–40dBc,

PRFout=–9dBm

28-pin QFN

µPC8129GR

Mobile Comm.

IQ Modulator

800–1900

LOL=–40dBc, ImR=–30dBc,

PRFout=–5dBm

20–pin SSOP

30-pin TSSOP

28-pin QFN

µPC8139GR-7JH PHS

Transceiver

1800-2000 LOL=–40dBc, ImR=–40dBc,

PTX•MIXout=–13dBm

µPC8158K

Mobile Comm.

IQ Modulator

800-1500

DC–1000

440–520

LOL=–40dBc, ImR=–40dBc,

PRFout=–11.5dBm

<

µPC2766GR/GS

µPC2781GR

µPC3205GR

BS Tuner

IQ Demodulator

∆φ ±1.5°, ∆V ±0.5dB

20-pin SSOP/SOP

20-pin SSOP

=

< <

∆φ ±2°, ∆V ±0.5dB

= =

BS Tuner

IQ Demodulator

<

BS Tuner

IQ Demodulator

∆φ ±2°, ∆V ±0.5dB

=

■ Up Converter (µPC××××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Mobile Comm.

Performances

Package

µPC8100GR

µPC8106T

3

5

15

800–900

400–2000

800–2000

250–850

CG(UP)=20.5dB,

CG(DOWN)=18dB

20-pin SSOP

Up/Down

Mobile Comm.

9

CG=7dB,

6-pin minimold

Po(sat)=–4dBm@fRFOUT=1900MHz

µPC8106TB

µPC8109T

Mobile Comm.

CATV Tuner

9

CG=7dB,

6-pin super

minimold

Po(sat)=–4dBm@fRFOUT=1900MHz

5

CG=5dB,

6-pin minimold

Po(sat)=–7.5dBm@fRFOUT=1900MHz

µPC8109TB

µPC8163TB

µPC2799GR

5

CG=4dB,

6-pin super

Po(sat)=–7.5dBm@fRFOUT=1900MHz minimold

16.5

60

CG=9dB, Po(sat)=0.5dBm

OIP3 =9.5dBm@f=830MHz

GCR=14.5dB, Po(sat)=6dBm

(@V^AGC=5V)

20-pin SSOP

324

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

IC

■ Prescaler (µPB××××, µPG××××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Mobile Comm.

Performances

Package

µPB1502GR

µPB1502GR(1)

µPB1504GR

µPB1509GV

µPB1505GR

µPB1506GV

µPB1507GV

µPB1508GV

µPB1510GV

µPG501B

3

6.7

500–1700

500–2000

500–1100

64/65, 128/129, Vo=0.8Vp–p

64/65, 128/129, Vo=0.9Vp–p

8-pin SOP

1.7GHz 64/65, 128/129

Mobile Comm.

2.0GHz 64/65, 128/129

3

6.7

Mobile Comm.

1.1GHz 64/65, 128/129

3

2.47@64/65

2.24@128/129

Mobile Comm.

1GHz, ÷2, ÷4, ÷8

3

5

500–1000@1/8 1/2, 1/4, 1/8 Vo=0.3Vp–p

8-pin SSOP

8-pin SOP

BS Tuner

3GHz, ÷64, ÷128, ÷256

5

14

500–3000

1300–5000

1000–5000

4000–8000

2500–8000

1/256, 1/128, 1/64, Vo=1.6Vp–p

1/2, Po=–7dBm

BS Tuner

3GHz, ÷64, ÷128, ÷256

5

19

8–pin SSOP

BS Tuner

3GHz, ÷64, ÷128, ÷256

5

19

BS Tuner

3GHz, ÷2

12

BS Tuner

3GHz, ÷4

5

14

1/4, Po=–7dBm

Microwave Comm.

5GHz, ÷4

10

70

1/4 Static, Pin=10dBm, Po=2dBm

1/2 Static, Pin=10dBm, Po=2dBm

K-12,

8-pin ceramic

µPG502B

Microwave Comm.

5GHz, ÷2

10

100

80

µPG503B

Microwave Comm.

9GHz, ÷4

3.8, –2.2

1/2 Dynamic, Pin=10dBm,

Po=2dBm

µPG504B

Microwave Comm.

9GHz, ÷2

55

1/2 Dynamic, Pin=10dBm,

Po=–1dBm

µPG506B

Microwave Comm.

14GHz, ÷8

105

100

8200–13200 1/8 Dynamic, Pin=6dBm,

Po=1dBm

µPG508B

Microwave Comm.

13GHz, ÷4

8500–12200 1/4 Dynamic, Pin=6dBm,

P^o=1dBm

Selection Guide X10679EJHV0SG00

325

RF and Microwave Devices

IC

■ Down Converter (µPC××××) (1/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

Package

µPC2721GR/GV

µPC2722GR/GV

µPC2795GV

General Purpose

L–Band

5

38

28

35

40

900–2000

950–2150

55–1000

GP=21dB, NF=9–11dB,

Emitter follower Output

8-pin SOP/SSOP

General Purpose

L–Band

GP=18dB, NF=9–11dB,

Open Collector Output

General Purpose

L–Band

CG=11dB, NF=13.5dB@f=950MHz 8-pin SSOP

µPC1694GR

General Purpose

1GHz

CG=18dB, NF=12.5–13.5dB,

Po(sat)=10dBm

14-pin SOP

µPC2757T

Mobile Comm.

3

5.6

100–2000

CG=15dB, NF=10dB@f=800MHz

6-pin minimold

µPC2757TB

6-pin super

minimold

µPC2758T

Mobile Comm.

3

11

100–2000

CG=19dB, NF=9dB@f=800MHz

6-pin minimold

µPC2758TB

6-pin super

minimold

µPC8001

µPC8002

µPC8112T

Mobile Comm.

3

2.1

1.7

8.5

470

250

fout=455kHz, RSSIout=0.79–2.75V

14-pin SSOP

fout=10.7MHz, RSSIout=1.08–2.68V 20-pin SSOP

800–2000

CG=13dB,

6-pin minimold

NF=11.2dB@fRFin=1900MHz

µPC8112TB

µPC8100GR

µPC2743GS

µPC2744GS

µPC2775GR/GS

µPC2794GS

µPC2797GR

µPC3200GS

µPC3202GR

µPC3207GR

µPC1686G

Mobile Comm.

3

9

5

9

5

8.5

15

800–2000

800–900

55–890

CG=13dB,

Po(sat)=–3dBm@fRFin=1900MHz

6-pin super

minimold

Mobile Comm.

Up/Down

CG(UP)=20.5dB,

CG(DOWN)=18dB

20-pin SSOP

TV/VCR Tuner

UHF/VHF

47@VHF

49@UHF

CG=20/23dB,

NF=13/12dB, (VHF/UHF)

20-pin SOP

TV/VCR Tuner

UHF/VHF

47@VHF

49@UHF

55–890

CG=25/31dB,

NF=11/10dB, (VHF/UHF)

TV/VCR Tuner

UHF/VHF

35@VHF

36@UHF

55–890

CG=22/28dB,

NF=10/10dB, (VHF/UHF)

20-pin SSOP/SOP

20-pin SOP

TV/VCR Tuner

UHF/VHF

48@VHF

50@UHF

55–890

CG=23/32dB,

NF=11/10dB, (VHF/UHF)

TV/VCR Tuner

UHF/VHF

38

41

38

69

40

66

35.5

55–890

CG=22/28dB,

NF=11/10dB, (VHF/UHF)

20-pin SSOP

20-pin SOP

TV/VCR Tuner

UHF/VHF

55–890

CG=22/28dB,

NF=11/10dB, (VHF/UHF)

TV/VCR Tuner

UHF/VHF

55–800

CG=25/29dB,

NF=10.5/10dB, (VHF/UHF)

20-pin SSOP

TV/VCR Tuner

UHF/VHF

55–890

CG=22/28dB,

NF=11/10dB, (VHF/UHF)

TV/VCR Tuner

VHF

55–500

CG=19.5dB, NF=11dB,

Po(sat)=10dBm@f=200MHz

8-pin SOP

µPC1686GV

µPC1687G

TV/VCR Tuner

VHF

55–500

CG=19.5dB, NF=11dB,

Po(sat)=10dBm@f=200MHz

8-pin SSOP

8-pin SOP

TV/VCR Tuner

UHF

500–900

900–2000

900–2100

30–250

CG=26dB, NF=9dB,

Po(sat)=10dBm@f=500MHz

µPC1687GV

µPC2731GS

µPC2734GR

µPC2782GR

µPC2798GR

TV/VCR Tuner

UHF

CG=26dB, NF=9dB,

Po(sat)=10dBm@f=500MHz

8-pin SSOP

20-pin SOP

20-pin SSOP

BS Tuner

AGC

CG=14.5dB,

NF=12dB@f=900MHz

BS Tuner

CG=12dB, NF=10dB,

fin=480MHz@f=900MHz

BS Tuner

AGC

CG=10dB,

NF=11dB@f=900MHz

CATV Tuner

Video Amp.

GCR=32dB,

Vo=3Vp–p(@RL=1kΩ)

µPC2753GR

µPC2756T

GPS

3

6.9

6

DC–400

CG=38dB, NF=12dB

100–2000

CG=14dB, NF=10dB,

Po=–8dBm@f=900MHz

6-pin minimold

µPC2756TB

GPS

3

6

100–2000

CG=14dB, NF=10dB,

P^o=–8dBm@f=900MHz

6-pin super

minimold

326

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

IC

■ Down Converter (µPC××××) (2/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Keyless Entry

Performances

CG=36dB,

Package

µPC2768GR

3

6.8

DC-450

20-pin SSOP

NF=12dB@f=450MHz

µPC8116GR

µPC8103T

µPC8108T

Keyless Entry

Pager

3

4.1

1

100–500

150–330

150–930

GMIX=11dB, RSSIsen=–95dBm

CG=15.5dB@fRFin=280MHz

CG=15dB@fRFin=930MHz

1.05

6-pin minimold

Pager

1.5

■ PLL Synthesizer (µPB××××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Functions

Applications

GPS

Performances

Package

µPB1005K

PLL Synthesizer

+Down Converters

3

45

1575.42

f2ndIF=4.092MHz,

f^TCXOin=16.368MHz

36-pin QFN

■ Switch (µPG××××)

Supply

Operating

Part Number

Applications

Voltage

(V)

Current

(mA)

Frequency

(MHz)

Performances

Package

µPG132G

µPG133G

µPG137GV

Mobile Comm.

SPDT

0, +3

0, –3

0, +3

0.05

100–2500

LINS=0.6dB, ISL=22dB,

Pin(1dB)=30dBm

8-pin SSOP

Mobile Comm.

SPDT

0.05

LINS=0.6dB, ISL=25dB,

Pin(1dB)=25dBm

Mobile Comm.

SPDT

0.005

LINS=0.55dB, ISL=25dB,

P^in(1dB)=32dBm

MIN.@f=1GHz

µPG138GV

µPG139GV

Mobile Comm.

SPDT

0, –3

0.005

0.015

100–2500

LINS=0.55dB, ISL=30dB,

P^in(1dB)=32dBm

MIN.@f=1GHz

Mobile Comm.

DPDT

VCONT=

3.6V/0V,

VDD=3V

TXLINS=0.7dB,

TXISL=15.5dB,

TXPin(1dB)=34dBm@f=1GHz

8-pin SOP

µPG152TA

µPG153TB

µPG154TB

Mobile Comm.

SPDT

0, +3

0.005

0.02

100–2500

LINS=0.6dB, ISL=22dB,

Pin(1dB)=30dBm@f=2GHz

6-pin minimold

Mobile Comm.

SPDT

VCONT=

3.0V/0V

LINS=0.7dB, ISL=13dB,

Pin(1dB)=33dBm@f=2GHz

6-pin super

minimold

Mobile Comm.

SPDT

VCONT=

3.0V/0V,

VDD=3V

0.002

LINS=0.65dB, ISL=21dB,

P^in(1dB)=30dBm@f=2GHz

µPG155TB

Mobile Comm.

SPDT

VCONT=

3.0V/0V

0.02

100–2500

LINS=0.75dB, ISL=16dB,

P^in(1dB)=34dBm@f=2GHz

Selection Guide X10679EJHV0SG00

327

RF and Microwave Devices

IC

■ Wide Band AMP. (µPC××××, µPG××××) (1/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

Package

8-pin SOP

µPC1652G

General Purpose

5

20

1200

GP=18dB, NF=5.5dB,

Po=+5dBm@f=500MHz

µPC1658G

µPC1663

10

6

9–18

13

1000

200

GP=31dB, NF=1.5dB

General Purpose

Video Amp.

BW=700MHz, Avd=320

Gain determined by external

resister.

8-pin SOP/SSOP

Input noise 3µ Vr.m.s.

µPC1675G

µPC1676G

µPC1678G

µPC1678GV

µPC1679G

µPC1688G

µPC2708T

µPC2708TB

µPC2709T

µPC2709TB

µPC2710T

µPC2710TB

µPC2711T

µPC2711TB

µPC2712T

µPC2712TB

µPC2713T

µPC2714T

µPC2715T

µPC2726T

µPC3210TB

µPG100B

General Purpose

5

17

19

1900

1200

GP=12dB, NF=5.5dB,

Po=+4dBm@f=500MHz

4-pin super small

package

GP=22dB, NF=4.5dB, Po=+5dBm

@f=500MHz

General Purpose

Medium Output

5

49

2000

GP=23dB, NF=6dB, Po=+17.5dBm 8-pin SOP

@f=500MHz

General Purpose

Medium Output

5

49

2000

GP=23dB, NF=6dB, Po=+17.5dBm 8-pin SSOP

@f=500MHz

General Purpose

Medium Output

5

40

1800

GP=21.5dB, NF=6dB,

Po=+15.5dBm@f=500MHz

8-pin SOP

General Purpose

5

19

1100

GP=21dB, NF=4dB, Po=+4dBm

@f=500MHz

4-pin super small

package

General Purpose

Medium Output

5

26

2900

GP=15dB, NF=6.5dB, Po=+10dBm 6-pin minimold

@f=1GHz

General Purpose

Medium Output

5

26

2900

GP=15dB, NF=6.5dB, Po=+10dBm 6-pin super

@f=1GHz

minimold

General Purpose

Medium Output

5

25

2300

GP=23dB, NF=5dB,

Po=+11.5dBm@f=1GHz

6-pin minimold

General Purpose

Medium Output

5

25

2300

GP=23dB, NF=5dB,

Po=+11.5dBm@f=1GHz

6-pin super

minimold

General Purpose

Medium Output

5

22

1000

GP=33dB, NF=3.5dB,

Po=+13.5dBm@f=500MHz

6-pin minimold

General Purpose

5

22

1000

GP=33dB, NF=3.5dB,

Po=+13.5dBm@f=500MHz

6-pin super

minimold

5

12

2900

GP=13dB, NF=5dB,

Po=+1dBm@f=1GHz

6-pin minimold

5

12

2900

GP=13dB, NF=5dB,

Po=+1dBm@f=1GHz

6-pin super

minimold

5

12

2600

GP=20dB, NF=4.5dB,

Po=+3dBm@f=1GHz

6-pin minimold

5

12

2600

GP=20dB, NF=4.5dB,

Po=+3dBm@f=1GHz

6-pin super

minimold

5

12

1200

GP=29dB, NF=3.2dB,

Po=+7dBm@f=500MHz

6-pin minimold

3.4

5

4.5

11.5

15

1800

GP=11.5dB, NF=5dB,

Po=–7dBm@f=500MHz

1200

GP=19dB, NF=4.5dB,

Po=–6dBm@f=500MHz

General Purpose

Differential Amp.

1600

GP=15dB, NF=4.5dB,

Po=–2dBm@f=400MHz

General Purpose

5

2300

GP=20dB, NF=3.4dB,

Po=+3.5dBm@f=1.5GHz

6-pin super

minimold

±5

8, –5

±5

8

45

50–3000

2000–8000

NF=2.7dB, GP=16dB,

Po(1dB)=6dBm

T-31,

8-pin ceramic

µPG101B

100

55

NF=5dB, GP=14dB,

Po(1dB)=18dBm

µPG103B

NF=4.5dB, GP=10dB,

Po(1dB)=9dBm

µPG110B

135

GP=15dB, Po(1dB)=14dBm

4-pin ceramic

328

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

IC

■ Wide Band AMP. (µPC××××, µPG××××) (2/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Mobile Comm.

Performances

GP=12dB, NF=6dB,

Package

µPC2745T

µPC2745TB

µPC2746T

µPC2746TB

µPC2747T

µPC2747TB

µPC2748T

µPC2748TB

µPC2749T

µPC2749TB

µPC2762T

µPC2762TB

µPC2763T

µPC2763TB

µPC2771T

µPC2771TB

µPC8128TB

3

7.5

5

2700

6-pin minimold

Po=–1dBm@f=500MHz

Mobile Comm.

3

2700

GP=12dB, NF=6dB,

Po=–1dBm@f=500MHz

6-pin super

minimold

3

1500

GP=19dB, NF=4dB,

Po=0dBm@f=500MHz

6-pin minimold

3

1500

GP=19dB, NF=4dB,

Po=0dBm@f=500MHz

6-pin super

minimold

3

1800

GP=12dB, NF=3.3dB,

Po=–7dBm@f=900MHz

6-pin minimold

3

5

1800

GP=12dB, NF=3.3dB,

Po=–7dBm@f=900MHz

6-pin super

minimold

3

6

200–1500

2900

GP=19dB, NF=2.8dB,

Po=–3.5dBm@f=900MHz

6-pin minimold

3

6

GP=19dB, NF=2.8dB,

Po=–3.5dBm@f=900MHz

6-pin super

minimold

3

6

GP=16dB, NF=4dB,

Po=–6dBm@f=1900MHz

6-pin minimold

3

6

2900

GP=16dB, NF=4dB,

Po=–6dBm@f=1900MHz

6-pin super

minimold

Mobile Comm.

Medium Output

3

26.5

27

36

2.8

2900

GP=13dB, NF=6.5dB,

Po=+8dBm@f=900MHz

6-pin minimold

Mobile Comm.

Medium Output

3

2900

GP=13dB, NF=6.5dB,

Po=+8dBm@f=900MHz

6-pin super

minimold

Mobile Comm.

Medium Output

3

2700

GP=20dB, NF=5.5dB,

Po=+9.5dBm@f=900MHz

6-pin minimold

Mobile Comm.

Medium Output

3

2700

GP=20dB, NF=5.5dB,

Po=+9.5dBm@f=900MHz

6-pin super

minimold

Mobile Comm.

Medium Output

3

2200

GP=21dB, NF=6dB,

Po=+12.5dBm@f=900MHz

6-pin minimold

Mobile Comm.

Medium Output

2200

GP=21dB, NF=6dB,

Po=+12.5dBm@f=900MHz

6-pin super

minimold

Mobile Comm.

Buff Amp.

2.4–3.3

100–1900

GP=12.5dB, ISL=39dB,

P^o(1dB)=–4dBm, NF=6.0dB,

ICC=2.8mA@f=1000MHz

µPC8151TB

µPC8152TB

Mobile Comm.

Buff Amp.

2.4–3.3

4.2

5.6

100–1900

GP=12.5dB, ISL=38dB,

P^o(1dB)=+2.5dBm, NF=6.0dB,

ICC=4.2mA@f=1000MHz

Mobile Comm.

Buff Amp.

GP=23dB, ISL=40dB,

P^o(1dB)=–4.5dBm, NF=3.5dB,

ICC=5.6mA@f=1000MHz

µPG170TB

µPC2776T

µPC2776TB

µPC2791TB

µPC2792TB

µPC8102T

Mobile Comm.

3.6

5

30

25

17

19

0.5

800–1500

2700

GL=11dB,

Po(1dB)=14.5dBm

BS Converter

Medium Output

GP=23dB, NF=6dB,

Po=+6.5dBm@f=1GHz

6-pin minimold

BS Converter

Medium Output

5

2700

GP=23dB, NF=6dB,

Po=+6.5dBm@f=1GHz

6-pin super

minimold

BS Converter

Pager

5

1900

GP=12dB, NF=5.5dB,

Po=+4dBm@f=500MHz

5

1200

GP=20dB, NF=3.5dB,

Po=+5dBm@f=500MHz

1

150–330

GP=14.7dB,

6-pin minimold

NF=4.0dB@f=280MHz

Selection Guide X10679EJHV0SG00

329

RF and Microwave Devices

IC

■ Driver AMP. (µPG××××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

Package

µPG173TA

µPG174TA

µPG175TA

Mobile Comm.

