Z16F3211AL20AG [ZILOG]
Z16F Series Flash Microcontroller A 16-bit Single-Cycle CISC MCU Solution; Z16F系列闪存微控制器的16位单周期CISC MCU解决方案
| 型号： | Z16F3211AL20AG |
| 厂家： | 
ZILOG, INC. |
| 描述： | Z16F Series Flash Microcontroller A 16-bit Single-Cycle CISC MCU Solution |
| 文件： | 总8页 (文件大小：310K) |
| 中文： | 中文翻译 | 下载： | 下载PDF数据表文档文件 |
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ZNEO® Z16F Series Flash Microcontroller
A 16-bit Single-Cycle CISC MCU Solution
The ZNEO advaNTagE
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16-bit single-cycle cisc core
8-, 16-, 32-bit alu operations
128 kb of flash memory
16 mb of external memory
rich peripheral set
Overview
From the company that brought you the revolutionary Z80® comes the future of 16-bit processing - the ZNEO
Z16F Series Flash Microcontroller. Zilog’s ZNEO Z16F is a powerful 16-bit CISC microcontroller that outper-
forms most RISC microcontrollers in its class. The ZNEO Z16F boasts a unique architecture that provides the
power, punch, and performance of a 32-bit, with the code, current efficiency, and cost of a 16-bit. The ZNEO
Z16F CPU boasts a highly optimized instruction set that achieves higher performance per clock cycle, with
less code space and lower overhead than competing architectures.
target applications
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universal motor control
systems monitoring
security panels
security keypad/displays
industrial controls
This powerful, yet simple core with sixteen 32-bit general-purpose registers supports complex CISC address-
ing modes and a single-cycle instruction set that includes frame pointer support, multi-bit shift, and multi-reg-
ister push/pop, as well as performance enhancing instructions such as Link and Unlink for lowering overhead.
Powerful signed and unsigned math operations include 32x32 multiply and 64/32 divide operations.
A rich array of intelligent peripherals and analog features make this microcontroller suitable for a large number
of applications, including security panels, industrial controls and motor control, including AC Induction and
Brushless DC motors.
ZNEO Z16F Key Feature Summary
• 16-bit optimized Single-Cycle CISC core
• 128 KB of in-circuit programmable Flash memory
• Highly integrated Digital/Analog peripherals
- Operational Amplifier
- Analog Comparator
- Internal Precision Oscillator
- 4-Channel DMA Controller
- 12-bit PWM module
• Flexible communication interfaces, including two 9-bit UARTs with LIN & IrDA, I2C, ESPI
• 12-Channel, 10-bit ADC with a time tag that supports simultaneous conversions
ZNEO Z16F Block Diagram
ZNEO CPU Core Features
Up to
128 KB
Flash
• Register-to-register-based architecture
Up to 4 KB
SRAM
12-Channel
10-Bit ADC
• 20 MIPS throughput at 20 MHz
• 8-, 16-, and 32-bit ALU operations
• 16-bit internal and external bus widths
12-Bit
PWM Module
Three 16-bit
Timers
20 MHz
ZNEO®
CPU Core
Watchdog Timer
w/RC Oscillator
POR/VBO
& Reset Control
Crystal/RC
Oscillator
On-Chip
Debugger
Operational
Amplifier
• Built-in 32 x 32 multiply operations
(signed and unsigned)
Internal
Precision
Oscillator
4-Channel
DMA Controller
Analog
Comparator
• Built-in 64 by 32 divide (unsigned)
• Compiler friendly instruction set
ESPI, I2C, and 2 UARTs with IrDA & LIN
Up to 76 General-Purpose I/O Pins
External Interface
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ZNEO Z16F Flash Controller Detailed Feature Set
key hardware features
ZNEO cpu cOrE
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zneo cpu core
Zilog’s ZNEO Z16F CPU meets the continuing demand for faster and more code-efficient microcontrollers.
