EDL-070B [TDK]

Active Delay Line, 1-Func, 2-Tap, True Output, TTL, PDIP5, 5.08 MM HEIGHT, PLASTIC, DIP-8/5;


型号：	EDL-070B
厂家：	TDK ELECTRONICS
描述：	Active Delay Line, 1-Func, 2-Tap, True Output, TTL, PDIP5, 5.08 MM HEIGHT, PLASTIC, DIP-8/5 光电二极管逻辑集成电路延迟线
文件：	总2页 (文件大小：24K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

EDL Series

Delay Lines

Active Delay Lines

Lead

FEATURES

MAXIMUM RATINGS

Power supply voltage

Input voltage

VCC

• Waveform shaping circuits are not required for the built-in TTL

Vin

Operating

Storage

–0.5 to +5.5V

0 to +70°C

–55 to +125°C

IC.

• Integration into a dual-inline package achieves a compact size

only 5.08mm in height.

Temperature range

• These delay lines are transfer molded using high-performance

resins.

• They can be used with automated inserters.

SHAPES AND DIMENSIONS/CIRCUIT DIAGRAM

7.8max.

12max.

Vcc OUT1 OUT2

GND

8.4±0.5

7.62

Weight: 1.5g max.

Dimensions in mm

Tolerance: ±0.25

ELECTRICAL CHARACTERISTICS

Total delay time

Td(ns)

40±4

50±5

60±5

70±5

80±5

90±5

100±6

110±6

120±7

150±9

Delay time between

each tap td(ns)

20±3

30±4

40±4

Rise time

(ns)max.

Minimum input pulse width

(ns)min.

Part No.

EDL-040B

EDL-050B

EDL-060B

EDL-070B

EDL-080B

EDL-090B

EDL-100B

EDL-110B

EDL-120B

EDL-150B

50±5

60±6

70±7

100

120

150

Repeat cycle T=Td×30

• Measuring conditions

Power supply voltage V^CC: 5±0.1V/Ambient temperature: 25±1°C/No load between each tap

Speciﬁcations which provide more details for the proper and safe use of the described product are available upon request.

All speciﬁcations are subject to change without notice.

EDL Series

Delay Lines

Active Delay Lines

Lead

MEASURING CONDITIONS

INPUT/OUTPUT CHARACTERISTICS

Input voltage Vi

Pulse width conversion Pw

Repeat cycle T

Input rise time Tri

Power supply voltage V^CC

Ambient temperature Ta

3.2V

Standard value

Minimum Nominal Maximum

Measuring

conditions

Item

Td(Total delay time)×3

Pw×10 [Duty: 10%]

5ns max.

5±0.1V

25±1°C

Power supply

voltage V^CC

Input voltage

(H level) V^IH

Input voltage

(L level) V^IL

4.75V

5.25V

–

0.8V

–

WAVEFORMS

Output voltage

(H level) V^OH

VCC=4.75V

V^IH=2V

2.7V

3.4V

Tri

Tfi

I^OH=–1mA

VCC=4.75V

V^IL=0.8V

I^OL=20mA

VCC=5.25V

V^I=2.7V

VCC=5.25V

V^I=0.5V

VCC=5.25V

V^IL=0V

Output voltage

(L level) V^OL

–

0.5V

2.4V

1.5V

0.75V

Input current

(H level) I^IH

Input current

(L level) I^IL

Power supply

current I^CCL

–

50µA

–2mA

70mA

V^OH

2.4V

–

1.5V

0.75V

V^OL

45mA

tro

tfo

Vi : Input voltage

Td : Total delay time

Pw: Pulse width conversion

Tri : Input rise time

tro : Output rise time

tfo : Output fall time

(

OUTPUT LOAD CONDITIONS

)

V^OL: Output voltage L level

(

V^OH: Output voltage H level

Logic 1 output

Logic 0 output

20TTL load/tap [I^OH/IIH=1mA/50µA=20]

10TTL load/tap [I^OH/IIL=20mA/2mA=10]

Tfi : Input fall time

MEASURING CIRCUITS

Oscilloscope

Pulse generator

Vcc

OUT

GND

TRIG

OUT

E122_EDL

980420

Speciﬁcations which provide more details for the proper and safe use of the described product are available upon request.

All speciﬁcations are subject to change without notice.

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