2.8

25

30

20

800–1000

1400–2000

925–960

Po =9dBm, GP=27dB MIN.

f=889–960MHz

6-pin minimold

3

Po =10dBm, GP=32dB MIN.

f=1429–1453MHz

3

GP=30dB, GCR=35dB, Po =8dBm

■ Power AMP. (µPG××××, MC-××××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Mobile Comm.

Performances

Package

µPG171GV

3, –2

160

1895–1918

GP=20dB, Po=21dBm,

Padj=–60dBc

8-pin SSOP

MC-7712

MC-7716

MC-7722

MC-7726

MC-7852

MC-7856

MC-7862

MC-7866

CATV

24

240

395

240

395

50–750

50–860

NF=7.0dB, GL=18.5dB

NF=6.5dB, GL=22.0dB

NF=7.0dB, GL=18.5dB

NF=6.5dB, GL=22.0dB

NF=7.0dB, GL=18.0dB

NF=7.0dB, GL=21.5dB

NF=7.0dB, GL=18.5dB

NF=6.5dB, GL=21.5dB

7-pin special

package

■ Transistor Array (µPA×××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

µPA101

Applications

Performances

Package

General Pupose

3

0.001

9000

fT=9GHz

14-pin ceramic,

8-pin miniflat

µPA102

µPA103

µPA104

330

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

IC

■ Typical Characteristics

• POWER GAIN, NOISE FIGURE vs. FREQUENCY (1/4)

50

40

30

20

10

G

P

µ

PC1658

µ

PC1678

µ

PC1678

µ

PC1679

NF

µ

PC1658

0

7

10

30

50 70 100

300

500 700 1G

3G

5G

Frequency f (MHz)

• POWER GAIN, NOISE FIGURE vs. FREQUENCY (2/4)

25

µ

PC1676

µ

PC1688

20

G

P

15

10

µ

PC1675

µ

PC1675

NF

5

0

µPC1676

µ

PC1688

7

10

30

50 70 100

300

500 700 1G

3G

5G

Frequency f (MHz)

Selection Guide X10679EJHV0SG00

331

RF and Microwave Devices

IC

■ Typical Characteristics

• POWER GAIN, NOISE FIGURE vs. FREQUENCY (3/4)

50

40

30

20

µ

PC2710

µ

PC2713

µ

PC3210

µ

PC2709

G

P

µ

PC2749

µ

PC2715

µ

PC2712

µ

PC2708

PC2711

µ

PC2714

µ

10

µ

PC2708/11

PC2710/13

NF

µ

PC2709/12/14/15

µ

PC3210

30

µ

PC2749

0

7

10

50

70

100

300

500 700

1G

3G

5G

Frequency f (MHz)

• POWER GAIN, NOISE FIGURE vs. FREQUENCY (4/4)

25

µ

PC2771

PC2763

PC2746

20

15

10

5

µ

PC2748

G

P

µ

PC2749

PC2745

µ

PC2762

PC2747

µ

PC2745

PC2746

µ

NF

PC2747, 2749

PC2748

µ

0

7

10

30

50

70

100

300

Frequency f (MHz)

500

700 1G

3G

5G

332

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

IC

■ Typical Characteristics

• MAXIMUM OUTPUT POWER vs. FREQUENCY (1/2)

30

20

µ

PC2710

µ

PC2709

µ

PC2763

10

µ

PC2762

PC2708

µ

PC2713

µ

PC3210

µ

PC2712

PC2711

0

µ

PC2749

µ

PC2715

PC2714

– 10

– 20

7

10

30

50

70

100

300

Frequency f (MHz)

500 700

1G

3G

5G

• MAXIMUM OUTPUT POWER vs. FREQUENCY (2/2)

30

20

µ

PC2771

PC2763

10

µ

PC2762

µ

PC2746

PC2745

0

µ

PC2748

PC2747

µ

PC2749

–10

–20

7

10

30

50

70

100

300

Frequency f (MHz)

500

700 1G

3G

5G

Selection Guide X10679EJHV0SG00

333

RF and Microwave Devices

IC

■ Typical Characteristics

• CONVERSION GAIN, NOISE FIGURE vs. FREQUENCY

CG: µPC2794

30

µPC2744

CG: µPC1687

CG: µPC2775/µPC2797

CG: µPC1686

25

20

15

10

5

µPC2743

CG: µPC1694

CG: µPC1685

NF: µPC1686

NF: µPC1694

NF: µPC1687

NF:µ PC1685

NF: µPC2775

NF: µPC2794/µPC2797

0

200

400

600

Frequency f (MHz)

800

1000

• INPUT LEVEL vs. FREQUENCY

40

µPB1504

µPB1505/10

µPB1508

20

Pin max.

µPB1506/1507

0

-20

Pin min.

-40

-60

µPB1509

7

10

30

50

70 100

300

Frequency f (MHz)

500 700 1G

3G

5G

334

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Dual Gate MES/MOS FET

• Dual Gate MES FET

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

3SK177

Applications

TV/VCR Tuner

Performances

Package

5

10

900

NF=1.1dB

4-pin minimold

(NE25139)

3SK206

(NE25339)

TV/VCR Tuner

3SK299

(NE25118)

4-pin super

minimold

• Dual Gate MOS FET

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

3SK131

Applications

Performances

Package

TV/VCR Tuner

10

200

NF=1.3dB

NF=2.1dB

4-pin minimold

(NE92939)

3SK134B

10

900

(NE92739)

3SK135A

3SK176A

TV/VCR Tuner

10

6

10

3

900

470

200

NF=2.7dB

NF=2.0dB

NF=1.2dB

3SK222

6

10

(NE92039)

3SK223

(NE92239)

TV/VCR Tuner

6

10

7

470

900

470

900

470

900

470

900

NF=2.2dB

NF=1.8dB

NF=2.2dB

NF=2.0dB

NF=1.8dB

NF=2.0dB

NF=1.8dB

3SK224

(NE92439)

3SK230

(NE93039)

6

3SK231

(NE93139)

6

3SK252

(NE93239)

3.5

3SK253

(NE93339)

7

3SK254

(NE93218)

7

4-pin super

minimold

3SK255

7

(NE93318)

Selection Guide X10679EJHV0SG00

335

RF and Microwave Devices

Discrete

■ Low Noise BIP. TR. (2SC, NE) (1/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

2 × 2SC1275

Package

2SC1927 (NE73440B)

2SC2148 (NE73435)

2SC2149 (NE02135)

2SC2351 (NE02133)

2SC2954

General Purpose

10

8

10

3

–

40(Ceramic)

500

NF=2.1dB

µ–X

20

5

2000

1000

500

NF=2.6dB

NF=1.5dB

3-pin minimold

Power minimold

TO-92

30

7

NF=2.4dB

2SC3355 (NE85632)

2SC3356 (NE85633)

2SC3357 (NE85634)

2SC3545 (NE94433)

2SC3582 (NE68132)

2SC3583 (NE68133)

2SC3585 (NE68033)

2SC3587 (NE68035)

2SC3603 (NE85635)

2SC3604 (NE68135)

2SC3663

1000

31.9

1000

2000

1000

–

NF=1.1dB

7

NF=1.1dB

3-pin minimold

Power minimold

3-pin minimold

TO-92

7

NF=1.1dB

–5

7

Cc·rbb’=4ps

NF=1.2dB

8

7

NF=1.2dB

3-pin minimold

6

5

NF=1.8dB

6

5

NF=1.7dB

µ–X

10

8

7

NF=2.1dB

7

NF=1.6dB

1

0.25

20

–5

5

NF=3.0dB

3-pin minimold

41(Ceramic)

2SC3809 (NE85641)

2SC3810 (NE68141)

2SC3841

10

8

2 × 2SC3603

2 × 2SC3604

Cc·rbb’=4ps

NF=1.5dB

–

10

8

31.9

1000

2000

31.9

900

3-pin minimold

4-pin minimold

2SC4092 (NE02139E)

2SC4093 (NE85639E)

2SC4094 (NE68139E)

2SC4095 (NE68039E)

2SC4182

7

NF=1.1dB

7

NF=1.2dB

6

5

NF=1.8dB

3

–5

2

Cc·rbb’=9ps

NF=3.0dB

3-pin super

minimold

2SC4183 (NE58030)

2SC4184

5

3

–5

5

31.9

1000

31.9

1000

2000

500

Cc·rbb’=3.5ps

fT=2GHz

2SC4185 (NE73430)

2SC4186

10

1

–5

0.25

5

Cc·rbb’=5ps (MAX.)

NF=3.0dB

2SC4187 (NE68330)

2SC4225

3

NF=1.5dB

2SC4226 (NE85630)

2SC4227 (NE68130)

2SC4228 (NE68030)

2SC4536 (NE46134)

2SC4568 (NE58133)

2SC4569 (NE58233)

2SC4570 (NE58130)

2SC4571 (NE58230)

2SC4703 (NE46234)

2SC4885 (NE61030)

2SC4954 (NE68433)

2SC4955 (NE68533)

2SC4956 (NE68439E)

2SC4957 (NE68539E)

2SC4958 (NE68430)

2SC4959 (NE68530)

2SC5004 (NE58219)

2SC5005 (NE58119)

2SC5006 (NE85619)

2SC5007 (NE68119)

2SC5008 (NE68019)

2SC5009 (NE68419)

2SC5010 (NE68519)

3

7

NF=1.2dB

3

7

NF=1.4dB

3

5

NF=1.9dB

10

5

50

5

NF=2.5dB

Power minimold

3-pin minimold

1000

2000

1000

2000

|S21e|²=5.0dB (MIN.)

NF=2.3dB

5

4-pin minimold

5

50

5

Power minimold

4-pin minimold

5

NF=3.0dB

3

NF=2.5dB

3

NF=1.5dB

3

NF=2.5dB

3

NF=1.5dB

3

NF=2.5dB

3

NF=1.5dB

5

|S21e|²=5.0dB (MIN.)

NF=1.2dB

3-pin ultra super

minimold

5

3

7

3

7

NF=1.4dB

3

5

NF=1.9dB

3

NF=2.5dB

3

NF=1.5dB

336

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Low Noise BIP. TR. (2SC, NE) (2/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

NF=1.1dB

Package

2SC5011 (NE85618)

2SC5012 (NE68118)

2SC5013 (NE68018)

2SC5014 (NE68418)

2SC5015 (NE68518)

2SC5177 (NE68633)

2SC5178 (NE68639)

2SC5179 (NE68630)

General Purpose

10

8

7

5

3

1000

2000

4-pin super

minimold

NF=1.2dB

NF=1.8dB

NF=2.5dB

NF=1.5dB

6

3

1

3-pin minimold

4-pin minimold

1

3-pin super

minimold

2SC5180 (NE68618)

2SC5181 (NE68619)

General Purpose

1

3

2000

NF=1.5dB

4-pin super

minimold

3-pin ultra super

minimold

2SC5182 (NE68733)

2SC5183 (NE68739)

2SC5184 (NE68730)

General Purpose

1

3

2000

NF=1.3dB

3-pin minimold

4-pin minimold

3-pin super

minimold

2SC5185 (NE68718)

2SC5186 (NE68719)

General Purpose

1

3

2000

NF=1.3dB

4-pin super

minimold

3-pin ultra super

minimold

2SC5191 (NE68833)

2SC5192 (NE68839)

2SC5193 (NE68830)

General Purpose

3

7

2000

NF=1.5dB

3-pin minimold

4-pin minimold

3-pin super

minimold

2SC5194 (NE68818)

2SC5195 (NE68819)

General Purpose

3

7

2000

NF=1.5dB

4-pin super

minimold

3-pin ultra super

minimold

2SC5336

General Purpose

10

5

20

50

3

1000

2000

|S21e|²=12dB (TYP.)

|S21e|²=7.0dB (MIN.)

|S21e|²=8.5dB (MIN.)

NF=1.3dB

4-pin power

minimold

2SC5337

2SC5338

2SC5369 (NE696M01)

2SC5408

3

6-pin super

minimold

Mobile Comm.

LNA PA-Driver

2

1

NF=1.1dB

2SC5409

Mobile Comm.

LNA PA-Driver

2

3

2000

NF=1.1dB

2SC5431

2SC5432

2SC5433

2SC5434

2SC5435

2SC5436

2SC5437

2SC5454

2SC5455

2SC5507

2SC5508

2SC5509

Mobile Comm. VCO

BS Tuner Buff Amp.

LNA, VCO

5

3

2

1

3

2

5

7

1000

2000

|S21e|²=5.0dB (MIN.)

NF=1.4dB

NF=1.9dB

NF=1.5dB

NF=1.4dB

NF=1.9dB

NF=1.5dB

NF=1.2dB

NF=1.1dB

NF=1.2dB

3-pin thin-type

ultra super

minimold

7

5

3

5

4-pin minimold

7

2

4-pin thin-type

super minimold

LNA, VCO

5

Buff Amp.

10

Selection Guide X10679EJHV0SG00

337

RF and Microwave Devices

Discrete

■ Twin TR. (µPA×××)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

NF=1.9dB

Package

6-pin super

µPA800T

µPA801T

µPA801TC

General Purpose

1

3

7

2000

1000

minimold

NF=1.2dB

6-pin thin-type ultra

super minimold

µPA802T

µPA803T

µPA804T

µPA804TC

General Purpose

3

5

7

5

1000

NF=1.4dB

6-pin super

minimold

|S21e|²=5.0dB (MIN.)

6-pin thin-type ultra

super minimold

µPA805T

µPA806T

µPA807T

µPA808T

µPA809T

µPA810T

µPA810TC

General Purpose

3

2

1

3

7

2000

1000

NF=2.5dB

NF=1.5dB

NF=1.3dB

NF=1.7dB

NF=1.2dB

6-pin super

minimold

6-pin thin-type ultra

super minimold

µPA811T

µPA812T

µPA813T

µPA814T

µPA814TC

µPA821TC

µPA821TF

General Purpose

Mobile Comm. VCO

3

5

3

5

7

5

7

2000

1000

2000

1000

NF=1.9dB

6-pin super

minimold

NF=1.4dB

|S21e|²=5.0dB (MIN.)

NF=1.5dB

6-pin thin-type ultra

super minimold

NF=1.2dB

6-pin thin-type

super minimold

µPA826TC

Mobile Comm. VCO

3

2000

NF=1.5dB

6-pin thin-type ultra

super minimold

µPA826TF

µPA827TF

µPA828TF

µPA831TC

Mobile Comm. VCO

3

2

3

2000

NF=1.5dB

NF=1.3dB

6-pin thin-type

super minimold

Q1:3, Q2:3 Q1:7, Q2:7

Q1:3, Q2:3 Q1:7, Q2:3

Q1:1, Q2:3 Q1:3, Q2:3

Q1:3, Q2:3 Q1:7, Q2:7

Q1:3, Q2:3 Q1:3, Q2:7

Q1:3, Q2:1 Q1:3, Q2:3

Q1:3, Q2:3 Q1:3, Q2:7

Q1:1000,

Q2:1000

Q1:NF=1.2dB

Q2:NF=1.4dB

6-pin thin-type

super minimold

µPA831TF

µPA832TF

µPA833TF

µPA834TF

µPA835TC

µPA835TF

µPA836TC

µPA836TF

µPA840TC

Mobile Comm. VCO

Q1:1000,

Q2:1000

Q1:NF=1.2dB

Q2:NF=1.4dB

6-pin thin-type

super minimold

Q1:1000,

Q2:2000

Q1:NF=1.2dB

Q2:NF=1.5dB

Q1:2000,

Q2:2000

Q1:NF=1.7dB

Q2:NF=1.5dB

Q1:1000,

Q2:1000

Q1:NF=1.4dB

Q2:NF=1.2dB

Q1:2000,

Q2:1000

Q1:NF=1.5dB

Q2:NF=1.2dB

6-pin thin-type ultra

super minimold

Q1:2000,

Q2:1000

Q1:NF=1.5dB

Q2:NF=1.2dB

6-pin thin-type

super minimold

Q1:2000,

Q2:2000

Q1:NF=1.5dB

Q2:NF=1.7dB

6-pin thin-type ultra

super minimold

Q1:2000,

Q2:2000

Q1:NF=1.5dB

Q2:NF=1.7dB

6-pin thin-type

super minimold

Q1:2000,

Q2:1000

Q1:NF=1.5dB

Q2:NF=1.4dB

6-pin thin-type ultra

super minimold

338

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Low Noise GaAs/HJ FET (NE) (1/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

Package

NE674

General Purpose

GaAs FET

3

2

3

10

5

4000–12000 NF=1.4dB,

Ga=10dB@f=12GHz

NF=1.6dB

Chip, 83B

Chip

83B

NE71300

NE71383B

NE76118

NE23383B

NE24200

NE24283B

NE27200

NE32500

NE32900

NE34018

NE38018

NE72118

General Purpose

GaAs FET

12000

2000

General Purpose

GaAs FET

NF=1.6dB

NF=0.8dB

General Purpose

GaAs FET

18

General Purpose

HJ-FET

4000–12000 NF=0.35dB,

Ga=15dB@f=4GHz

NF=0.6dB

83B

General Purpose

HJ-FET

12000

Chip

83B

General Purpose

HJ-FET

4000–18000 NF=0.6dB,

Ga=11dB@f=12GHz

NF=0.45dB

General Purpose

HJ-FET

12000

Chip

General Purpose

HJ-FET

NF=0.45dB

General Purpose

HJ-FET

4000–18000 NF=0.35dB,

Ga=13dB@f=12GHz

Mobile Comm.

HJ-FET

800–3000

NF=0.6dB, G^a=16dB,

Gs=18dB@f=2GHz

18

Mobile Comm.

HJ-FET

5

800–3000

NF=0.55dB, G^a=14.5dB,

Gs=16dB@f=2GHz

BS Converter

OSC Stage

GaAs FET

30

4000–12000 G^s=5.5dB,

P^o(1dB)=13.5dBm@=12GHz

NE721S01

NE72218

BS Converter

OSC Stage

GaAs FET

3

30

12000

G^s=7dB

S01

18

BS Converter

OSC Stage

GaAs FET

4000–12000 G^s=4.5dB,

P^o(1dB)=15.0dBm@=12GHz

NE76000

BS Converter

GaAs FET

3

2

10

15

12000

4000

NF=1.6dB

Chip

38

NE76038

BS Converter

GaAs FET

NF=1.7dB

NE76083A

NE76084

BS Converter

GaAs FET

NF=1.6dB

83A

84

BS Converter

GaAs FET

NF=1.6dB

NE76184A

NE32484A

NE32584C

NE325S01

NE329S01

NE3210S01

NE33284A

NE334S01

BS Converter

GaAs FET

NF=0.8dB, G^a=12dB

NF=0.6dB, G^a=11.0dB

NF=0.45dB, G^a=12.5dB

84A

BS Converter

HJ-FET

12000

BS Converter

HJ-FET

84C

S01

BS Converter

HJ-FET

BS Converter

HJ-FET

4000–18000 NF=0.35dB,

Ga=13.0dB@f=12GHz

4000–18000 NF=0.35dB,

Ga=13.5dB@f=12GHz

BS Converter

HJ-FET

BS Converter

HJ-FET

4000

NF=0.35dB, G^a=15.0dB

84A

S01

BS Converter

HJ-FET

4000

NF=0.25dB, G^a=16.0dB

Selection Guide X10679EJHV0SG00

339

RF and Microwave Devices

Discrete

■ Low Noise GaAs/HJ FET (NE) (2/2)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

NE42484A

Applications

BS Converter

Performances

Package

2

10

15

12000

NF=0.8dB, G^a=10.5dB

NF=0.7dB, G^a=12.0dB

NF=0.6dB, G^a=12.0dB

84A

84C

S01

M01

HJ-FET

NE42484C

NE425S01

NE428M01

NE429M01

NE4210M01

NE434S01

BS Converter

HJ-FET

BS Converter

HJ-FET

BS Converter

HJ-FET

4000–12000 NF=0.9dB,

Ga=8.5dB@f=12GHz

4000–12000 NF=0.9dB,

Ga=10dB@f=12GHz

4000–12000 NF=0.8dB,

Ga=11dB@f=12GHz

NF=0.35dB, G^a=15.5dB

BS Converter

HJ-FET

BS Converter

HJ-FET

BS Converter

HJ-FET

4000

S01

340

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Power TR./FET (2SC, NE, NEL, NEM, NES, NEZ) (1/3)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

Applications

Performances

Package

2SC5288 (NE68939)

2SC5289 (NE69039)

NE850R599A

NE8500199

General Purpose

Medium Po. Bip. Tr.