The ZNEO Z16F CPU features are as follows:
on-chip flash memory
analog peripherals
communication peripherals
• Pipelined architecture: Fetch, Decode, and Execute
• 16 MB of Program memory address space for object code and data with 8- or 16-bit data paths
• 8-, 16-, and 32-bit ALU operations
• 24-bit stack with overflow protection
• Direct register-to-register architecture allows each memory address to function as an
accumulator. This improves execution time and decreases the required program memory
• New instructions improve execution efficiency for code developed using higher-level
programming languages including ‘C’
For more information on the core architecture, please refer to the ZNEO Z16F CPU User Manual (UM0188)
available for download at www.zilog.com.
on-chip flash memory
The products in the ZNEO Z16F Series feature up to 128 KB of non-volatile Flash memory with read/write/
erase capability. The Flash memory is programmed and erased in-circuit by either user code or through the
On-Chip Debugger (OCD). The Flash memory array is arranged in 2 KB pages. The 2 KB page is the mini-
mum Flash block size that is erased. The Flash memory is also divided into eight sectors, which is protected
from programming and erase operations on a per sector basis.
analog peripherals
The ZNEO Z16F Series devices include a 12-channel ADC. The ADC converts an analog input signal to a
10-bit binary number. The features of the successive approximation ADC include:
• 12 analog input sources multiplexed with GPIO ports.
• 2.5 μs conversion time
• Automatic Time-Tag of results
• Programmable timing controls
The ZNEO Z16F devices feature a general-purpose comparator and an operational amplifier.
• Moderate speed comparator (200 ns propagation delay) with a maximum input offset of 5 mV
• Two-input, one-output operational amplifier with a typical open loop gain of 10,000 (80 dB)
communication peripherals
The ZNEO Z16F devices feature a rich array of communication peripherals, including:
• 2 UARTs
- LIN Master/Slave
- IrDA Encoder/Decoder
- Multiprocessor 9-bit Mode
• Enhanced SPI (ESPI)
• I2C Master/Slave
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ZNEO Z16F Flash Controller Detailed Feature Set (continued...)
key hardware features
flexible timers
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flexible timers
dma controller
interrupt control
ipo
The ZNEO Z16F Series contains three 16-bit reloadable timers used for timing, event counting, or generation
of Pulse Width Modulator (PWM) signals. The timers include the following features:
• 3-Phase, 12-bit PWM with 6 outputs
• 3, 16-bit timers with 8 Modes
single-pin debug
• Watchdog timer with RC Oscillator
4-channel dma controller
The four DMA channels are used to transfer data from memory to memory, memory to peripherals, peripherals
to memory, or peripherals to peripherals. The features of DMA controller include:
• Four independent DMA channels
• Supports Internal and External Memory
• Direct and Linked List Modes
• Round-Robin Channel Priority
• Byte, word, or quad operation, up to 64K transfers (64 KByte, 64 KWord or 64 KQuad)
• Shared bandwidth ZNEO Core
flexible interrupt control
The ZNEO Z16F Series includes offers interrupt control flexibility including:
• 8 External Rising or Falling Edge
• 4 External Dual Edge
• Vectored or Polled Interrupts
• 24 Interrupts with 3 Programmable Priority Levels
internal precision oscillator
The ZNEO Z16F incorporates a fully integrated Internal Precision Oscillator (IPO) that eliminates the need for
external components. With nominal untrimmed accuracy of 30ꢀ., and the ability to manually trim the oscillator
to achieve a 4ꢀ frequency accuracy over the operating temperature and supply voltage range of the device,
the ZNEO Z16F provides a best-in-class IPO feature set, including:
• On-chip RC oscillator which does not require external components
• Nominal 30ꢀ accuracy without trim or manually trim the oscillator to achieve a 4ꢀ
• Typical output frequency of 5.5296 MHz or 32 kHz
• Trimming possible through Flash option bits with user override
• Eliminates crystals/ceramic resonators in applications where high timing accuracy is not required
single-pin on-chip debug
All of Zilog’s embedded Flash devices offer a uniquely integrated On-Chip Debugger (OCD) that provides the
following advanced features:
• Only 1 pin, frees up other pins
• Unlimited Software Breakpoints
• 4 Hardware Breakpoints
• In-Circuit Flash Programming
• Instruction Execution Trace
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ZNEO Z16F Development Tool Support
The ZNEO Z16F devices are backed by a comprehensive development tools package that includes all the
necessary design essentials to get your application up and running in record time.