3.6

10

lq=1

100

200

450

1900

P^in(1dB)=24dBm (class AB)

P^in(1dB)=27dBm (class AB)

4-pin minimold

General Purpose

Medium Po. Bip. Tr.

1900

C-Band Po. Amp.

Power GaAs FET

2000–10000 P^o(1dB)=25.5dBm

2000–10000 P^o(1dB)=28.5dBm

99

95

C-Band Po. Amp.

Power GaAs FET

NE8500295-4

NE8500295-6

NE8500295-8

NEZ3642-15D

NEZ3642-15DD

NEZ3642-4D

C-Band Po. Amp.

Power GaAs FET

3500–5500

5500–7500

7500–8500

3600–4200

4400–5000

5900–6450

6400–7200

P^o(1dB)=33.8dBm

P^o(1dB)=33.5dBm

P^o(1dB)=42.5dBm

P^o(1dB)=36.5dBm

P^o(1dB)=39.5dBm

P^o(1dB)=42.5dBm

P^o(1dB)=36.5dBm

P^o(1dB)=39.5dBm

P^o(1dB)=42.5dBm

P^o(1dB)=36.5dBm

P^o(1dB)=39.5dBm

P^o(1dB)=42.5dBm

C-Band Po. Amp.

Power GaAs FET

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

6000

1500

3000

6000

1500

3000

6000

1500

3000

6000

T-65

T-61

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

NEZ3642-8D

C-Band Po. Amp.

Power GaAs FET

<

=

NEZ3642-8DD

NEZ4450-15D

NEZ4450-15DD

NEZ4450-4D

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

T-65

T-61

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

NEZ4450-4DD

NEZ4450-8D

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

NEZ4450-8DD

NEZ5964-15D

NEZ5964-15DD

NEZ5964-4D

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

T-65

T-61

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

NEZ5964-4DD

NEZ5964-8D

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

NEZ5964-8DD

NEZ6472-15D

NEZ6472-15DD

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

T-65

<

=

C-Band Po. Amp.

Power GaAs FET

Selection Guide X10679EJHV0SG00

341

RF and Microwave Devices

Discrete

■ Power TR./FET (2SC, NE, NEL, NEM, NES, NEZ) (2/3)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

NEZ6472-4D

Applications

Performances

P^o(1dB)=36.5dBm

Package

<

=

C-Band Po. Amp.

Power GaAs FET

10

5

1500

3000

1500

3000

6000

1500

3000

60

6400–7200

7100–7700

7700–8500

18700

T-61

<

=

NEZ6472-4DD

NEZ6472-8D

NEZ6472-8DD

NEZ7177-4D

NEZ7177-4DD

NEZ7177-8D

NEZ7177-8DD

NEZ7785-15D

NEZ7785-4D

NEZ7785-4DD

NEZ7785-8D

NEZ7785-8DD

NE1280100

C-Band Po. Amp.

Power GaAs FET

P^o(1dB)=36.5dBm

P^o(1dB)=39.5dBm

P^o(1dB)=36.5dBm

P^o(1dB)=39.5dBm

P^o(1dB)=42.5dBm

P^o(1dB)=36.5dBm

P^o(1dB)=39.5dBm

P^out=21.5dBm

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

T-65

T-61

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

<

=

C-Band Po. Amp.

Power GaAs FET

K-Band Medium

Po. Amp.

Chip

Power GaAs FET

NE1280200

NE1280400

K-Band Medium

Po. Amp.

Power GaAs FET

5

120

240

18700

P^out=24.5dBm

P^out=27.5dBm

K-Band Medium

Po. Amp.

Power GaAs FET

NEZ1414-2E

NEZ1414-3E

NEZ1414-4E

NEZ1414-5E

NEZ1414-8E

Ku-Band Po. Amp.

Power GaAs FET

9

10

9

700

14000–14500 P^o(1dB)=34.0dBm

14000–14500 P^o=37.5dBm

14000–14500 P^o(1dB)=37.0dBm

14000–14500 P^o=39.5dBm

T-78

Ku-Band Po. Amp.

Power GaAs FET

Ku-Band Po. Amp.

Power GaAs FET

1000

1500

2800

Iq=3

Ku-Band Po. Amp.

Power GaAs FET

10

9

Ku-Band Po. Amp.

Power GaAs FET

T-61

2SC3817

(NEL150181-12)

L-Band Po. Amp.

Power Bip. Tr.

13.5

24

1550

1970

P^out=30dBm (Class AB)

81 (Ceramic)

NEL2001

L-Band Po. Amp.

Power Bip. Tr.

Iq=20

Iq=40

Iq=75

Iq=100

P^in(1dB)=2.5W (Class AB)

P^in(1dB)=7W (Class AB)

P^in(1dB)=16W (Class AB)

P^in(1dB)=16W

01

NEL2004

L-Band Po. Amp.

Power Bip. Tr.

F02

NEL2012

L-Band Po. Amp.

Power Bip. Tr.

NEL2012F03-24

NEL2035

L-Band Po. Amp.

Power Bip. Tr.

F03

L-Band Po. Amp.

Power Bip. Tr.

P^in(1dB)=33W (Class AB)

342

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Power TR./FET (2SC, NE, NEL, NEM, NES, NEZ) (3/3)

Supply

Voltage

(V)

Supply

Current

(mA)

Operating

Frequency

(MHz)

Part Number

NE650R279A

Applications

Performances

Package

L, S-Band Po. Amp.

Power GaAs FET

6

50

800–2500

2300

P^o(1dB)=23dBm, GL=16dB,

ηadd=45%@f=1.9GHz

79A

NE650R479A

NE6500379A

NE6500496

L, S-Band Po. Amp.

Power GaAs FET

6

100

500

P^o(1dB)=26dBm, GL=14dB,

ηadd=45%@f=1.9GHz

L, S-Band Po. Amp.

Power GaAs FET

6

P^o(1dB)=35dBm, GL=10dB,

ηadd=50%@f=1.9GHz

<

=

L, S-Band Po. Amp.

Power GaAs FET

10

3.5

10

12.6

28

30

9

400

P^o(1dB)=36dBm

96

<

=

NE6501077

L, S-Band Po. Amp.

Power GaAs FET

1000

2300

P^o(1dB)=39.5dBm

77

NE651R479A

NE6510179A

NE6510379A

NES1417B-30

NES1821B-30

NES1821P-30

NES1821P-50

NES1823P-100

NES2527B-30

L-Band Po. Amp.

Power GaAs HJ-FET

230

200

800–2500

1500

P^o=27dBm, GL=12dB,

ηadd=60%@f=1.9GHz

79A

L-Band Po. Amp.

Power GaAs HJ-FET

P^o=32.5dBm, GL=10dB,

ηadd=58%@f=1.9GHz

L-Band Po. Amp.

Power GaAs HJ-FET

760

P^o=32.5dBm, GL=8dB,

ηadd=52%@f=1.9GHz

L-Band Po. Amp.

Power GaAs FET

1000

4000

2000

6000

–

P^o=45dBm

T-79

T-86

L-Band Po. Amp.

Power GaAs FET

1900

L, S-Band Po. Amp.

Power GaAs FET

1800-2300

1800-2200

1800-2300

2500-2700

500

P^o=45dBm, GL=13dB,

ηD=40%@f=1.96GHz

L, S-Band Po. Amp.

Power GaAs FET

P^o=47dBm, GL=10.5dB,

ηD=52%@f=1.96GHz

L, S-Band Po. Amp.

Power GaAs FET

P^o=50dBm, GL=11dB,

ηD=50%@f=2.2GHz

T-92

T-79

CAN

S-Band Po. Amp.

Power GaAs FET

P^o(1dB)=45.0dBm

P^out=32dBm (Class C)

P^out=31.5dBm (Class C)

P^out=47.2dBm (Class AB)

P^out=51.4dBm (Class AB)

P^out=100W

2SC2586

(NE050214E-12)

UHF Po. Amp.

Power Bip. Tr.

2SC2762

(NE050214-12)

UHF Po. Amp.

Power Bip. Tr.

–

500

2SC3218-M

(NEM085068-28)

UHF Po. Amp.

Power Bip. Tr.

Iq=2×150

Iq=2×500

Iq=2×150

Iq=2×200

700

860

68 (Ceramic)

Ceramic

F06

2SC3286-M

(NEM0214068-28)

VHF Po. Amp.

Power Bip. Tr.

230

NEM0899F06-30

UHF Po. Amp.

Power Bip. Tr.

860

NEM0995F06-30

UHF Po. Amp.

Power Bip. Tr.

960

P^out=90W

2SK2597

(NEM0995F01-30)

UHF Po. Amp.

Power MOS FET

960

P^o=90W

F01

NEZ1011-2E

NEZ1011-3E

NEZ1011-4E

NEZ1011-5E

NEZ1011-8E

NE960R275

NE960R575

X-Band Po. Amp.

Power GaAs FET

10700–11700 P^o(1dB)=34.5dBm

10700–11700 P^o(1dB)=34.0dBm

10700–11700 P^o=36.5dBm,

T-78

X-Band Po. Amp.

Power GaAs FET

10

9

700

X-Band Po. Amp.

Power GaAs FET

1000

1500

2000

90

GL=8.0dB@f=10.7–11.7GHz

X-Band Po. Amp.

Power GaAs FET

10

9

10700–11700 P^o(1dB)=37.0dBm

10700–11700 P^o=40.5dBm

8000–16000 P^o(1dB)=25.0dBm

8000–16000 P^o(1dB)=27.5dBm

X-Band Po. Amp.

Power GaAs FET

T-61

75

X, Ku-Band Po. Amp.

Power GaAs FET

9

X, Ku-Band Po. Amp.

Power GaAs FET

9

180

Selection Guide X10679EJHV0SG00

343

RF and Microwave Devices

Discrete

■ Cross-reference Table

• Dual Gate MES FET

Remarks

4-pin minimold

4-pin super minimold

Wg = 400 µm

Wg = 800 µm

3SK177

3SK206

3SK299

• Dual Gate MOS FET

Applications

4-pin minimold

3SK131

4-pin super minimold

3SK242

VHF Band (to 200 MHz)

3SK222

3SK246

CATV Band (to 470 MHz)

3SK223

3SK243

3SK230

3SK252

3SK254

3SK244

UHF Band (to 900 MHz)

λ/4 matching

3SK135A

3SK224

3SK231

3SK253

3SK255

3SK245

λ/2 matching

3SK134B

Remark: Devices listed in the same row are the same chip.

Example: 3SK131, 3SK242

• Dual Gate MES/MOS FET, Low Noise BIP. TR. (for TV tuner)

BIP. TR.

Dual Gate FET

Applications

RF

Minimold

(3-pin)

Small minimold

(3-pin)

Minimold

(4-pin)

Super minimold

(4-pin)

3SK131

3SK222

3SK223

3SK230

3SK252

3SK254

VHF band

MIX

3SK131

3SK242

2SC3545

2SC4182

2SC4184

OSC

2SC3545

2SC4182

2SC4184

RF

(λ /4)

2SC4183

3SK135A

3SK224

3SK231

3SK253

3SK255

RF

3SK134B

(λ /2)

RF

3SK177

3SK206

(GaAs FET)

UHF band

MIX

2SC3545

2SC3841

2SC4183

2SC4185

2SC4184

2SC4186

OSC

2SC3545

2SC3841

2SC4182

2SC4184

2SC4185

344

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Cross-reference Table

• Low Noise BIP. TR. (1/2)

Part Number

Super minimold

Electrical Characteristics

Ultra super

minimold

Minimold

Applications

TO-92

fT (GHz)

NF (dB)

3-pin

2SC3356

4-pin

3-pin

4-pin

3-pin

2SC3355

2SC4093

2SC4092

2SC4228

2SC5013

2SC5008

7 (20 mA)

5 (20 mA)

2 (5 mA)

1.1 (1 GHz)

1.5 (1 GHz)

3 (0.5 GHz)

1.5 (1 GHz)

1.1 (1 GHz)

1.5 (1 GHz)

Pre Amp.

2SC2570A 2SC2351

2SC4185

2SC4226

Buffer Amp.

1st IF Amp.

2SC2570A 2SC2351

2SC4092

2SC4093

2SC4092

5 (20 mA)

7 (20 mA)

5 (20 mA)

1.8 (5 mA)

2 (5 mA)

2SC3355

2SC3356

2SC5011

2SC5006

2SC2570A 2SC2351

2SC3545

2SC4184

2SC4185

2SC4570

2SC4571

2SC4185

1st and 2nd OSC

2nd IF Amp.

2SC4568

2SC4569

2SC5005

2SC5004

5.5 (5 mA)

5 (5 mA)

2 (5 mA)

• Low Noise BIP. TR. (2/2)

NF (dB)

3.5

Frequency (MHz)

2.5

4.0

500

2000

4000

2SC2148

2SC3603

2SC3604

2SC3587

2SC2149

• Twin TR.

for pager

for VCO

for Mobile Communications

for VCO

B1

B2

E2

B1

E1

E2

B1

E2

E1

B2

Q2

Q1

Q2

C1

E1

C2

C1

B2

C2

C1

C2

Different Chip

2SC No. (×2)

Q1 Q2

Same Chip

2SC No.

(×2)

2SC No.

(×2)

Part Number

(×2)

µPA800T, TF

2SC5008 µPA811T

2SC5008

µPA801T,TC,TF 2SC5006 µPA810T,TC,TF 2SC5006 µPA821TC, TF 2SC5006 µPA831TC, TF 2SC5006 2SC5007

µPA802T

µPA803T

2SC5007 µPA812T

2SC5005 µPA813T

2SC5007 µPA822TF

2SC5007 µPA832TF

µPA833TF

2SC5006 2SC5010

2SC5195 2SC5010

2SC5007 2SC5006

2SC5005

µPA804T,TC,TF 2SC5004

µPA834TF

µPA805T

µPA806T

µPA807T

µPA808T

µPA809T, TF

2SC5009

2SC5010

2SC5181

2SC5186

µPA835TC, TF 2SC5010 2SC5006

µPA826TC, TF 2SC5010 µPA836TC, TF 2SC5010 2SC5195

µPA827TF

µPA828TF

2SC5181 µPA837TF

2SC5186 µPA838TF

2SC5195 µPA839TF

µPA840TC

2SC5181 2SC5195

2SC5195 2SC5186

2SC5008 2SC5006

2SC5010 2SC5007

2SC5195 µPA814T,TC,TF 2SC5195 µPA829TF

Package size

T

: 2.0 × 1.25 × 0.9 (mm)

TC: 1.5 × 1.1 × 0.55 (mm)

TF : 2.0 × 1.25 × 0.6 (mm)

Selection Guide X10679EJHV0SG00

345

RF and Microwave Devices

Discrete

■ Cross-reference Table

• Low Noise GaAs/HJ FET

ASSOCIATED GAIN vs. NOISE FIGURE @ f = 12 GHz

NE3210S01

13

12

11

10

NE329S01

NE27283B

NE32584C

NE325S01

NE425S01

NE42484C

NE32484A

NE24283B

NE4210M01

NE42484A

NE429M01

0.3

0.4

0.5

0.6

0.7

0.8

0.9

Noise Figure NF (dB)

ASSOCIATED GAIN vs. NOISE FIGURE @ f = 4 GHz

ASSOCIATED GAIN vs. NOISE FIGURE @ f = 2 GHz

NE34018

16

NE334S01

16

NE434S01

NE429M01

NE33284A

NE23383B

15

NE428M01

NE38018

14

NE76118(MES FET)

0.8

0.2

0.3

0.4

0.6

0.7

Noise Figure NF (dB)

: In mass production

346

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Cross-reference Table

• Power TR. (for mobile and portable radio station)

OUTPUT POWER vs. FREQUENCY

200

100

2SK2396

2SK2597

70

50

NEL2035

NEL2012

30

20

10

7

5

NEL2004

V

CC

3

2

24 V series

28 V series

NEL2001

3

1

0.1

0.2 0.3

0.5 0.7

1

2

5

7

10

Frequency f (GHz)

• Power TR. (for fixed radio station)

Output Power

Frequency

10 W or higher

800 MHz or higher

900 MHz or higher

1900 MHz or higher

2SK2396

2SK2597

NEL2000 SERIES

• Power TR. (for mobile and portable radio station)

Output Power

Frequency

0.1 W or higher

1 W or higher

2SC5288

2SC5289

1000 MHz or higher

Selection Guide X10679EJHV0SG00

347

RF and Microwave Devices

Discrete

■ Cross-reference Table

• Power FET

NES1821P-50

NES1417B-30

Po (1dB) vs. FREQUENCY

NES1821B-30

NES1823P-30

51.0

NES1823P-100

49.0

47.0

45.0

43.0

41.0

39.0

NEZ4450-15D/15DD

NEZ5964-15D/15DD

NEZ6472-15D/15DD

NEZ3642-15D

NEZ7785-15D

NES2527B-30

NEZ3642-8D/8DD

NEZ7177-8D/8DD

NEZ7785-8D/8DD

NEZ4450-8D/8DD

NE6501077

NEZ1011-8E

NEZ1414-8E

NEZ5964-8D/8DD

NEZ6472-8D/8DD

NEZ3642-4D/4DD

NE6500496

NEZ4450-4D/4DD

NEZ7177-4D/4DD

37.0

35.0

33.0

31.0

29.0

27.0

25.0

23.0

NEZ1011-5E

NEZ1011-4E

NEZ1414-5E

NEZ1414-4E

NEZ7785-4D/4DD

NEZ6472-4D/4DD

NE6500379A

NE6510379A

NEZ5964-4D/4DD

NEZ1011-3E

NEZ1011-2E

NEZ1414-3E

NEZ1414-2E

NE85002 series

MC-7660 MC-7661

NE6510179A

NE85001 series

NE850R5 series

NE960R575

NE960R275

NE1280400

NE1280200

NE650R479A

NE651R479A

NE650R279A

µ

PG171GV

21.0

19.0

NE1280100

18.0 20.0

0.0

2.0

4.0

6.0

8.0

10.0

12.0

14.0

16.0

Frequency f (GHz)

348

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Discrete

■ Cross-reference Table

• Silicon Microwave Single Transistor

Package

New Power

3-pin Thin

Power MM

(3-pin)

3-pin USMM

(1608)

6-pin SMM 4-pin SMM

µ-X

TO-92

MM

3-pin MM 3-pin SMM 4-pin MM 4-pin SMM

USMM

(1408)

High Gain

(R type)

fT (GHz)

(4-pin)

1.0

1.1

2.0

2SC2758

2SC2757

2SC2759

2SC3545

2SC4183

2SC4182

2SC4185

2SC4184

2.8

4.0

2SC2148

2SC2149

2SC2408A 2SC2954

2SC3841

2SC3663

2SC2351

2SC4186

2SC4187

2SC4225

2SC4091

2SC4092

4.5

5.0

2SC2570A

2SC4536

2SC4703

2SC4569

2SC4568

2SC4571

2SC4570

2SC5004

2SC5005

2SC5431

5.3

2SC5337

5.5

6.0

2SC5338

2SC5336

7.0

2SC3603

2SC3604

2SC3587

2SC3355

2SC3582

2SC3357

2SC3356

2SC3583

2SC3585

2SC5191

2SC4226

2SC4227

2SC4228

2SC5193

2SC4093

2SC4094

2SC4095

2SC5192

2SC5455

2SC4956

2SC4957

2SC5011

2SC5012

2SC5013

2SC5194

2SC5006

2SC5007

2SC5008

2SC5195

2SC5432

2SC5433

2SC5434

2SC5437

8.5

10.0^*1

11.0

12.0^*2

2SC4954

2SC4955

2SC4958

2SC4959

2SC5014

2SC5015

2SC5009

2SC5010

2SC5435

2SC5436

14.0^*2

15.5^*2

16.0

2SC5369

2SC5409

2SC5454

2SC5178

2SC5183

2SC5177

2SC5182

2SC5179

2SC5184

2SC5180

2SC5185

2SC5181

2SC5186

(

2SC5533^*3

)

17.0

25.0

2SC5408

2SC5509

2SC5507

2SC5508

*1: Lower stage: Low operation voltage and low phase noise type.

*2: Upper stage: Low power dissipation type. Lower stage: Low noise figure type.

*3: 2SC5533 is a thin type of 2SC5409.

Selection Guide X10679EJHV0SG00

349

RF and Microwave Devices

Discrete

■ Cross-reference Table

• NE Part No.-EIAJ No.

NE Part No.

NE73416

EIAJ* No.

2SC1733

NE Part No.

NE85619

EIAJ* No.

2SC5006

NE73440A

NE73440B

NE73435

2SC1926

2SC1927

2SC2148

2SC2149

2SC2351

2SC2586

2SC2762

2SC3218-M

2SC3286-M

2SC3355

2SC3356

2SC3357

2SC3545

2SC3582

2SC3583

2SC3585

2SC3587

2SC3603

2SC3604

2SC3809

2SC3810

2SC3817

2SC4092

2SC4093

2SC4094

2SC4095

2SC4183

2SC4185

2SC4187

2SC4226

2SC4227

2SC4228

2SC4536

2SC4568

2SC4569

2SC4570

2SC4571

2SC4703

2SC4885

2SC4954

2SC4955

2SC4956

2SC4957

2SC4958

2SC4959

2SC5004

2SC5005

NE68119

NE68019

NE68419

NE68519

NE85618

NE68118

NE68018

NE68418

NE68518

NE68633

NE68639

NE68630

NE68618

NE68619

NE68733

NE68739

NE68730

NE68718

NE68719

NE68833

NE68839

NE68830

NE68818

NE68819

NE68939

NE69039

NE696M01

NEM0995F01-30

NE92939

NE92739

NE25139

NE25339

NE92039

NE92239

NE92439

NE93039

NE93139

NE92918

NE92218

NE92418

NE92718

NE92018

NE93239

NE93339

NE93318

NE25118

2SC5007

2SC5008

2SC5009

2SC5010

2SC5011

2SC5012

2SC5013

2SC5014

2SC5015

2SC5177

2SC5178

2SC5179

2SC5180

2SC5181

2SC5182

2SC5183

2SC5184

2SC5185

2SC5186

2SC5191

2SC5192

2SC5193

2SC5194

2SC5195

2SC5288

2SC5289

2SC5369

2SC2597

3SK131

NE02135

NE02133

NE050214E-12

NE050214-12

NEM085068-28

NEM0214068-28

NE85632

NE85633

NE85634

NE94433

NE68132

NE68133

NE68033

NE68035

NE85635

NE68135

NE85641

NE68141

NEL150181-12

NE02139E

NE85639E

NE68139

NE68039

NE58030

NE73430

NE68330

NE85630

3SK134B

3SK177

NE68130

NE68030

3SK206

NE46134

3SK222

NE58133

3SK223

NE58233

3SK224

NE58130

3SK230

NE58230

3SK231

NE46234

3SK242

NE61030

3SK243

NE68433

3SK244

NE68533

3SK245

NE68439E

NE68539E

NE68430

3SK246

3SK252

3SK253

NE68530

3SK255

NE58219

3SK299

NE58119

* : EIAJ = Electronics Industry Association Japan

350

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Application

■ Digital DBS (1/2)

HJ-FET

GaAs MMIC

SW+IF Amp.

NE3210S01

NE329S01

NE325S01

HJ-FET

NE425S01

NE4210M01

HJ-FET

NE425S01

NE4210M01

Medium Output Amp

µ

PG182GR

µ

PC2709TB

SW

Parabolic

ANT

MES-FET

NE72218

NE72118

to IDU

■ Digital DBS (2/2)

Down Converter

From ODU

µ

PC2795GV

I

LPF

0°

φ

Q

90°

Down Converter

Low Noise Tr.

2SC5015

+AGC Amp.

PC2782GR

µ

(NE68518)

SAW

I/Q Demodulator

µ

PC2781GR

PLL

I/Q Demodulator

µ

PC2781GR

Selection Guide X10679EJHV0SG00

351

RF and Microwave Devices

Application

■ Transceiver Block for Digital Cable Modem/CATV Set-top-box

Up Converter

Down Converter

IF Down Converter

LPF

HPF

SAW

A/D

SAW

RFin

50-750MHz

PC2798GR

µ

PC2799GR

µ

PC1686GV

DUAL

PLL

QAM

RF return

5-42MHz

Demod.

& FEC

Return Path AGC + Driver

BIAS

QPSK

Modulator

LPF

µ

PC3211GR

CMOS DSP

352

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Application

■ Receiver Block for Digital Cable Modem/CATV Set-top-box (1/2)

Up Converter

Down Converter

IF Down Converter

LPF

QAM

Demod.

& FEC

HPF

SAW

A/D

µ

PC1686GV

µ

PC2798GR

µ

PC2799GR

DUAL

PLL

■ Receiver Block for Digital Cable Modem/CATV Set-top-box (2/2)

ASIC

Up Converter

Down Converter IF AGC + Video Amp.

LPF

QAM

Demod.

& FEC

HPF

SAW

A/D

50dB AGC

PC3206GR

µ

PC2799GR

µ

PC1686GV

µ

DUAL

PLL

Selection Guide X10679EJHV0SG00

353

RF and Microwave Devices

Application

■ Terrestrial TV

µ

PC2775, PC2794, PC2797

PC3200,

PC3202

VHF ANT

(5V)

µ

PC1686

RF Amp.

3SK222

3SK223

to IF Amp.

PSC

+

UHF ANT

PLL

to Controller

RF Amp.

3SK224

µ

PC1687

■ Block for Digital Cable Modem/CATV Converter

1st MIX

1st IF Amp.

2nd MIX

2nd IF Amp.

L.P.F

Preamplifier

INPUT

to TV Channel

2SC4093

3SK224

2SC4093

2SC4703

2SC5338

3SK134B

2SC4093

Buffer Amp.

2SC4093

Buffer Amp.

2SC4093

Buffer Amp.

2SC4093

PSC

Buffer Amp.

2SC3356

µ

PB1506/1507 2SC4093

1st OSC

2nd OSC

Up Converter

Down Converter

354

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Application

■ PDC (RF Modulation System)

PDC 800M Direct Modulation System

SPDT Switch

Down Converter

PC8112TB

µ

PG152TA

PG153TB

PG154TA

PG155TB

2nd MIX

+ IF Amp.

µ

SUB ANT

SW

µ

PC8001GR

455kHz

BPF

2nd MIX

to DEMOD.

RSSI OUT

RSSI

LNA

MAIN ANT

2SC5015

2SC5185

2SC5369

NE34018

NE38018

DPDT Switch

PG139GV

SW

µ

SW

Buffer

PSC

I

PLL

µ

PC8123TB

EXT

0°

X 2

φ

90°

PA Driver

Q

MCM(PA Module)

[0.2ccPKG]

MC - 7660(PDC800M)

[0.1ccPKG]

AGC Amp.

µ

PC2771TB

µ

PG170TB

PG173TA

µ

PC8130TA

PC8131TA

Direct I/Q Modulator

PC8126K(800MHz)

28-pin QFN

MC - 7900(PDC800M)

µ

PG175TA(PDC800M)

AGC + PA Driver

■ PDC (IF Modulation System)

SPDT Switch

2SC5015

2SC5185

2SC5369

NE34018

NE38018

µ

PG152TA

Down Converter

PG153TB

PG154TB

PG155TB

µ

PC8112TB

2nd MIX + IF Amp.

SUB ANT

455kHz

BPF

µ

PC8001GR

SAW

LNA

1st MIX

2nd MIX

to DEMOD.

BPF

SW

MAIN ANT

RSSI

RSSI OUT

DPDT Switch

PG139GV

SW

PLL1 PLL2

µ

2nd LO

SW

1st LO

EXT

I

0°

(C/R)

MCM(PA Module)

[ 0.2cc PKG ]

φ

MC-7660(PDC800M)

MC-7661(PDC1.5G)

[ 0.1ccPKG ]

MC-7900(PDC800M)

MC-7901(PDC1.5G)

AGC

LPF

90°

PA

Driver BPF

Q

PC8158K

(28-pin QFN)

µ

µ µ

PG173TA(PDC800M) PG174TA(PDC1.5G) PG175TA(PDC800M)

Selection Guide X10679EJHV0SG00

355

RF and Microwave Devices

Application

■ PHS

1895.15 1917.95MHz

or

243.95MHz

or

248.45MHz

±

(1906.55 11.4MHz)

µ

PC8112TB

10.8MHz

NE34018

1st MIX

BPF

2nd MIX

LNA

BPF

SAW

to DEMOD.

RSSI OUT

ATT

MAIN ANT

RSSI

1651.2 1674.0MHz

or

1646.7 1669.5MHz

2nd LO

1st LO

233.15MHz

or

PLL2

PLL1

SW

259.25MHz

1662.0 1684.8MHz

or

2SC5006

µ

PG152TA

PG154TB

1635.9 1658.7MHz

I

0°

AGC

φ

(CR)

BPF

LPF

90°

µ

PG171GV

Q

µ

PC2771TB

PC2763TB

µ

PC8139GR-7JH

■ GSM (IF Modulation System)

I

Q

DEMO

2nd MIX + IF Amp.

RSSI

PLL

µ

PC8002GR

LNA

MAIN ANT

RSSI OUT

2SC5015

2SC5185

Down Converter

PC8112TB

SW

PSC

PLL

µ

Up Converter

SPDT Switch

µ

PC8106TB

PC8109TB

PG157GV^★

I

0°

X2

Quadrature Mod.

φ

µ

PC8105GR

90°

Power Amp.(Bip.Tr.)

2SC5192 (DECT 1st)

2SC5288 (DECT 2nd)

(PHS 1st)

2SC5289 (DECT 3rd)

(PHS 2nd)

Driver Amp.

Q

µ

PC2763TB

PC2771TB

Up Converter

+ Quadrature Mod. PC8104GR

µ

AGC Amp.

BPF

µ

PC8119T

PC8120T

Up Converter with AGC + Quadrature Mod.

µ

PC8129GR

: Under development

★

356

Selection Guide X10679EJHV0SG00

RF and Microwave Devices

Application

■ 900 MHz Cordless Phone (1/2)

2SC5369

2SC5408

2SC5409

2SC5369

2SC5408

2SC5409

MIX

BPF

LNA

to DEMOD.

2SC4093

2SC4094

2SC4958

2SC5179

µ

PA82XXTF

PA83XXTF

Down Converter

µ

PC8112T

X2

DUP

PLL

VCO

MOD. in

BUF

PA

Driver

OSC

X2

2SC5288

2SC5289

µ

PA82XXTF

PA83XXTF

2SC4093

2SC4094

2SC4958

2SC5179

■ 900 MHz Cordless Phone (2/2)

Down Converter

µ

PC8112TB

PA801T

2SC4096

BPF

MIX

BPF

SAW LNA

to DEMOD.

X2

PLL

Twin Tr.

MOD. in

µ

PA801T

PA

BUF

BPF

X2

Twin Tr.

PA801T

Twin Tr.

µ

PA801T

µ

Selection Guide X10679EJHV0SG00

357

[MEMO]

358

Selection Guide X10679EJHV0SG00

Optical Device

Photocoupler................................................................... 360

• Tr. Output Type .......................................................... 360

• IC Output Type........................................................... 369

• Safety Standards Approval List

(Made in Japan, as of January 1999) ..................... 370

• Safety Standards Approval List

(Made in Taiwan, as of January 1999).................... 372

OCMOS FET^TM(Opto-Coupled MOS FET Relay) ........ 373

• Safety Standards Approval List

(as of January 1999) ................................................. 377

8

Infrared Transceivers..................................................... 378

Plastic Fiber Link ........................................................... 378

Visible Lasers ................................................................. 380

Fiberoptic Devices ......................................................... 380

• Lasers (Digital) .......................................................... 380

• Pump Laser ................................................................ 381

• Pulsed Lasers for OTDR .......................................... 381

• Detectors .................................................................... 382

Selection Guide X10679EJHV0SG00

359

Optical Device

Photocoupler

Tr. Output Type

Standard Type (Single Tr.) (1/2)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

8-pin DIP

16-pin DIP

4-pin DIP

8-pin DIP

16-pin DIP

4-pin DIP

8-pin DIP

4-pin DIP

16-pin DIP

4-pin DIP

Number

BV

(Vr.m.s.) (mA)

5 k 80

IF

VCEO

(V)

IC

(mA)

50

CTR

(%)

tr, tf

(µs) TYP.

3, 5

PS2501-1

PS2501-2

PS2501-4

PS2511-1

PS2511-2

PS2511-4

PS2561-1

PS2561-2

PS2571-1

PS2571-4

High isolation voltage

High VCEO

80

80 to 600

(RL = 100 Ω)

UL approved

High isolation voltage

UL approved

50

100 to 300

80 to 400

High isolation voltage

UL, VDE (Option),

CSA, BSI, SEMKO,

FIMKO, NEMKO,

80

50

80

DEMKO approved

High isolation voltage

UL, CSA, BSI, SEMKO,

FIMKO, NEMKO,

100 to 300

80 to 400

DEMKO approved

PS2581L1

PS2581L2

High isolation voltage

Outer creepage

distance: 8 mm

UL, VDE (Standard), CSA,

BSI, SEMKO, FIMKO,

NEMKO, DEMKO approved

High isolation voltage

High VCEO

PS2601

PS2602

80 to 600

6-pin DIP

UL approved

360

Selection Guide X10679EJHV0SG00

Optical Device

Photocoupler

Tr. Output Type

Standard Type (Single Tr.) (2/2)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

Number

BV

IF

VCEO

(V)

IC

(mA)

50

CTR

(%)

tr, tf

(µs) TYP.

3, 5

(Vr.m.s.) (mA)

PS2651

High isolation voltage

5 k

80

50 to 400

6-pin DIP

UL, VDE (Option), CSA,

BSI, SEMKO, FIMKO,

NEMKO, DEMKO approved

(RL = 100 Ω)

PS2652

PS2701-1

PS2701-2

PS2701-4

PS2801-1

UL, VDE (Option),

BSI approved

3.75 k

50

40

80

50 to 300

3, 5

4-pin SOP

8-pin SOP

16-pin SOP

(RL = 100 Ω)

Pin pitch: 1.27 mm

UL, BSI approved

2.5 k

50

80

50

80 to 600

3, 5

4-pin

(RL = 100 Ω)

Small SOP

PS2801-4

Pin pitch: 1.27 mm

UL, VDE (Option),

BSI approved

16-pin

Small SOP

Selection Guide X10679EJHV0SG00

361

Optical Device

Photocoupler

Tr. Output Type

Standard Type (Darlington Tr.)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

8-pin DIP

16-pin DIP

4-pin DIP

8-pin DIP

6-pin DIP

4-pin SOP

8-pin SOP

16-pin SOP

Number

BV

IF

VCEO

(V)

IC

CTR

(%)

tr, tf

(Vr.m.s.) (mA)

(mA)

(µs) TYP.

100, 100

PS2502-1

PS2502-2

PS2502-4

PS2562-1

PS2562-2

PS2603

High isolation voltage

High CTR

5 k

80

40

200 200 or above

(RL = 100 Ω)

UL approved

160

High isolation voltage

200

160

200

UL, VDE (Option), CSA,

BSI, SEMKO, FIMKO,

NEMKO, DEMKO approved

High isolation voltage

High CTR

UL approved

PS2604

PS2653

High isolation voltage

High CTR

UL, VDE (Option), CSA,

BSI, SEMKO, FIMKO,

NEMKO, DEMKO approved

PS2654

PS2702-1

PS2702-2

PS2702-4

PS2802-1

High CTR

3.75 k

50

40

200 200 or above

200, 200

UL, VDE (Option),

BSI approved

(RL = 100 Ω)

160

Pin pitch: 1.27 mm

UL, BSI approved

2.5 k

50

40

90 200 or above

200, 200

4-pin

(RL = 100 Ω)

Small SOP

PS2802-4

Pin pitch: 1.27 mm

UL, VDE (Option),

BSI approved

100

16-pin

Small SOP

362

Selection Guide X10679EJHV0SG00

Optical Device

Photocoupler

Tr. Output Type

AC Input Type (Single Tr.)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

8-pin DIP

16-pin DIP

4-pin DIP

8-pin DIP

6-pin DIP

4-pin SOP

8-pin SOP

16-pin SOP

Number

BV

IF

VCEO

(V)

IC

(mA)

50

CTR

(%)

tr, tf

(Vr.m.s.) (mA)

(µs) TYP.

3, 5

PS2505-1

PS2505-2

PS2505-4

PS2565-1

PS2565-2

PS2605

High isolation voltage

AC input

5 k

±80

80

80 to 600

(RL = 100 Ω)

High VCEO

UL approved

High isolation voltage

AC input

80 to 400

80 to 600

50 to 300

UL, VDE (Option), CSA,

BSI, SEMKO, FIMKO,

NEMKO, DEMKO approved

High isolation voltage

AC input

High VCEO

PS2606

UL approved

PS2705-1

PS2705-2

PS2705-4

PS2805-1

AC input

3.75 k

±50

40

80

3, 5

UL, VDE (Option),

BSI approved

(RL = 100 Ω)

Pin pitch: 1.27 mm

AC input

2.5 k

±50

80

50

80 to 600

3, 5

4-pin

(RL = 100 Ω)

Small SOP

UL, BSI approved

PS2805-4

Pin pitch: 1.27 mm

AC input

16-pin

Small SOP

UL, VDE (Option),

BSI approved

Selection Guide X10679EJHV0SG00

363

Optical Device

Photocoupler

Tr. Output Type

AC Input Type (Darlington Tr.)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

8-pin DIP

16-pin DIP

4-pin DIP

8-pin DIP

6-pin DIP

4-pin SOP

8-pin SOP

16-pin SOP

Number

BV

IF

VCEO

(V)

IC

CTR

(%)

tr, tf

(Vr.m.s.) (mA)

(mA)

(µs) TYP.

100, 100

PS2506-1

PS2506-2

PS2506-4

PS2566-1

PS2566-2

PS2607

High isolation voltage

AC input

5 k

±80

40

200 200 or above

(RL = 100 Ω)

High CTR

UL approved

160

High isolation voltage

AC input

200

160

200

UL, VDE (Option), CSA,

BSI, SEMKO, FIMKO,

NEMKO, DEMKO approved

High isolation voltage

AC input

High CTR

PS2608

UL approved

PS2706-1

PS2706-2

PS2706-4

PS2806-1

High CTR

3.75 k

±50

40

200 200 or above

200, 200

AC input

(RL = 100 Ω)

UL, VDE (Option),

BSI approved

160

Pin pitch: 1.27 mm

AC input

2.5 k

±50

40

90 200 or above

200, 200

4-pin

(RL = 100 Ω)

Small SOP

UL, BSI approved

PS2806-4

Pin pitch: 1.27 mm

AC input

100

16-pin

Small SOP

UL, VDE (Option),

BSI approved

364

Selection Guide X10679EJHV0SG00

Optical Device

Photocoupler

Tr. Output Type

Low Input Current Type (Single Tr.)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

Number

BV

IF

VCEO

(V)

IC

(mA)

30

CTR

(%)

tr, tf

(Vr.m.s.) (mA)

(µs) TYP.

20, 30

PS2503-1

PS2503-2

PS2503-4

PS2703-1

PS2703-2

PS2703-4

PS2707-1

PS2707-2

PS2707-4

High isolation voltage

High-speed

5 k

80

40

100 to 400

(RL = 10 kΩ)

UL approved

8-pin DIP

16-pin DIP

4-pin SOP

8-pin SOP

16-pin SOP

4-pin SOP

8-pin SOP

16-pin SOP

High VCEO (120 V)

UL, VDE (Option),

BSI approved

3.75 k

50

120

30

50 to 400

10, 10

(RL = 1 kΩ)

AC input

±50

High VCEO (120 V)

UL, VDE (Option),

BSI approved

Selection Guide X10679EJHV0SG00

365

Optical Device

Photocoupler

Tr. Output Type

High Collector to Emitter Voltage Type (1/2)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

8-pin DIP

16-pin DIP

4-pin DIP

8-pin DIP

16-pin DIP

6-pin DIP

4-pin SOP

8-pin SOP

16-pin SOP

4-pin SOP

8-pin SOP

16-pin SOP

Number

BV

IF

VCEO

(V)

IC

CTR

(%)

tr, tf

(Vr.m.s.) (mA)

(mA)

(µs) TYP.