• ZNEO® Z16F Series Development Board
• USB Smart Cable for PC to ZNEO® Z16F Series
• 5 V DC power supply
The ZNEO Z16F Series is also supported by ZDS II—Zilog’s Integrated Development Environment (IDE) with
ANSI C-Compiler (available on www.zilog.com). The ZDS II IDE includes:
• Sample Code
• Product Specifications (Data Sheets)
• Product Briefs
• ZNEO® CPU User Manual
Haꢀdwaꢀe Tools & paꢀt Nꢁmbeꢀ Oꢀdeꢀing Infoꢀmation
• ZNEO® Z16F Series Development Kit (part #: Z16F2800100ZCOG)
• Opto-Isolated USB Smart Cable Accessory Kit (part #: ZUSBOPTSC01ZACG)
• USB Smart Cable Accessory Kit (part #: ZUSBSC00100ZACG)
• Ethernet Smart Cable Accessory Kit (part #: ZENETSC0100ZACG)
ZNEO Z16F Design Architecture
Multi-Channel
PWM Timers
WDT with
RC Oscillator
POR/VBO
& Reset Control
ADC 10-bit
12-Channel
Crystal/RC
Oscillator
Comparator
ZNEO Z16F
20 MHz
CPU
On-Chip
Debugger
Operational
Amplifier
3 x Timer
DMA
Controller
I2C
Interrupt
Controller
ESPI
Flash
128 KB
4 KB
2 x LIN-UART
with IrDA
Controller
RAM
Controller
Ports/
External
Interface
C
D
E
F
G
H
K
A
B
J
ZNEO Z16F Bloꢂk Diagꢀam & System Flow chaꢀt
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Silicon Ordering Information
Order the ZNEO Z16F Flash microcontrollers from your local Zilog sales representative by using the part
numbers below. For more information, or to download product collateral and/or software, please visit us at
www.zilog.com.
paꢀt Nꢁmbeꢀ
Desꢂꢀiꢃtion/Oꢃtions
paꢂkages
Z16F28XXXX20XX
20 MHz; 128 KB Flash; 4 KB RAM;
80-pin QFP, 100-pin LQFP
64-pin LQFP, 68-pin PLCC
Up to 76 I/O; Std/Ext/AutomotiveTemp.
Z16F64XXXX20XX
Z16F32XXXX20XX
20 MHz; 64 KB Flash; 4 KB RAM;
100-pin LQFP, 80-pin QFP
100-pin LQFP, 80-pin QFP
Up to 76 I/O; Std/Ext/AutomotiveTemp.
20 MHz; 32 KB Flash; 2 KB RAM;
Up to 76 I/O; Std/Ext/AutomotiveTemp.
Note: The ‘X’s’ represented in the part numbers above refer to multiple options available at the time of ordering . The first ‘XX’
denotes device type (available with or without an External Interface); the second ‘XX’ denotes pin count and package. The
final two “XX” placeholders denote temperature options. Contact your local Zilog sales representative for more information
and a complete list of available devices, or visit Zilog’s corporate website at www.zilog.com.
Documentation
The collateral referenced below is just a sample of the documentation available for the ZNEO Z16F Series
of embedded Flash controllers. For a complete listing of all available application notes, product specifica-
tions, user manuals, and sample libraries, please visit us at www.zilog.com.
Doꢂꢁment Nꢁmbeꢀ
PS0220
Desꢂꢀiꢃtion
ZNEO® Z16F Series Product Specification
ZNEO® Z16F Series of Microcontrollers Quick Start Guide
ZNEO® CPU User Manual
QS0057
UM0188
UM0202
ZNEO® Z16F Series of Microcontrollers Development Kit User Manual
Zilog Developer Studio II—ZNEO® User Manual
UM0171
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LIFE SUPPORT POLICY
ZILOG’S PRODUCTS ARE NOT AUTHORIZED FOR USE AS CRITICAL COMPONENTS IN LIFE SUPPORT DEVICES OR SYSTEMS
WITHOUT THE EXPRESS PRIOR WRITTEN APPROVAL OF THE PRESIDENT AND GENERAL COUNSEL OF ZILOG CORPORATION.
As ꢁsed heꢀein
Life support devices or systems are devices which (a) are intended for surgical implant into the body, or (b) support or sustain life and whose
failure to perform when properly used in accordance with instructions for use provided in the labeling can be reasonably expected to result in
a significant injury to the user. A critical component is any component in a life support device or system whose failure to perform can be
reasonably expected to cause the failure of the life support device or system or to affect its safety or effectiveness.
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Engineeꢀing Notes:
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embedded in life
WWW.ZILOG.COM
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408.513.1500
Zilog, ZNEO, and Z80 are trademarks of Zilog, Inc. in the United
States and in other countries.
©Zilog, Inc., 2007. All rights reserved. pB019206-0907
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