100, 100

PS2532-1

PS2532-2

PS2532-4

PS2533-1

PS2533-2

PS2533-4

PS2633

High isolation voltage

High VCEO (300 V)

Darlington Tr.

5 k

80

300

150 1500 to 6500

(RL = 100 Ω)

UL, VDE, (Option), BSI,

SEMKO, FIMKO,

NEMKO, DEMKO

approved

High isolation voltage

High VCEO (350 V)

350

Darlington Tr.

UL, VDE (Option), BSI,

SEMKO, FIMKO, NEMKO,

DEMKO approved

High isolation voltage

High VCEO (300 V)

High CTR

300

1000 to 15000

PS2634

Darlington Tr.

UL approved

PS2732-1

PS2732-2

PS2732-4

PS2733-1

PS2733-2

PS2733-4

High isolation voltage

Darlington Tr.

2.5 k

50

300

150 1500 or above

100, 100

(RL = 100 Ω)

High VCEO (300 V)

UL, VDE (Option),

BSI approved

High isolation voltage

Darlington Tr.

350

High VCEO (350 V)

UL, VDE (Option),

BSI approved

366

Selection Guide X10679EJHV0SG00

Optical Device

Photocoupler

Tr. Output Type

High Collector to Emitter Voltage Type (2/2)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

Number

BV

(Vr.m.s.) (mA)

2.5 k 50

IF

VCEO

(V)

IC

CTR

(%)

tr, tf

(mA)

(µs) TYP.

100, 100

PS2832-1

PS2832-4

Pin pitch: 1.27 mm

Darlington Tr.

300

120 400 or above

4-pin

(RL = 100 Ω)

Small SOP

High VCEO (300 V)

UL approved

Pin pitch: 1.27 mm

Darlington Tr.

16-pin

Small SOP

High VCEO (300 V)

UL, BSI approved

Selection Guide X10679EJHV0SG00

367

Optical Device

Photocoupler

Tr. Output Type

Large Input Current Type (DC Input, Single Tr.)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

8-pin DIP

16-pin DIP

6-pin DIP

Number

BV

(Vr.m.s.) (mA)

5 k 150

IF

VCEO

(V)

IC

(mA)

50

CTR

(%)

tr, tf

(µs) TYP.

3, 5

PS2521-1

PS2521-2

PS2521-4

PS2621

High isolation voltage

Large input current

UL approved

80

20 to 80

(RL = 100 Ω)

High isolation voltage

Large input current

UL approved

20 to 50

PS2622

Large Input Current Type (AC Input, Single Tr.)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

4-pin DIP

8-pin DIP

16-pin DIP

6-pin DIP

Number

BV

(Vr.m.s.) (mA)

5 k ±150

IF

VCEO

(V)

IC

(mA)

50

CTR

(%)

tr, tf

(µs) TYP.

3, 5

PS2525-1

PS2525-2

PS2525-4

PS2625

High isolation voltage

Large input current

AC input

80

20 to 80

(RL = 100 Ω)

UL approved

High isolation voltage

Large input current

AC input

20 to 50

PS2626

UL approved

368

Selection Guide X10679EJHV0SG00

Optical Device

Photocoupler

IC Output Type

High-Speed Type 1Mbps (Analog Output)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

Number

BV

IF

VCC

(V)

35

IO

(mA)

8

CTR

(%)

tPHL

tPLH

(Vr.m.s.) (mA)

(µs) MAX. (µs) MAX.

0.8 0.8

PS8601

8-pin base

5 k

25

15 or

8-pin DIP

5-pin SOP

connection

above (RL = 1.9 kΩ) (RL = 1.9 kΩ)

UL, VDE (Option),

BSI approved

8 pins

PS8602

PS8701

High CMR (2 kV/µs)

UL, VDE (Option),

BSI approved

5 pins

2.5 k

25

35

8

15 to 35

0.8

1.2

High CMR (10 kV/µs)

UL, VDE (Option)

approved

(RL = 2.2 kΩ) (RL = 2.2 kΩ)

High-Speed Type 10Mbps (Digital Output)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

8-pin DIP

5-pin SOP

8-pin DIP

5-pin SOP

Number

BV

IF

VCC

(V)

7

IO

IFLH

tPLH, tPHL

(ns) MAX.

75

(Vr.m.s.) (mA)

(mA) (mA) MAX.

PS9601

Ultra high-speed type

UL approved

5 k

2.5 k

5 k

30

50

13

5.0

6.0

PS9701

PS9611

PS9711

Ultra high-speed type

7

75

UL, VDE (option) approved

Ultra high-speed type

High CMR (10 kV/µs TYP.)

2.5 k

: Under development

High-Power Type (Inverter)

Part

Features

Absolute Maximum Ratings

Electrical Characteristics

Packages

8-pin DIP

Number

BV

(Vr.m.s.) (mA)

5 k 30

IF

VCC

(V)

18

IO1/IO2

(A)

CMH, CML

(kV/µs)

1.0

tPLH, tPHL

(µs) MAX.

5.0

PS9634

Inverter circuit

UL approved

0.5/

0.8

Selection Guide X10679EJHV0SG00

369

Optical Device

Photocoupler

Safety Standards Approval List (Made in Japan, as of January 1999) (1/2)

Safety Standards

UL

VDE

CSA

CL

BSI

EN 60065 EN 60065 EN 60065 EN 60065 EN 60065

/IEC 65, /IEC 60665,

SEMKO

FIMKO

NEMKO

DEMKO

UL1577

E72422(S)

VDE0884

Part Number

9073 × 0030, /IEC 65, /IEC 60065, /IEC 65,

Single

Double

CA

EN 60950 EN 60950 EN 60950 EN 60950 EN 60950

/IEC 950 /IEC 60950 /IEC 950 /IEC 950 /IEC 950

protection protection

101391

PS2501-1, -2, -4

PS2502-1, -2, -4

PS2503-1, -2, -4

PS2505-1, -2, -4

PS2506-1, -2, -4

PS2511-1, -2, -4

PS2521-1, -2, -4

PS2525-1, -2, -4

PS2532-1, -2, -4

PS2533-1, -2, -4

PS2561-1, -2

PS2562-1, -2

PS2565-1, -2

PS2566-1, -2

PS2571-1, -4

PS2581L1, L2

PS2601

PS2602

PS2603

PS2604

PS2605

PS2606

PS2607

PS2608

PS2621

PS2622

PS2625

PS2626

Remark

: Approved

: Awaiting approval

370

Selection Guide X10679EJHV0SG00

Optical Device

Photocoupler

Safety Standards Approval List (Made in Japan, as of January 1999) (2/2)

Safety Standards

UL

VDE

CSA

CL

BSI

EN 60065 EN 60065 EN 60065 EN 60065 EN 60065

/IEC 65, /IEC 60665,

SEMKO

FIMKO

NEMKO

DEMKO

UL1577

E72422(S)

VDE0884

Part Number

9073 × 0030, /IEC 65, /IEC 60065, /IEC 65,

Single

Double

CA

EN 60950 EN 60950 EN 60950 EN 60950 EN 60950

/IEC 950 /IEC 60950 /IEC 950 /IEC 950 /IEC 950

protection protection

101391

PS2633

PS2634

PS2651

PS2652

PS2653

PS2654

PS2701-1, -2, -4

PS2702-1, -2, -4

PS2703-1, -2, -4

PS2705-1, -2, -4

PS2706-1, -2, -4

PS2707-1, -2, -4

PS2732-1, -2, -4

PS2733-1, -2, -4

PS2801-1

PS2802-1

PS2805-1

PS2806-1

PS2801-4

PS2802-4

PS2805-4

PS2806-4

PS2832-1

PS2832-4

PS8601

PS8602

PS8701

PS9601

PS9634

PS9701

Remark

: Approved

Selection Guide X10679EJHV0SG00

371

Optical Device

Photocoupler

Safety Standards Approval List (Made in Taiwan, as of January 1999)

Safety Standards

UL

VDE

CSA

CL

BSI

EN 60065 EN 60065 EN 60065 EN 60065 EN 60065

/IEC 65, /IEC 60665,

SEMKO

FIMKO

NEMKO

DEMKO

UL1577

E72422(S)

VDE0884

Part Number

9073 × 0030, /IEC 65, /IEC 60065, /IEC 65,

Single

Double

CA

EN 60950 EN 60950 EN 60950 EN 60950 EN 60950

/IEC 950 /IEC 60950 /IEC 950 /IEC 950 /IEC 950

protection protection

101391

PS2501-1, -2, -4

PS2502-1, -2, -4

PS2503-1, -2, -4

PS2505-1, -2, -4

PS2506-1, -2, -4

PS2521-1, -2, -4

PS2525-1, -2, -4

PS2532-1, -2, -4

PS2533-1, -2, -4

PS2561-1, -2

PS2562-1, -2

PS2565-1, -2

PS2566-1, -2

Remark

: Approved

372

Selection Guide X10679EJHV0SG00

Optical Device

TM

OCMOS FET

(Opto-Coupled MOS FET Relay)

OCMOS FET Product Map

• Continuous Load Current vs. Break Down Voltage

500

:DIP Type

:SOP Type

400

PS7113

300

PS7200B

PS7122

PS7522

PS7142 -1A /2A /1B /2B /1C

PS7342

PS7122A

PS7112

PS7212

200

100

-1A /2A /1B /2B /1C

PS7342C

PS7141-1A /2A /1B /2B /1C

PS7341

PS7221

PS7200A

PS7111

PS7211

PS7160 -1A /2A

PS7360

PS7141C

PS7241-1A /2A /1B /2B /1C /ATx

PS7241C-1A /ATx

PS7341C

PS7841

0

100

200

300

400

500

600

Break Down Voltage V (V)

L

:Under Development

• On-state Resistance vs. Break Down Voltage

PS7141-1A /2A /1B /2B /1C

PS7141C

100

PS7241-1A /2A /1B /2B /1C /ATx

PS7241C-1A /ATx

PS7341

:DIP Type

:SOP Type

PS7160 -1A /2A

PS7360

PS7341C

PS7342C

PS7841

PS7200A

10

PS7142 -1A /2A /1B /2B /1C

PS7342

PS7221

PS7122A

-1A /2A /1B /2B /1C

PS7122

PS7522

PS7211

PS7111

PS7112

PS7212

PS7200B

1.0

0.1

PS7113

0

100

200

300

400

500

600

Break Down Voltage V

L

(V)

:Under Development

Selection Guide X10679EJHV0SG00

373

Optical Device

OCMOS FET (Opto-Coupled MOS FET Relay)

Standard Type

Part

Features

Output

Type

Absolute Maximum Ratings

BV

(mA) (Vr.m.s.) (°C)

Electrical Characteristics

Diode MOSFET Coupled

Packages

Number

V

L

I

L

T

A

T

stg

(V)

(°C)

V

F

I

R

I

Loff

R

on

t

on

t

off

(V)

(µA)

(Ω)

(ms) (ms)

MAX. MAX. MAX. TYP. MAX. MAX.

PS7111-2A

PS7112-1A

PS7113-1A

PS7113-2A

PS7122-1A

PS7122-2A

PS7122A-1A

PS7122A-2A

PS7141-1A

PS7141-2A

PS7142-1A

PS7142-2A

PS7160-1A

PS7160-2A

PS7211-2A

PS7212-1A

PS7221-2A

PS7241-1A

PS7241-2A

PS7200A-1A

PS7200B-1A

PS7122A-1B

PS7122A-2B

PS7141-1B

PS7141-2B

PS7142-1B

PS7142-2B

PS7241-1B

PS7241-2B

PS7122A-1C

Standard DIP,

Normally open

2a

1a

2a

1a

2a

1a

2a

1a

2a

1a

2a

1a

2a

1a

2a

1a

2a

1a

1b

2b

1b

2b

1b

2b

1b

2b

100

200

250

400

600

100

200

400

40

100

200

350

200

150

200

90

1.5 k

–40 to –40 to

+80 +100

1.4

5

1

3.0

0.4

3.0

2.0

1.5

1.0

5.0

2.0

1.5

1.0

1.5

2.0

1.0

0.5

1.0

0.2

1.5

0.2

1.5

1.0

5.0

2.0

1.0

0.2

8-pin DIP

6-pin DIP

8-pin DIP

6-pin DIP

8-pin DIP

6-pin DIP

8-pin DIP

6-pin DIP

8-pin DIP

6-pin DIP

8-pin DIP

6-pin DIP

8-pin DIP

8-pin SOP

4-pin SOP

8-pin SOP

4-pin SOP

8-pin SOP

4-pin SOP

6-pin DIP

8-pin DIP

6-pin DIP

8-pin DIP

6-pin DIP

8-pin DIP

4-pin SOP

8-pin SOP

8-pin DIP

0.9

3.0

4.5

20.0

6.0

7.5

42.0

3.4

90

Standard SOP,

Normally open

100

200

150

120

100

250

200

150

200

120

200

1.5 k

–40 to –40 to

+80 +100

1.4

5

1

3.0

4.0

18.0

21.0

9.3

Low CxR type

1.5 k

–40 to –40 to

+80 +100

–40 to –40 to

+80 +100

1.4

5

0.1

1

40

0.8

Standard,

250

400

4.5

Normally close

4.5

24.0

7.0

24.0

21.0

4.5

Standard,

Transfer

1a+1b 250

1a+1b 400

1.5 k

–40 to –40 to

+80 +100

1.4

5

1

(N.O.) (N.O.)

0.2 1.5

(N.C.) (N.C.)

1.0 0.2

PS7141-1C

PS7142-1C

PS7241-1C

150

200

120

20.0

8-pin DIP

8-pin SOP

(N.O.) (N.O.) (N.O.)

24.0 0.2 1.0

(N.C.) (N.C.) (N.C.)

8.0 2.0 0.2

(N.O.) (N.O.) (N.O.)

7.0 0.2 2.0

(N.C.) (N.C.) (N.C.)

21.0 1.0 0.2

(N.O.) (N.O.)

0.2 1.0

(N.C.) (N.C.)

: Under development

374

Selection Guide X10679EJHV0SG00

Optical Device

OCMOS FET (Opto-Coupled MOS FET Relay)

High Isolation Voltage Type

Part

Features

Output

Type

Absolute Maximum Ratings

BV

(mA) (Vr.m.s.) (°C)

Electrical Characteristics

Diode MOSFET Coupled

Packages

Number

V

L

I

L

T

A

T

stg

(V)

(°C)

V

F

I

R

I

Loff

R

on

t

on

t

off

(V)

(µA)

(Ω)

(ms) (ms)

MAX. MAX. MAX. TYP. MAX. MAX.

PS7341-1A

PS7342-1A

PS7360-1A

High isolation

voltage

1a

400

600

150

200

90

3.75 k –40 to –40 to

+85 +125

1.4

5

1

20.0

6.0

1.0

2.5

2.0

0.2

6-pin DIP

41.0

Slow Speed Type

Part

Features

Output

Type

Absolute Maximum Ratings

BV

(mA) (Vr.m.s.) (°C)

Electrical Characteristics

Diode MOSFET Coupled

Packages

Number

V

L

I

L

T

A

T

stg

(V)

(°C)

V

F

I

R

I

Loff

R

on

t

on

t

off

(V)

(µA)

(Ω)

(ms) (ms)

MAX. MAX. MAX. TYP. MAX. MAX.

PS7522-1A

PS7522-2A

Slow speed

1a

2a

200

1.5 k

–40 to –40 to

+80 +100

–40 to –40 to

+80 +100

1.4

5

1

3.0

12.0

6.5

6-pin DIP

8-pin DIP

Hybrid (Multi Function) Type

Part

Features

BV

OCMOS FET

(1a type)

Photocoupler

Diode Bridge

Darlington Tr.

Packages

Number

(Vr.m.s.)

V

L

I

L

R

on

V

CEO

CTR

(%)

V

R

V

F

V

CEO

I

C

h

FE

(V)

400

(mA)

(Ω)

TYP.

20.0

(V)

40

(V)

MAX.

–

(V)

MAX.

–

(V)

(mA)

1

PS7241-AT1

PS7241-AT5

PS7841-A15

DC Input

AC Input

for DAA

1.5 k

120

50

to 400

50

–

8-pin SOP

1

,

2

120

16

100

1.2

40

120

10000 16-pin SOP

to Lead pitch:

30000 1.27 mm

to 400

: Under development

1: Solid state relays containing a GaAs LED on light emitting side (input side) and MOSFET’s (+Photo transistor) on output

side.

2: The PS7841-A15 is a solid state relay for optical DAA (Data Access Arrangement) containing a diode bridge, MOS FET,

photocoupler, Darlington transistor and LED.

Selection Guide X10679EJHV0SG00

375

Optical Device

OCMOS FET (Opto-Coupled MOS FET Relay)

Current Limit Type

• Standard Type

Part

Output

Type

Absolute Maximum Ratings

BV

(mA) (Vr.m.s.) (°C)

Electrical Characteristics

MOSFET Coupled

Packages

Number

V

L

I

L

T

A

T

stg

Diode

(V)

(°C)

V

F

I

R

I

Loff

R

on

t

on

t

off

ILMT

(V)

(µA)

MAX.

1

(Ω)

(ms) (ms)

(mA)

MAX. MAX.

TYP. MAX. MAX.

PS7141C-2A

PS7241C-1A

2a

1a

400

120

1.5 k

–40 to –40 to

+80 +100

–40 to –40 to

+80 +100

1.4

5

26.0

28.0

1.0

2.0

1.0

0.2

170 to

250 mA/ch

125 to

8-pin DIP

1

4-pin SOP

180

: Under development

• High Isolation Voltage Type

Part

Output

Type

Absolute Maximum Ratings

BV

(mA) (Vr.m.s.) (°C)

Electrical Characteristics

MOSFET Coupled

Packages

Number

V

L

I

L

T

A

T

stg

Diode

(V)

(°C)

V

F

I

R

I

Loff

R

on

t

on

t

off

ILMT

(V)

(µA)

MAX.

1

(Ω)

(ms) (ms)

(mA)

MAX. MAX.

1.4

TYP. MAX. MAX.

PS7341C-1A

PS7342C-1A

1a

400

120

170

3.75 k –40 to –40 to

+85 +125

5

27.0

12.0

1.0

5.0

1.0 125 to 250 6-pin DIP

1.0 175 to 370

: Under development

• Hybrid (Multi Function) Type

Part

Features

BV

OCMOS FET

(1a type)

Photocoupler

Packages

Number

(Vr.m.s.)

V

L

I

L

R

on

ILMT

V

CEO

CTR

(V)

(mA)

(Ω)

(mA)

(V)

(%)

TYP.

28.0

PS7241C-AT1

PS7241C-AT5

DC Input

AC Input

1.5 k

400

120

125 to 180

40

50 to 400

8-pin SOP

: Solid state relays containing a GaAs LED on light emitting side (input side) and MOSFET’s (+Photo transistor) on output side.

376

Selection Guide X10679EJHV0SG00

Optical Device

OCMOS FET (Opto-Coupled MOS FET Relay)

Safety Standards Approval List (as of January 1999)

Safety Standards

VDE

Part Number

UL

BSI

UL1577

VDE0884

BS415 BS7002

PS7111-2A

PS7112-1A

PS7113-1A

PS7113-2A

PS7122-1A

PS7122-2A

PS7122A-1A

PS7122A-1B

PS7122A-1C

PS7122A-2A

PS7122A-2B

PS7141-1A

PS7141-1B

PS7141-1C

PS7141-2A

PS7141-2B

PS7141C-2A

PS7142-1A

PS7142-2A

PS7142-1B

PS7142-2B

PS7142-1C

PS7160-1A

PS7160-2A

PS7200A-1A

PS7200B-1A

PS7211-2A

PS7212-1A

PS7221-2A

PS7241-1A

PS7241-1B

PS7241-1C

PS7241-2A

PS7241-2B

PS7241-AT1

PS7241-AT5

PS7241C-1A

PS7241C-AT1

PS7241C-AT5

PS7341-1A

PS7341C-1A

PS7342-1A

PS7342C-1A

PS7360-1A

PS7522-1A

PS7522-2A

PS7841-A15

: Under development

Remark

: Approved

: Awaiting approval

Selection Guide X10679EJHV0SG00

377

Optical Device

Infrared Transceivers

Part

IrDA Absolute Maximum Ratings

Electro-Optical Characteristics

Remarks

Number

Ver.

(TA = 25 °C)

TA

Tstg

VCC

ILED

IEH

ICC

(A)

Data Rate

(bps)

(°C)

(V)

(mA) (mW/Sr)

TYP.

150

TYP.

80

TYP.

150 µ

NL1000

1.0

1.1

0 to +70

–25 to +85

3.3

5.0

2.4 k to

115.2 k

Standard: with

Shield Case

Option: Shield

Case

NL1100

300

160

4.0 m

A Port:

2.4 k to 115.2 k

B Port:

0.576 M to 4.0 M

: Under development

Plastic Fiber Link

Part

Absolute Maximum Ratings (TC = 25 °C)

Electro-Optical Characteristics (TC = 25 °C)

Number

VCC (V)

TC (°C)

Transmission Speed

(Mbps)

Transmission Distance (m)

@ SI-POF

@ SI-HPCF

NL2100

NL2110

–0.5 to +7.0

0 to +70

1 to 156

50

100

1 to 250

378

Selection Guide X10679EJHV0SG00

Optical Device

Visible Lasers/Fiberoptic Devices

Visible Lasers/Fiberoptic Devices Product Map

Wavelength

(nm)

Visible Wavelength

Short Wavelength

900

Long Wavelength

1500

600

700

800

1200

1300

1400

1600

1700

Family

F-P LD

F-P CW LD

NDL7540PA

NDL7401P

NDL7001

NDL7001L

NDL7401P1

NDL7401P2

NDL7408PL

PULSED LD

NDL7580P

NDL7408P1L

NDL7408P2L

NDL7408PK

NDL7408P1K

NDL7408P2K

NDL3325ST/SU

Laser

Diode

(LD)

PULSED LD

NDL7103

NDL7113

NDL7502P

NDL7503P

NDL7503P1

NDL7510P

NDL7512P

NDL7513P

NDL7513P1

NDL7514P

NDL7514P1

NDL7515P

NDL7515P1

NDL7153

NDL7163

NDL7552P

NDL7553P

NDL7553P1

NDL7560P

NDL7562P

NDL7563P

NDL7563P1

NDL7564P

NDL7564P1

NDL7565P

NDL7565P1

DFB LD

NX8501

NDL7603P

NDL7603P1

NDL7603P2

NDL7620P

NDL7620P1

NDL7620P2

NDL7701P

NDL7701P1

NDL7701P2

NDL7705P

NDL7705P1

NDL7705P2

NX8562LB

NX8563LB

NDL7910P

NDL5506P

NDL5506PS

NDL5516P

NDL5520C

NDL5521P

NDL5521P1

NDL5521P2

NDL5522P

NDL5530

NDL5530C

NDL5531P

NDL5531P1

NDL5531P2

NDL5551P

NDL5551P1

NDL5551P2

NDL5590P

NDL5590P1

NDL5590P2

NDL5592P

NDL5592P1

NDL5592P2

Avalanche

Photo

Diode

(APD)

NDL5421P

NDL5421P1

NDL5421P2

NDL5422P

NDL5461P

NDL5461P1

NDL5461P2

NDL5481P

NDL5481P1

NDL5481P2

Photo

Diode

(PD)

: Under development

:

Mark wavelength or operating range

Modules are available with FC-PC or SC-PC connector.

Selection Guide X10679EJHV0SG00

379

Optical Device

Visible Lasers

Part

Peak

Wavelength

λp (nm)

Absolute Maximum Ratings

Electro-Optical Characteristics

Applications

for DVD

Number

(TC = 25 °C)

Po

(mW)

8

TC

Tstg

Ith

(mA)

30

Iop

Po

θ

θ//

(°C)

(mA) (mW) (deg.) (deg.)

40 30

NDL3325ST/SU

650

–20 to +80 –40 to +85

5

8

: Under development

Fiberoptic Devices

Lasers (Digital)

• Digital Optical Fiber Communications FP-LD

Part Number

Absolute Maximum Ratings

Electro-Optical Characteristics (TC = 25 °C)

Package

IF

TC

Tstg

Ith

Iop

Po/Pf

(mW)

MIN.

5

λC

σ

tr/tf

(mA)

(°C)

(mA)

(nm)

TYP.

1310

(nm)

TYP.

1.0

(ns)

TYP. TYP.

MAX.

NDL7001

–

–40 to +85 –55 to +125 10

Ith+12

Ith+15

Ith+20

0.5/0.5 CAN

0.5/0.5 CAN with lens

0.5/0.5 Coaxial

NDL7001L

5

1.0

NDL7401P Series

Ith+50 –40 to +85 –40 to +85 10

2.0

0.2

1.0

1.3

NDL7408PL Series Ith+50 –40 to +85 –40 to +85 10

NDL7408PK Series Ith+50 –40 to +85 –40 to +85 10

1.3

: RMS (–20 dB)

• Digital Optical Fiber Communications DFB-LD

Part Number

Absolute Maximum Ratings

Electro-Optical Characteristics (TC = 25 °C)

Package

IF

TC

Tstg

Ith

Po/Pf

(mW)

MIN.

2

λp

(nm)

TYP.

1310

1510

1550

ITU-T

1550

tr/tf

(ns)

(mA)

(°C)

(mA)

TYP.

15

MAX.

0.5/0.5

0.04/0.1

0.5/0.5

–

NDL7603P Series

NDL7620P Series

NX8501 Series

NDL7701P Series

NDL7705P Series

NX8562LB

150

200

150

Ith+50

300

150

–40 to +85

0 to +70

–40 to +85

Coaxial

1

2

45

2

Coaxial

Butterfly

0 to +65

20

15

20

7

2

–20 to +85

–40 to +85

–20 to +65

–20 to +70

2

3

20

10

0.5

4

NX8563LB Series

NDL7910P

–

3

0.125/0.125 Butterfly

(EA Modulator

integrated type)

1: MAX.

2: TYP.

3: Wavelength selectable for ITU-T standards upon request.

4: Wavelength selectable for ITU-T standards.

380

Selection Guide X10679EJHV0SG00

Optical Device

Fiberoptic Devices

Pump Laser

• EDFA Pumping Applications FP-LD

Part Number

Absolute Maximum Ratings

Electro-Optical Characteristics (TC = 25 °C)

Package

IF

TC

Tstg

Ith

Iop

Pf

λC

σ

tr/tf

(ns)

MAX.

–

(mA)

(°C)

(mA)

(mW)

TYP.

110

(nm)

TYP.

1480

(nm)

MAX.

8

TYP. TYP.

–20 to +65 –40 to +85 40 500

NDL7540PA

600

Butterfly

: RMS (–20 dB)

Pulsed Lasers for OTDR

• OTDR Applications FP-LD

Part Number

Absolute Maximum Ratings

Electro-Optical Characteristics (TC = 25 °C)

Package

1

2

I^F

(mA)

TC

Tstg

Ith

Iop

Po/Pf

λC

σ

tr/tf

(ns)

MAX.

2/2

1/1

2/2

1/1

2/2

1/1

2/2

1/1

2/2

(°C)

(mA)

(mW)

TYP.

320

175

240

120

190

180

55

(nm)

TYP.

1310

1550

1310

1550

1625

(nm)

MAX.

7

TYP. TYP.

NDL7103

1200 –40 to +70 –55 to +125 35

600 –40 to +70 –55 to +125 20

1200 –40 to +70 –55 to +125 45

600 –40 to +70 –55 to +125 30

1000

400

CAN

NDL7113

10

8

CAN

NDL7153

1000

400

CAN

NDL7163

10

15

CAN

NDL7502P

1200 –20 to +65 –40 to +70 35

1200 –20 to +60 –40 to +85 35

1000

400

DIP

NDL7503P Series

NDL7510P

Coaxial

DIP

600

–20 to +65 –40 to +70 20

–20 to +60 –40 to +85 20

NDL7512P

400

110

50

DIP

NDL7513P Series

NDL7514P Series

NDL7515P Series

NDL7552P

400

Coaxial

DIP

400

30

1200 –20 to +65 –40 to +70 40

1200 –20 to +60 –40 to +85 45

1000

400

125

145

30

NDL7553P Series

NDL7560P

Coaxial

DIP

600

–20 to +65 –40 to +70 20

–20 to +65 –40 to +70 40

–20 to +60 –40 to +85 45

–20 to +60 –40 to +85 40

–20 to +60 –40 to +85 20

NDL7562P

400

80

DIP

NDL7563P Series

NDL7564P Series

NDL7565P Series

NDL7580P

400

80

Coaxial

DIP

400

40

400

11

3

1200 –20 to +65 –40 to +70 30

1000

100

1: Pulse drive: Pulse width = 10 µs, duty = 1 % (Coaxial, DIP)

Pulse width = 1 µs, duty = 1 % (CAN)

2: RMS (–20 dB)

3: MIN.

Selection Guide X10679EJHV0SG00

381

Optical Device

Fiberoptic Devices

Detectors

• InGaAs PIN-PD

Part Number

Absolute Maximum Ratings

Electro-Optical Characteristics (TC = 25 °C)

Detecting ID (nA) Ct (pF) S (A/W)

area size VR TYP. VR TYP.

Package

Coaxial

TC

Tstg

fC

(mW)

(°C)

λ

TYP. (GHz)

MIN.

(µm)

φ 50

(V)

5

(V)

5

(nm)

NDL5421P Series

NDL5422P

8

–

8

–40 to +85 –40 to +85

–40 to +70 –40 to +85

–40 to +85 –40 to +85

0.1

0.7 1300 0.89

1550 0.94

2.5

φ 50

φ 80

5

–

5

–

1300 0.89

1550 1.00

Butterfly

with AMP

Coaxial

NDL5461P Series

NDL5481P Series

1.0 1300 0.89

1550 0.94

10

0.7 1300 0.85

Coaxial

• InGaAs APD

Part Number

Absolute Maximum Ratings

Electro-Optical Characteristics (TC = 25 °C)

Package

IR

TC

Tstg

Detecting V(BR)R

ID

(nA)

TYP.

2

S (A/W)

fC

(mA)

(°C)

area size

(µm)

(V)

TYP.

70

λ

TYP. (GHz)

MIN.

(nm)

NDL5506P Series

NDL5516P

0.5

–20 to +55 –40 to +85

–40 to +70 –55 to +100

–40 to +85 –40 to +85

–40 to +70 –40 to +85

–40 to +85 –55 to +100

–40 to +85 –40 to +85

φ 50

1300 0.89

1550 1.00

1300 0.89

1550 1.00

1300 0.89

1550 1.00

1300 0.94

1550 0.96

1310 0.89

1550 1.00

1300 0.94

1550 0.96

1300 0.94

1550 0.96

1300 0.94

1550 0.96

1300 0.94

1550 0.96

1310 0.94

1550 0.96

1310 0.94

1550 0.96

1.0

0.7

2.5

1.0

2.5

DIP with internal

cooler

φ 80

φ 50

φ 30

φ 50

φ 30

75

70

55

70

2

5

DIP with internal

cooler

NDL5520C

Chip on carrier

NDL5521P Series

NDL5522P

Coaxial

Butterfly with AMP

CAN

NDL5530

NDL5530C

Chip on carrier

Coaxial

NDL5531P Series

NDL5551P Series

NDL5590P Series

NDL5592P Series

Coaxial

Coaxial with AMP

: Conditions: V(BR)R × 0.9

382

Selection Guide X10679EJHV0SG00

INDEX

9

Selection Guide X10679EJHV0SG00

383

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

2SC3732

Page

[ Numerals ]

03P2J

2SA1625

2SA1626

2SA1627

2SA1645

2SA1646

2SA1647

2SA1648

2SA1649

2SA1650

2SA1652

2SA1720

2SA1741

2SA1742

2SA1743

2SA1744

2SA1836

2SA1840

2SA1841

2SA1843

2SA1845

2SA1847

2SA1871

2SA1897

2SA675

276

278

2SB546A

2SB564

2SB601

2SB605

2SB624

2SB707

2SB708

2SB733

2SB734

2SB736

2SB736A

280,290

278,286

280,291

278,286

283,286

280,290

278

2SC2762

2SC2780

2SC2784

2SC2785

2SC2786

2SC2787

2SC2802

2SC2885

2SC2901

2SC2908

2SC2946

2SC2946(1)

2SC2954

2SC2958

2SC2959

2SC3115

2SC3157

2SC3158

2SC3159

2SC3209

2SC3218-M

2SC3286-M

2SC3355

2SC3356

2SC3357

2SC3360

2SC3478

2SC3478A

2SC3518

2SC3518-Z

2SC3545

2SC3554

2SC3567

2SC3568

2SC3569

2SC3570

2SC3571

2SC3572

2SC3582

2SC3583

2SC3585

2SC3587

2SC3588

2SC3588-Z

2SC3603

2SC3604

2SC3615

2SC3616

2SC3617

2SC3618

2SC3622

2SC3622A

2SC3623

2SC3623A

2SC3624

2SC3624A

2SC3631

2SC3631-Z

2SC3632

2SC3632-Z

2SC3663

2SC3691

2SC3692

2SC3693

2SC3694

2SC3731

343

284,286

277,286

290

277,287

321

2SC3733 278,287,289

03P2M

278

2SC3734

2SC3735

2SC3736

2SC3739

2SC3809

2SC3810

2SC3817

2SC3840

2SC3841

2SC4000

2SC4001

2SC4062

2SC4063

2SC4092

2SC4093

2SC4094

2SC4095

2SC4173

2SC4175

2SC4176

2SC4177

2SC4178

2SC4179

2SC4180

2SC4181

2SC4182

2SC4183

2SC4184

2SC4185

2SC4186

2SC4187

2SC4225

2SC4226

2SC4227

2SC4228

2SC4305

2SC4331

2SC4336

2SC4342

2SC4346

2SC4350

2SC4351

2SC4536

2SC4549

2SC4550

2SC4551

2SC4552

2SC4553

2SC4554

2SC4568

2SC4569

2SC4570

2SC4571

2SC4703

2SC4783

2SC4810

2SC4811

2SC4813

2SC4814

2SC4815

2SC4885

2SC4942

2SC4954

2SC4955

283,287

284,287

283,287

336

03P4J

321

280,288

280

03P4M

321

03P4MF

03P4MG

03P5J

321

279,288

281,288

281,291

281,288

285

321

279,289

276,287

282

336

03P5MG

03P6MG

2P4M

321

278

342

321

283,286

279,289

336

321

279,289

285,289

336

2P5M

321

2SB768

279,285,290

279,288

279,291

284,286

284

278,290

279,290

281,288

336

2P6M

321

2SB772

2S2M

321

2SB794

278

2S4M

321

2SB795

278

2SA1008

2SA1009

2SA1009A

2SA1010

2SA1069

2SA1069A

2SA1129

2SA1156

2SA1173

2SA1174

2SA1175

2SA1206

2SA1221

2SA1222

2SA1226

2SA1247

2SA1261

2SA1330

2SA1376

2SA1376A

2SA1385

2SA1385-Z

2SA1394

2SA1395

2SA1396

2SA1400

2SA1400-Z

2SA1412

2SA1412-Z

2SA1413

2SA1413-Z

2SA1441

2SA1442

2SA1443

2SA1444

2SA1458

2SA1459

280,289

280

2SB798

283,286

280

282,291

282,288

284

2SB799

336

2SB800

280,289

278,286

343

336

2SB804

336

2SB805

284

285,287

285

2SB806

284

280,290

279,289

284

2SB810

277,286

286

343

285,287

285,286

285

278,288

276

2SB811

336

2SB897

282,291

279,288

285

336

286

2SA733

276,286

283,286

278

2SB962

336

277,286

276,287

278

2SA811A

2SA812

2SB962-Z

2SB963

283,286

276,286

276

279,291

285

285,286

336

2SA915

2SB963-Z

2SB984

278

2SA916

278

279,288

285

336

283

2SA952

276,286

276

2SC1009A

2SC1505

2SC1621

2SC1622A

2SC1623

2SC1653

2SC1654

2SC1674

2SC1841

2SC1842

2SC1843

2SC1845

2SC1927

2SC1940

2SC1941

2SC2001

2SC2002

2SC2003

2SC2148

2SC2149

2SC2223

2SC2331

2SC2333

2SC2334

2SC2335

2SC2351

2SC2517

2SC2518

2SC2586

2SC2688

2SC2690

2SC2690A

2SC2721

2SC2749

2SC2750

2SC2751

2SC2752

283,286

280,290

283

336

283,286

280

2SA953

336

2SA954

284,286

281,289

336

283,286

276,286

276

2SA988

283,286

276,286

276

336

2SA990

336

2SA992

276,286

278,291

281,290

281,291

284,286

276,286

278,288

279,291

279,288

285

336

279,288

285

2SB1068

2SB1093

2SB1094

2SB1097

2SB1098

2SB1099

2SB1100

2SB1114

2SB1115

2SB1115A

2SB1116

2SB1116A

2SB1117

2SB1149

2SB1150

2SB1151

2SB1217

2SB1261

2SB1261-Z

2SB1300

2SB1318

2SB1430

2SB1431

2SB1432

2SB1453

2SB1475

2SB1571

2SB1572

2SB1578

2SB1581

2SB1628

336

281,289

279,289

285

280

279,288

281,288

279,291

279,289

280

276

336

276,286

336

279

278,286

276,286

336

279,289

285

281,291

336

279,289

285

336

281,288

336

281,288

277,287

276,286

284,286

276,286

277,286

283,286

279,289

285

336

283,286

280,289

280

2SA1460

2SA1461

2SA1462

2SA1463

2SA1464

2SA1486

2SA1544

2SA1546

2SA1608

2SA1610

2SA1611

2SA1612

2SA1615

2SA1615-Z

278,287,289

283,287

284,287

283,287

279,289

276

336

276

336

278

280,289

343

336

281,291

281

285

282,291

282,288

336

279,290

278

279,289

285

279,290

285,287

285,286

279,288

285

336

284

281,288

277,287

284

282,289

279,289

284,288

288

284

336

284

336

384

Selection Guide X10679EJHV0SG00

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

Page

2SC4956

2SC4957

2SC4958

2SC4959

2SC5004

2SC5005

2SC5006

2SC5007

2SC5008

2SC5009

2SC5010

2SC5011

2SC5012

2SC5013

2SC5014

2SC5015

2SC5177

2SC5178

2SC5179

2SC5180

2SC5181

2SC5182

2SC5183

2SC5184

2SC5185

2SC5186

2SC5191

2SC5192

2SC5193

2SC5194

2SC5195

2SC5288

2SC5289

2SC5336

2SC5337

2SC5338

2SC5369

2SC5408

2SC5409

2SC5431

2SC5432

2SC5433

2SC5434

2SC5435

2SC5436

2SC5437

2SC5454

2SC5455

2SC5507

2SC5508

2SC5509

2SC945

336

2SD1308

2SD1309

2SD1312

2SD1392

2SD1513

2SD1579

280,291

278

2SD794

2SD794A

2SD882

2SD985

2SD986

2SD992

2SD999

2SJ165

2SJ166

2SJ178

2SJ179

2SJ180

2SJ184

2SJ185

2SJ196

2SJ197

2SJ198

2SJ199

2SJ202

2SJ203

2SJ204

2SJ205

2SJ206

2SJ207

2SJ208

2SJ209

2SJ210

2SJ211

2SJ212

2SJ213

2SJ243

2SJ302

2SJ303

2SJ324

2SJ325

2SJ326

2SJ327

2SJ328

2SJ329

2SJ330

2SJ331

2SJ353

2SJ355

2SJ356

2SJ357

2SJ358

2SJ411

2SJ448

2SJ449

2SJ460

2SJ461

2SJ462

2SJ463A

2SJ492

2SJ493

2SJ494

2SJ495

2SK1122

2SK1123

2SK1132

2SK1133

2SK1271

2SK1272

2SK1273

2SK1274

2SK1282

279,290

279,288

279,291

279

2SK1283

2SK1284

2SK1285

2SK1286

2SK1287

2SK1288

2SK1289

2SK1290

2SK1292

2SK1293

2SK1294

2SK1295

2SK1398

2SK1399

2SK1482

2SK1483

2SK1484

2SK1485

2SK1491

2SK1492

2SK1493

2SK1494

2SK1495

2SK1496

2SK1497

2SK1498

2SK1499

2SK1500

2SK1501

2SK1502

2SK1580

2SK1581

2SK1582

2SK1583

2SK1584

2SK1585

2SK1586

2SK1587

2SK1588

2SK1589

2SK1590

2SK1591

2SK1592

2SK1593

2SK1594

2SK1596

2SK1656

2SK1657

2SK1658

2SK1748

2SK1749

2SK1750

2SK1751

2SK1752

2SK1753

2SK1756

2SK1757

2SK1758

2SK1760

2SK1784

2SK1785

2SK1793

2SK1794

2SK1795

2SK1796

2SK1824

299

292

305

292

299

292

299

305

292

2SK1850

2SK1851

2SK1852

2SK1853

2SK1953

2SK1954

2SK1958

2SK1959

2SK1960

2SK1988

2SK1989

2SK1990

2SK1991

2SK1992

2SK1993

2SK1994

2SK1995

2SK2040

2SK2053

2SK2054

2SK2055

2SK2070

2SK2090

2SK2109

2SK2110

2SK2111

2SK2112

2SK2131

2SK2132

2SK2133

2SK2134

2SK2135

2SK2136

2SK2137

2SK2138

2SK2139

2SK2140

2SK2141

2SK2157

2SK2158

2SK2159

2SK2234

2SK2275

2SK2341

2SK2353

2SK2354

2SK2355

2SK2356

2SK2357

2SK2358

2SK2359

2SK2360

2SK2361

2SK2362

2SK2363

2SK2364

2SK2365

2SK2366

2SK2367

2SK2368

2SK2369

2SK2370

2SK2371

2SK2372

2SK2409

2SK2410

299

303

292

305

303

293

299

303

293

305

303

298

336

280,291

276,286

278,291

336

2SD1581 278,286,288

284,286

294

336

2SD1582

2SD1583

2SD1583-Z

2SD1584

2SD1584-Z

2SD1585

2SD1588

2SD1589

2SD1590

2SD1591

2SD1592

2SD1593

2SD1594

2SD1614

2SD1615

2SD1615A

2SD1616

2SD1616A

2SD1630

2SD1691

2SD1692

2SD1693

2SD1694

2SD1695

278,288

279,288

285

336

294

336

294

336

279,288

285

294

337

294

337

281,290

281,291

281,288

284,286

276,286

279,291

279,288

279,291

279,288

279,291

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

337

294

341

2SD1697 278,286,291

298

341

2SD1698

2SD1699

276,286

284,286

298

337

298

337

2SD1700 278,286,291

298

337

2SD1701

2SD1702

2SD1779

2SD1780

2SD1818

2SD1843

2SD1899

2SD1899-Z

2SD1950

2SD2161

2SD2162

2SD2163

2SD2164

2SD2165

2SD2228

2SD2383

2SD2402

2SD2403

2SD2425

2SD2463

2SD401A

2SD414

276,286

284,286

278

298

337

298

337

298

337

278

298

337

279,288

278,291

279,288

285

298

337

298

337

294

337

294

337

284,286

281,291

281,288

285

294

337

294

337

294

337

294

337

304

337

304

337

294

337

283

294

276,286

284,286

284

294

2SD1000

2SD1001

2SD1005

2SD1006

2SD1007

2SD1020

284

294

284,288

278,291

280,290

290

298

284

298

284

298

277,286

2SD415

279,290

278,286

280,291

278,286

283,286

278

299

2SD1033 279,285,290

2SD471

299

2SD1164

2SD1164-Z

2SD1210

2SD1286

2SD1286-Z

2SD1296

2SD1297

279,291

285

2SD560

292

2SD571

292

282,291

279,291

285

2SD596

305

2SD773

292

2SD774

278

292

282,291

291

2SD780

283,286

292

2SD780A

299

Selection Guide X10679EJHV0SG00

385

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

Page

2SK2411

2SK2412

2SK2413

2SK2414

2SK2415

2SK2461

2SK2462

2SK2476

2SK2477

2SK2478

2SK2479

2SK2480

2SK2481

2SK2482

2SK2483

2SK2484

2SK2485

2SK2486

2SK2487

2SK2488

2SK2498

2SK2499

2SK2510

2SK2511

2SK2512

2SK2513

2SK2514

2SK2515

2SK2541

2SK2597

2SK2723

2SK2724

2SK2826

2SK2857

2SK2858

2SK2941

2SK2981

2SK2982

2SK2983

2SK2984

2SK3053

2SK3055

2SK3056

2SK3057

2SK3058

2SK3059

2SK3060

2SK3061

2SK3062

2SK3108

2SK3109

2SK3110

2SK3111

2SK3112

2SK3113

2SK3114

2SK3115

2SK3116

2SK3221

2SK3294

2SK3297

2SK3298

2SK3299

2SK3300

2SK3304

2SK3305

298

303

304

297

293

343

297

293

297

302

µPA1520B

µPA1522

µPA1523B

µPA1524

µPA1526

µPA1527

µPA1550

µPA1552B

µPA1556A

µPA1560

µPA1572B

µPA1576

µPA1600

µPA1601

µPA1602

µPA1603

µPA1604

µPA1700

µPA1700A

µPA1701

µPA1701A

µPA1702

µPA1703

µPA1704

µPA1705

µPA1706

µPA1707

µPA1710

µPA1710A

µPA1711

µPA1712

µPA1713

µPA1714

µPA1715

µPA1716

µPA1750

µPA1751

µPA1752

µPA1753

µPA1754

µPA1755

µPA1756

µPA1757

µPA1758

µPA1759

µPA1790

µPA1800

µPA1801

µPA1802

µPA1803

µPA1810

µPA1811

µPA1812

µPA1813

µPA1814

µPA1815

µPA1850

µPA1851

µPA1852

µPA1853

µPA1854

µPA1855

µPA2001

µPA2002

µPA2003

µPA2004

316

307

308

315

2SK3306

2SK679A

2SK680A

2SK681A

2V5P4M

3P4J

302

292

321

335

321

AC08ESM

AC08FGM

AC08FSM

AC0V8DGM

AC10DGM

AC10DSM

AC10EGM

AC10ESM

AC10FGM

AC10FSM

AC12DGM

AC12DSM

AC12EGM

AC12ESM

AC12FGM

AC12FSM

AC16DGM

AC16DSM

AC16EGM

AC16FGM

AC16FSM

321

MC-22103

153

144

142

MC-22104

321

MC-22105

321

MC-22106

321

MC-22107

321

MC-4516CB64ES

MC-4516CC725

MC-4516CC726

3P4MH

3P5MH

3P6MH

3S4M

321

MC-4516CD641ES 144

321

MC-4516CD645

MC-4516CD646

MC-4516CD64ES

MC-4516DA726

MC-4516DA727

MC-4532CC726

MC-4532CD646

MC-4532DA726

MC-4532DA727

MC-454CA726

MC-454CB641LS

MC-454CB645

MC-454CB646

MC-454CB64LS

MC-454DA726

MC-4564DC726

MC-458CA725

MC-458CA726

MC-458CB641ES

MC-458CB645

MC-458CB646

MC-458CB64LSA

MC-458CD641LS

MC-458CD64LS

MC-458DA726

MC-458DA727

MC-45V16AD641

MC-45V8AB641

142

144

143

142

143

142

144

142

144

143

142

144

142

144

143

145

3SK131

3SK134B

3SK135A

3SK176A

3SK177

3SK206

3SK222

3SK223

3SK224

3SK230

3SK231

3SK252

3SK253

3SK254

3SK255

3SK299

5P4J

321

AD1[

AD2[

AN1[

AP1[

AQ1[

AR1[

]

276,311

276,309

276,310

276,311

5P4M

5P4SM

5P5M

[ B ]

BA1[

BB1[

BN1[

BP1[

]

277,309

277,310

277,309

277,310

5P6J

5P6M

5P6SM

8P2M

8P2SM

8P4J

[ C ]

CE1[

CE2[

]

278,311

8P4M

8P4SM

MC-45V8AB641KS 145

MC-45V8AD641KS 145

[ F ]

FA1[

FB1[

FN1[

FP1[

[ A ]

]

283,312

283

MC-4R128BKD8J

MC-4R64BKD8J

MC-4RCNTYK

MC-7712

MC-7716

MC-7722

MC-7726

MC-7852

MC-7856

MC-7862

MC-7866

µPA101

145

330

315

316

AA1[

AB1[

]

276,309

276,310

321

AC01DGM

AC01DJM

AC03DGM

AC03DJM

AC03DJM-Z

AC03DSM

AC03EGM

AC03FGM

AC03FJM

AC03FJM-Z

AC03FSM

AC05DGM

AC05DJM

AC05DJM-Z

AC05DSM

AC05EGM

AC05ESM

AC05FGM

AC05FJM

AC05FJM-Z

AC05FSM

AC08DGM

AC08DSM

AC08EGM

[ G ]

GA1[

GN1[

]

285,312

[ H ]

HD1[

HD2[

HQ1[

HR1[

]

284,313

µPA102

µPA103

µPA104

µPA1428A

µPA1434

µPA1436A

µPA1437

µPA1453

µPA1454

µPA1456

µPA1458

µPA1476

µPA1478

µPA1500B

µPA1501

[ M ]

MC-22000

MC-22001

MC-22002

MC-22003

MC-22004

MC-22005

MC-22006

MC-22007

MC-22100

MC-22101

MC-22102

153

386

Selection Guide X10679EJHV0SG00

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

Page

µPA2981

µPA2982

µPA2987

µPA500

µPA501

µPA502

µPA503

µPA504

µPA505

µPA570

µPA571

µPA572

µPA573

µPA574

µPA600

µPA601

µPA602

µPA603

µPA604

µPA605

µPA606

µPA607

µPA608

µPA609

µPA610

µPA611

µPA670

µPA671

µPA672

µPA673

µPA674

µPA80

315

314

315

338

315

338

251,327

325

µPB1509

µPB1510

µPC1060

µPC1093

µPC1094

µPC1099

µPC1100

µPC1150

µPC1228

µPC1237

µPC1251

µPC1316

µPC1458

µPC151

325

273

272

273

257

258

270

257

270

274

328

326

328

273

326

271

264

259

260

259

260

259

262

260

273

272

271

270

257

258

250

270

328

271

328

µPC2713

µPC2714

µPC2715

µPC272

328

µPC4074

µPC4081

µPC4082

µPC4084

µPC4091

µPC4092

µPC4093

µPC4094

µPC4250

µPC451

270

273

222

267

249

270

271

326

270

324,326

324

329

327

324

327

324

270

324

µPC8112

µPC8116

µPC8119

µPC812

326

327

324

270

324

329

324

270

324

270

329

324

270

324

270

251

253

251

251,253

253

251,253

251

253

252

253

265

253

328

271

µPC2721

µPC2722

µPC2723

µPC2726

µPC2731

µPC2734

µPC2743

µPC2744

µPC2745

µPC2746

µPC2747

µPC2748

µPC2749

µPC2753

µPC2756

µPC2757

µPC2758

µPC2762

µPC2763

µPC2766

µPC2768

µPC277

326

µPC8120

µPC8125

µPC8126

µPC8128

µPC8129

µPC813

326

324

328

326

µPC452

µPC8130

µPC8131

µPC8139

µPC814

326

µPC4556

µPC4557

µPC4558

µPC4559

µPC4560

µPC4570

µPC4572

µPC4574

µPC458

329

µPC1555

µPC1652

µPC1658

µPC1663

µPC1675

µPC1676

µPC1678

µPC1679

µPC1686

µPC1687

µPC1688

µPC16902

µPC1694

µPC177

329

µPC815

329

µPC8151

µPC8152

µPC8158

µPC816

329

251,326

326

µPC8163

µPC821

326

µPC4741

µPC4742

µPC4744

µPC494

329

µPC822

329

µPC824

324

µPC831

327

µPC5020

µPC5021

µPC5022

µPC5023

µPC5024

µPC5031

µPC5032

µPC5034

µPC5200

µPC5201

µPC5202

µPC5203

µPC5204

µPC659A

µPC667

µPC832

271

µPC834

µPC2771

µPC2775

µPC2776

µPC2781

µPC2782

µPC2791

µPC2792

µPC2794

µPC2795

µPC2797

µPC2798

µPC2799

µPC2800A

µPC2900

µPC29L00

µPC29M00

µPC29S10

µPC29S78

µPC305

329

µPC842

326

µPC844

µPC1830

µPC1851B

µPC1853

µPC1854A

µPC1857A

µPC1876

µPC1883

µPC1884

µPC1891A

µPC1892

µPC1905

µPC1909

µPC1933

µPC1934

µPC1935

µPC1943

µPC1944

µPC1945

µPC2251

µPC2253

µPC2255

µPC2260

µPC2400A

µPC24A00

µPC24M00A

µPC251

329

µPD16304

µPD16305

µPD16306

µPD16306A

µPD16306B

µPD16310

µPD16311

µPD16312

µPD16313

µPD16314

µPD16315

µPD16326

µPD16326A

µPD16327

µPD16331

µPD16334

µPD16335

µPD16337

µPD16364

µPD16430A

µPD16431A

µPD16432B

µPD16434

µPD16435

µPD16435A

µPD16435B

µPD16448A

µPD16501

µPD16502

µPD16510

µPD16520

µPD16633B

µPD16634A

µPD16638A

µPD16640A

µPD16640B

µPD16640C

µPD16644

261,324

261,326

329

µPA800

µPA801

µPA802

µPA803

µPA804

µPA805

µPA806

µPA807

µPA808

µPA809

µPA81

329

326

261,326

326

261,326

324

266

271

µPC7073

µPC741

271

µPC7800A

µPC78L00

µPC78M00A

µPC78N00

µPC7900A

µPC79L00

µPC79M00

µPC79N00

µPC8001

µPC8002

µPC801

272

µPA810

µPA811

µPA812

µPA813

µPA814

µPA821

µPA826

µPA827

µPA828

µPA831

µPA832

µPA833

µPA834

µPA835

µPA836

µPA840

µPB1005

µPB1502

µPB1504

µPB1505

µPB1506

µPB1507

µPB1508

272

µPC311

271

µPC317

272

µPC319

271

µPC3200

µPC3202

µPC3205

µPC3206

µPC3207

µPC3210

µPC3211

µPC324

326

261,324

326

µPC802

328

µPC803

µPC2533

µPC2572

µPC2575

µPC2576

µPC258

261,324

270

µPC804

µPC8100

µPC8101

µPC8102

µPC8103

µPC8104

µPC8105

µPC8106

µPC8108

µPC8109

µPC811

µPC337

272

µPC339

271

µPC3403

µPC358

270

µPC259

270

µPC2708

µPC2709

µPC271

µPC393

271

µPC4061

µPC4062

µPC4064

µPC4071

µPC4072

270

µPC2710

µPC2711

µPC2712

270

µPC8110

Selection Guide X10679EJHV0SG00

387

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

Page

µPD16647

µPD16650

µPD16652

µPD16654

µPD16655

µPD16661A

µPD16662

µPD16663

µPD16664

µPD16666A

µPD16667

µPD16670

µPD16675A

µPD16676

µPD16680

µPD16681

µPD16682

µPD16710

µPD16715

µPD16715A

µPD16732

µPD16732A

µPD16732B

µPD16740

µPD16750

µPD16780

µPD16803

µPD16804

µPD16805

µPD16808

µPD16813

µPD16814

µPD16818

µPD16823

µPD16833

µPD16833A

µPD16835

µPD16836

µPD16837

µPD16853B

µPD16855A

µPD16855B

µPD16855C

µPD16855D

µPD16856

µPD16857

µPD16858B

µPD16858C

µPD16874

µPD16875

µPD16877

µPD16901

µPD17001

µPD17003A

µPD17005

µPD17010

µPD17012

µPD17015

µPD17016

µPD17017

µPD17071

µPD17072

µPD17073

µPD17201A

µPD17203A

µPD17204

253

252

253

254

248,255

254

248,255

254

15

µPD17207

18

19

µPD30200

106

243

146

147

149

146

147

146

149

148

147

139

138

140

141

150

266

µPD4702

266

267

153

141

266

274

256

266

20

µPD6466

265

21

µPD17225

µPD30210

µPD4704

µPD65

µPD17226

19

µPD30500

µPD4711B

µPD4712C

µPD4712D

µPD4713A

µPD4714A

µPD4715A

µPD4721

µPD65443

µPD65444

µPD65445

µPD65446

µPD65448

µPD65449

µPD65451

µPD65454

µPD65456

µPD65458

µPD65611

µPD65621

µPD65625

µPD65630

µPD65636

µPD65640

µPD65643

µPD65646

µPD65650

µPD65653

µPD65654

µPD65656

µPD65658

µPD65662

µPD65664

µPD65672

µPD65676

µPD65800

µPD65801

µPD65802

µPD65803

µPD65804

µPD65806

µPD65808

µPD65810

µPD65811

µPD65812

µPD65813

µPD65837

µPD65839

µPD65840

µPD65841

µPD65842

µPD65843

µPD65845

µPD65846

µPD65848

µPD65849

µPD65850

µPD65851

µPD65852

µPD65853

µPD65855

µPD65858

µPD65860

µPD65861

µPD65862

µPD65863

µPD65865

µPD65866

µPD65868

µPD65869

µPD65870

µPD65871

219

178

177

178

177

178

177

180

184

185

µPD17227

19

µPD30540

µPD17228

19

µPD30541

µPD17235

19

µPD30700

µPD17236

19

µPD30710

µPD17704

15

µPD3719

µPD17705

15

µPD3728

µPD17707

15

µPD3729

µPD4722

µPD17708

15

µPD3734A

µPD4723

µPD17709

15

µPD3739

µPD4724

µPD17717

16

µPD3753

µPD4726

µPD17718

16

µPD3794

µPD485505

µPD485506

µPD488385

µPD488448

µPD488488

µPD4990A

µPD4991A

µPD4992

µPD17719

16

µPD3797

µPD178002

µPD178003

µPD178004A

µPD178006A

µPD178016A

µPD178018A

µPD178023

µPD178024

µPD178046

µPD178048

µPD178076

µPD178078

µPD178096

µPD178098

µPD178F048

µPD178F098

µPD178P018A

µPD17933A

µPD17934A

µPD17P001

µPD17P005

µPD17P010

µPD17P012

µPD17P073

µPD17P203A

µPD17P204

µPD17P207

µPD17P228

µPD17P236

µPD17P709

µPD17P719

µPD23C128000L

µPD23C128040L

µPD23C16000AL

µPD23C16040AL

µPD23C24000

µPD23C24020

µPD23C32000A

µPD23C32000L

µPD23C32020A

µPD23C32040L

µPD23C32082L

µPD23C32202L

µPD23C64000AL

µPD23C64020

µPD23C64040AL

µPD26401

23

µPD3799

23

µPD431000A

µPD431000A-X

µPD431231L

µPD431532L

µPD431536L

µPD431632L

µPD431636L

µPD432232L

µPD43256B

µPD43256B-X

µPD43257B

µPD432836AL

µPD432836L

µPD434001A

µPD434001AL

µPD434004A

µPD434004AL

µPD434008A

µPD434008AL

µPD434016A

µPD434016AL

µPD441000L-X

µPD442000L-X

µPD444010L-X

µPD444012L-X

µPD45128163

µPD45128441

µPD45128841

µPD45256163

µPD45256441

µPD45256841

µPD4564163

µPD4564323

µPD4564441

µPD4564841

µPD4565161

µPD4565421

µPD4565821

µPD45D128164

µPD45D128442

µPD45D128842

µPD464318AL

µPD464318L

µPD464336AL

µPD464336L

µPD464518AL

µPD464518L

µPD464536AL

µPD464536L

µPD4701A

23

µPD5205

23

µPD5555

25

µPD5556

25

µPD61012

µPD61030

µPD6121G-001

µPD6122G-001

µPD6133

24

25

µPD6134

20

24

µPD61511

µPD61882A

µPD61P34B

µPD62

261

262

20

23

17

21

15

µPD6221

267

14

µPD6222

14

µPD6320 251,253,254

µPD63200 257

µPD6321 251,253,254

14

17

18

µPD63210

µPD63210L

µPD6323

µPD6323B

µPD6325

µPD6326

µPD63310

µPD6335

µPD6336

µPD6340

µPD6345

µPD63702A

µPD63710

µPD63724A

µPD63725

µPD6376

µPD6379

µPD6379A

µPD6379AL

µPD6379L

µPD63A

257

251

267

257

267

251

254

258

250

257

21

18

19

15

16

151

152

106

14

17

14

17

µPD64

21

17

µPD64082

µPD6461

µPD6462

µPD6464A

µPD6465

263

265

17

µPD26411

18

µPD29F008AL-X

µPD29F800AL-X

µPD30121

18

388

Selection Guide X10679EJHV0SG00

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

Page

µPD65872

µPD65873

µPD65875

µPD65878

µPD65880

µPD65881

µPD65882

µPD65883

µPD65884

µPD65885

µPD65887

µPD65889

µPD65890

µPD65893

µPD65943

µPD65944

µPD65945

µPD65946

µPD65948

µPD65949

µPD65951

µPD65954

µPD65956

µPD65958

µPD6604

185

183

189

20

µPD703101

µPD703101-A

µPD703102

µPD703102-A

µPD705101

µPD705102

µPD70741

99

98

103

102

100

103

101

99

104

245

247

245

252

255

245

248

3

µPD75P0116

µPD75P3018A

µPD75P3036

µPD75P3116

µPD75P3216

µPD75P4308

µPD77016

4

8

µPD780206

µPD780208

µPD780232

µPD780306

µPD780306Y

µPD780308

µPD780308Y

µPD78042F

µPD78043F

µPD78044F

µPD78044H

µPD78045F

µPD78045H

µPD78046H

µPD78052

66

67

70

64

65

64

65

53

54

53

54

53

54

53

54

53

55

56

54

53

55

56

54

68

69

68

69

68

69

78

62

60

61

60

61

63

79

72

77

73

74

76

75

71

µPD78098B

µPD784031

µPD784031Y

µPD784035

µPD784035Y

µPD784036

µPD784036Y

µPD784037

µPD784037Y

µPD784038

µPD784038Y

µPD784044

µPD784046

µPD784054

µPD784214

µPD784214Y

µPD784215

µPD784215Y

µPD784216

µPD784216Y

µPD784217

µPD784217Y

µPD784218

µPD784218Y

µPD784224

µPD784224Y

µPD784225

µPD784225Y

µPD784907

µPD784908

µPD784915

µPD784915A

µPD784915B

µPD784916A

µPD784916B

µPD784927

µPD784927Y

µPD784928

µPD784928Y

µPD784935

µPD784936

µPD784937

µPD784938

µPD784953

µPD784955

µPD789011

µPD789012

µPD789022

µPD789024

µPD789025

µPD789026

µPD789046

µPD789101A

µPD789102A

µPD789104A

µPD789111A

µPD789112A

µPD789114A

µPD789121A

µPD789122A

µPD789124A

µPD789131A

µPD789132A

µPD789134A

µPD789166

µPD789167

76

82

83

82

83

82

83

82

83

82

83

84

85

86

85

86

85

86

87

88

87

88

89

90

89

90

94

91

92

93

92

93

95

96

28

29

30

31

32

33

12

9

10

6

240

59

49

50

49

50

49

50

49

50

49

50

49

50

49

50

49

50

57

58

57

58

57

58

57

58

57

58

52

51

46

47

48

46

47

48

46

47

48

46

47

48

46

47

46

47

46

47

66

µPD70F3003

µPD70F3003A

µPD70F3008

µPD70F3008Y

µPD70F3017

µPD70F3017Y

µPD70F3025A

µPD70F3033

µPD70F3033Y

µPD70F3035

µPD70F3035Y

µPD70F3102

µPD70F3102-A

µPD70P3002

µPD72001-11

µPD72001-A8

µPD72002-11

µPD72011

µPD77018A

µPD77019

µPD77019-013

µPD77110

µPD77111

µPD77112

µPD780016AY

µPD780018AY

µPD780021A

µPD780021AY

µPD780022A

µPD780022AY

µPD780023A

µPD780023AY

µPD780024A

µPD780024AY

µPD780031A

µPD780031AY

µPD780032A

µPD780032AY

µPD780033A

µPD780033AY

µPD780034A

µPD780034AY

µPD780053

µPD780053Y

µPD780054

µPD780054Y

µPD780055

µPD780055Y

µPD780056

µPD780056Y

µPD780058

µPD780058Y

µPD780065

µPD780076

µPD780076Y

µPD780078

µPD780078Y

µPD78011F

µPD78011FY

µPD78011H

µPD78012F

µPD78012FY

µPD78012H

µPD78013F

µPD78013FY

µPD78013H

µPD78014F

µPD78014FY

µPD78014H

µPD78015F

µPD78015FY

µPD78016F

µPD78016FY

µPD78018F

µPD78018FY

µPD780204

µPD780205

µPD78052Y

µPD78053

µPD78053Y

µPD78054

µPD78054Y

µPD78055

µPD78055Y

µPD78056

µPD78056F

µPD78056FY

µPD78056Y

µPD78058

µPD66P04B

µPD6700

20

µPD72012

251

245

196

229

228

236

21

µPD72042A

µPD72042B

µPD72103A

µPD72107

µPD6708

µPD78058F

µPD78058FY

µPD78058Y

µPD78062

µPD67821

µPD67822

µPD67823

µPD67824

µPD67825

µPD67826

µPD67827

µPD67828

µPD67829

µPD67830

µPD67831

µPD680××

µPD68000

µPD68001

µPD68010

µPD68011

µPD68031

µPD68041

µPD68061

µPD68070

µPD681××

µPD6P4B

µPD7225

µPD72254Y

µPD72305

µPD78062Y

µPD78063

µPD72850

µPD78063Y

µPD78064

µPD72861

µPD72870

µPD78064B

µPD78064Y

µPD780701Y

µPD780702Y

µPD78070A

µPD78070AY

µPD78074B

µPD78075B

µPD78076

µPD72871

µPD750004

µPD750006

µPD750008

µPD750064

µPD750066

µPD750068

µPD750104

µPD750106

µPD750108

µPD753012A

µPD753016A

µPD753017A

µPD753036

µPD753104

µPD753106

µPD753108

µPD753204

µPD753206

µPD753208

µPD753304

µPD754144

µPD754202

µPD754244

µPD754264

µPD754302

µPD754304

µPD75F4264

µPD75P0016

µPD75P0076

3

5

4

µPD78076Y

µPD78078

4

8

µPD78078Y

µPD78081

8

µPD78082

12

9

µPD780831Y

µPD780833Y

µPD780840

µPD780841

µPD780948

µPD780949

µPD780955

µPD780957

µPD780958

µPD78095B

µPD78096B

µPD780973

µPD780982

µPD780983

µPD780984

µPD780986

µPD780988

µPD703002

µPD703003

µPD703003A

µPD703004A

µPD703006

µPD703008

µPD703008Y

µPD703015

µPD703015Y

µPD703017

µPD703017Y

µPD703025A

µPD703033

µPD703033Y

µPD703100

µPD703100-A

104

103

102

100

103

101

99

9

10

11

7

6

7

3

99

5

Selection Guide X10679EJHV0SG00

389

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

Page

µPD789176

33

34

35

36

37

39

38

40

49

50

57

58

52

51

67

78

79

72

77

75

71

84

85

86

87

88

89

90

92

93

95

96

29

30

31

32

33

35

36

37

39

38

40

59

46

47

66

70

µPD78P0308Y

µPD78P048A

µPD78P054

µPD78P058

µPD78P058F

µPD78P058FY

µPD78P058Y

µPD78P064

µPD78P064B

µPD78P078

µPD78P078Y

µPD78P083

µPD78P098B

µPD78P4038

µPD78P4038Y

µPD78P4908

µPD78P4916

µPD78P9014

µPD822XX

µPD826XX

µPD93000

µPD94000

µPD95100

µPD96100

µPD9611

70

64

NDL3325SU

NDL5421P

NDL5422P

NDL5461P

NDL5481P

NDL5506P

NDL5516P

NDL5520C

NDL5521P

NDL5522P

NDL5530

380

382

380

381

380

381

380

336

343

342

339

335

339

NE329S01

NE33284A

NE334S01

NE34018

NE38018

NE4210M01

NE42484A

NE42484C

NE425S01

NE428M01

NE429M01

NE434S01

NE46134

NE46234

NE58030

NE58119

NE58130

NE58133

NE58219

NE58230

NE58233

NE61030

NE6500379A

NE6500496

NE6501077

NE650R279A

NE650R479A

NE6510179A

NE6510379A

NE651R479A

NE674

339

340

336

343

339

337

336

337

336

337

336

337

336

337

NE68818

337

341

337

339

336

339

341

337

336

335

336

343

342

343

µPD789177

NE68819

µPD789304

53

NE68830

µPD789306

53

NE68833

µPD789314

55

NE68839

µPD789316

56

NE68939

µPD789405A

µPD789406A

µPD789407A

µPD789415A

µPD789416A

µPD789417A

µPD789426

54

NE69039

68

NE696M01

NE71300

68

60

NE71383B

NE72118

61

63

NDL5530C

NDL5531P

NDL5551P

NDL5590P

NDL5592P

NDL7001

NE721S01

NE72218

76

µPD789427

82

NE73430

µPD789436

83

NE73435

µPD789437

94

NE73440B

NE76000

µPD789446

91

µPD789447

28

NDL7001L

NDL7103

NE76038

µPD789456

207

204

249

205

245

246

247

205

249

328

327

329

330

324,330

325

NE76083A

NE76084

µPD789457

NDL7113

µPD789800

NDL7153

NE76118

µPD789830

NDL7163

NE76184A

NE8500199

NE8500295

NE850R599A

NE85618

µPD789841

NDL7401P

NDL7408P

NDL7502P

NDL7503P

NDL7510P

NDL7512P

NDL7513P

NDL7514P

NDL7515P

NDL7540PA

NDL7552P

NDL7553P

NDL7560P

NDL7562P

NDL7563P

NDL7564P

NDL7565P

NDL7580P

NDL7603P

NDL7620P

NDL7701P

NDL7705P

NDL7910P

NE02133

µPD789842

µPD78F0034A

µPD78F0034AY

µPD78F0058

µPD78F0058Y

µPD78F0066

µPD78F0078

µPD78F0078Y

µPD78F0233

µPD78F0701Y

µPD78F0833Y

µPD78F0841

µPD78F0948

µPD78F0949

µPD78F0974

µPD78F0988

µPD78F4046

µPD78F4216

µPD78F4216Y

µPD78F4218

µPD78F4218Y

µPD78F4225

µPD78F4225Y

µPD78F4928

µPD78F4928Y

µPD78F4938

µPD78F4956

µPD78F9026A

µPD78F9046

µPD78F9116A

µPD78F9136A

µPD78F9177

µPD78F9418A

µPD78F9437

µPD78F9457

µPD78F9801

µPD78F9831

µPD78F9842

µPD78P0018AY

µPD78P018F

µPD78P018FY

µPD78P0208

µPD78P0308

µPD97000

µPD98201

µPD98203

µPD98401A

µPD98404

µPD98405

µPD98408

µPD98409

µPD98410

µPD98411

µPD98421

µPD98431

µPD99000

µPD9903

NE85619

NE85630

NE85632

NE85633

NE85634

NE68018

NE68019

NE68030

NE68033

NE68035

NE68039E

NE68118

NE68119

NE68130

NE68132

NE68133

NE68135

NE68139E

NE68141

NE68330

NE68418

NE68419

NE68430

NE68433

NE68439E

NE68518

NE68519

NE68530

NE68533

NE68539E

NE68618

NE68619

NE68630

NE68633

NE68639

NE68718

NE68719

NE68730

NE68733

NE68739

NE85635

NE85639E

NE85641

NE92039

NE92239

NE92439

NE92739

NE92939

µPG100

NE93039

µPG101

NE93139

µPG103

NE93218

µPG110

NE93239

µPG132

NE93318

µPG133

NE93339

µPG137

NE94433

µPG138

NE02135

NE960R275

NE960R575

NEL150181-12

NEL2001

µPG139

NE02139E

NE050214-12

NE050214E-12

NE1280100

NE1280200

NE1280400

NE23383B

NE24200

µPG152

µPG153

µPG154

NEL2004

µPG155

NEL2012

µPG170

NEL2012F03-24

NEL2035

µPG171

µPG173

NEM0214068-28

NEM085068-28

NEM0899F06-30

NEM0995F01-30

NEM0995F06-30

NES1417B-30

NES1821B-30

NES1821P-30

NES1821P-50

NES1823P-100

NES2527B-30

NEZ1011

µPG174

NE24283B

NE25118

µPG175

µPG501

NE25139

µPG502

NE25339

µPG503

NE27200

µPG504

NE3210S01

NE32484A

NE32500

µPG506

µPG508

NE32584C

NE325S01

NE32900

[ N ]

NDL3325ST

380

390

Selection Guide X10679EJHV0SG00

Quick Reference Table by Part Number

Part number

Page

Part number

Page

Part number

Page

Part number

Page

Part number

Page

NEZ1414

342

341

341,342

342

378

320

319

380

PS2707

365

366

361

362

363

364

367

374

376

374

375

376

375

376

375

376

375

369

RD[ ]ES

RD[ ]F

318

317

318

317

NEZ3642

PS2732

NEZ4450

PS2733

RD[ ]FM

RD[ ]JS

RD[ ]M

RD[ ]MW

RD[ ]P

NEZ5964

PS2801

NEZ6472

PS2802

NEZ7177

PS2805

NEZ7785

PS2806

NL1000

PS2832

RD[ ]S

NL1100

PS7111-2A

PS7112-1A

PS7113-1A

PS7113-2A

PS7122-1A

PS7122-2A

PS7122A-1A

PS7122A-1B

PS7122A-1C

PS7122A-2A

PS7122A-2B

PS7141-1A

PS7141-1B

PS7141-1C

PS7141-2A

PS7141-2B

PS7141C-2A

PS7142-1A

PS7142-1B

PS7142-1C

PS7142-2A

PS7142-2B

PS7160-1A

PS7160-2A

PS7200A-1A

PS7200B-1A

PS7211-2A

PS7212-1A

PS7221-2A

PS7241-1A

PS7241-1B

PS7241-1C

PS7241-2A

PS7241-2B

PS7241-AT1

PS7241-AT5

PS7241C-1A

PS7241C-AT1

PS7241C-AT5

PS7341-1A

PS7341C-1A

PS7342-1A

PS7342C-1A

PS7360-1A

PS7522-1A

PS7522-2A

PS7841-A15

PS8601

RD[ ]SL

RD[ ]UJ

RD[ ]UM

NL2100

NL2110

NNCD[ ]A

NNCD[ ]B

NNCD[ ]C

NNCD[ ]D

NNCD[ ]E

NNCD[ ]F

NNCD[ ]G

NNCD[ ]LG

NNCD[ ]LH

NNCD[ ]MF

NNCD[ ]MG

NX8501

NX8562LB

NX8563LB

[ P ]

PS2501

PS2502

PS2503

PS2505

PS2506

PS2511

PS2521

PS2525

PS2532

PS2533

PS2561

PS2562

PS2565

PS2566

PS2571

PS2581

PS2601

PS2602

PS2603

PS2604

PS2605

PS2606

PS2607

PS2608

PS2621

PS2622

PS2625

PS2626

PS2633

PS2634

PS2651

PS2652

PS2653

PS2654

PS2701

PS2702

PS2703

PS2705

PS2706

360

362

365

363

364

360

368

366

360

362

363

364

360

362

363

364

368

366

361

362

361

362

365

363

364

PS8602

PS8701

PS9601

PS9611

PS9634

PS9701

PS9711

[ R ]

RD[ ]E

318

Selection Guide X10679EJHV0SG00

391

NEC Semiconductor Data Book List

NEC Semiconductor Data Book CD-ROM List (April 1999)

Following is the list of the Semiconductor Data Books NEC has published.

If you need a copy, please ask our sales representative.

Title / Items

Date Published

Memory (English / Japanese)

1999.4

Synchronous DRAM, Synchronous DRAM Module, Rambus DRAM, Rambus Module,

ASM, Static RAM, Mask ROM, Flash Memory, Combo Chip

Microcomputer (English / Japanese)

1999.4

4-bit MCU (75XL, 17K, µPD63), 8-bit MCU (178K, 78K/0S, 78K/0), 16-bit MCU (78K/IV),

32-bit MPU & MCU (V810, V830, V850), Development Tools

Display Controller / Driver IC, General Purpose Digital IC (English)

1999.1

1998.5

1998.8

1999.1

MOS FET (English)

Power MOS FET, Signal MOS FET

RF & Microwave Devices (English)

Silicon Microwave Monolithic IC, High frequency Silicon Transister, GaAs Devices

Optoelectronic Devices - NEPOC Series - (English)

Photocoupler, OCMOS FET (Solid State Relay), Infrared Transceiver

For further information, please contact:

NEC Corporation

NEC Building

7-1, Shiba 5-chome, Minato-ku

Tokyo 108-8001, Japan

Tel: 03-3454-1111

http://www.ic.nec.co.jp/

[North & South America]

NEC Electronics (France) S.A.

9, rue Paul Dautier-BP 187

78142 Velizy-Villacoublay Cédex

France

Tel: 01-30-67-58-00

Fax: 01-30675899

[Europe]

NEC Electronics Inc.

2880 Scott Blvd.

Santa Clara, CA 95050-2554, U.S.A.

Tel: 408-588-6000

800-366-9782

Fax: 408-588-6130

800-729-9288

NEC Electronics (Germany) GmbH

Kanzlerstr. 2,

40472 Düsseldorf

Germany

Tel: 0211-650302

Fax: 0211-6503490

Madrid Office

Juan Esplandiu, 15

28007 Madrid, Spain

Tel: 91-504-2787

Fax: 91-504-2860

Munich Office

Arabellastr. 17

81925 München, Germany

Tel: 089-921003-0

Fax: 089-92100315

http://www.necel.com/

NEC do Brasil S.A.

Electron Devices Division

Rodovia Presidente Dutra, Km 214

07210-902-Guarulhos-SP Brasil

Tel: 55-11-6465-6810

NEC Electronics Italiana s.r.l.

Via Fabio Filzi, 25/A,

20124 Milano, Italy

Tel: 02-667541

Stuttgart Office

Industriestr. 3

70507 Stuttgart, Germany

Tel: 0711-99010-0

Fax: 0711-99010-19

Fax: 55-11-6465-6829

Fax: 02-66754299

Hannover Office

Königstr. 12

[Asia & Oceania]

NEC Electronics Hong Kong Limited

12/F., Cityplaza 4,

12 Taikoo Wan Road, Hong Kong

Tel: 2886-9318

30175 Hannover, Germany

Tel: 0511-33402-0

Fax: 0511-33402-34

Benelux Office

Boschdijk 187a

Fax: 2886-9022/9044

Seoul Branch

5612 HB Eindhoven,

The Netherlands

Tel: 040-2445845

Fax: 040-2444580

10F, ILSONG Bldg., 157-37,

Samsung-Dong, Kangnam-Ku

Seoul, the Republic of Korea

Tel: 02-528-0303

Scandinavia Office

P.O. Box 134

Fax: 02-528-4411

NEC Electronics Taiwan Ltd.

7F, No. 363 Fu Shing North Road

Taipei, Taiwan, R. O. C.

Tel: 02-2719-2377

18322 Taeby, Sweden

Tel: 08-6380820

Fax: 08-6380388

NEC Electronics (UK) Limited

Cygnus House, Sunrise Park Way,

Milton Keynes, MK14 6NP, U.K.

Tel: 01908-691-133

Fax: 02-2719-5951

NEC Electronics Singapore Pte. Ltd.

101 Thomson Road #04-01/05

United Square, Singapore 307591

Tel: 65-253-8311

Fax: 01908-670-290

Fax: 65-250-3583

G99. 1

Document No. X10679EJHV0SG00(17th edition)

Date Published April 1999 N CP(K)

Printed in Japan


型号：	NDL3325ST
厂家：	NEC
描述：	Laser Diode, 650nm, 3 PIN 光电半导体
文件：	总399页 (文件大小：2932K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

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