LDPF0012-FCR [TE]

PINFET optical receiver modules; PINFET光接收模块


型号：	LDPF0012-FCR
厂家：	TE CONNECTIVITY
描述：	PINFET optical receiver modules PINFET光接收模块
文件：	总2页 (文件大小：88K)
中文：	中文翻译
下载：	下载PDF数据表文档文件

MTS - LDI

4 Olsen Avenue

Edison, NJ 08820 USA

Voice (732) 549-9001

Fax: (732) 906-1559

Laser Diode Incorporated

ISO 9001:2000 Certified

Internet: www.laserdiode.com

Email: sales@laserdiode.com

PINFET

¾GR-468-CORE Telcordia

optical receiver modules

Qualified

¾High Sensitivity

¾High Overload Power

¾Wide Dynamic Range

¾850, 1310, 1550nm Operation

¾Hermetic Package – Industry

Standard 14 Pin DIP Package

¾ Custom MIL or IEC Screening

Introducing LDFR Series

with Single Supply Option!

The Laser Diode Inc. PINFET provides an excellent solution for optical receiver systems that require both

high sensitivity and wide dynamic range. Applications include telecommunications line-terminating

equipment or repeaters and optical sensor systems. The receiver package offers high reliability satisfying

Telcordia specifications.

Specifications and Limits

Performance @ 25°C (+/- 5.0 VDC)

Minimum¹

Bandwidth

Suggested²

Data Rate

Sensitivity³

(dBm)

Dynamic

(dB)

Range

Trans-

impedance

(MHz)

120

250

110

120

250

(Mb/s)

168

350

155

168

350

max

-54

-51

-48

-47

-43

-40

-35

-54

-50

-48

-46

-41

-38

-51

-48

-45

-44

-40

-37

-32

typ

-56

-53

-50

-49

-45

-42

-37

-56

-52

-50

-48

-43

-40

-53

-50

-47

-46

-42

-39

-34

typ

(Kohms)

1100

740

LDPF 0004

LDPF 0012

LDPF 0024

LDPF 0032

LDPF 0065

LDPF 0120

LDPF 0250

LDPW 0003

LDPW 0012

LDPW 0024

LDPW 0036

LDPW 0065

LDPW 0110

LDSF 0004

LDSF 0012

LDSF 0024

LDSF 0032

LDSF 0065

LDSF 0120

LDSF 0250

LDPF Series

(non-AGC)

340

210

1100

350

340

210

LDPW Series

(AGC)

1100

740

340

210

LDSF Series

(non-AGC)

Dynamic

(dB)

Range

Minimum¹

Bandwidth

(MHz)

NEIP

pW/SqRt Hz

typ

Sensitivity³

(dBm)

max

-52

-54

Trans-

impedance

(Kohms)

940

typ

-54

-56

typ

LDFR 0850R

LDFR 1550R

0.30

0.25

LDFR Series

(non-AGC)

LDI Document #10-4400-0008 Rev. D 12/17/08

Common Characteristics @ 25°C

LDSF & LDPF Series

LDPW Series

LDFR Series

min

typ

0.5

max

min

-3

typ

0.5

max

min

typ

0.5

max

Dark Current @ -5V

dBm

Sensitivity Level

(dBm) +25dB

Sensitivity Level

(dBm) +25dB

Maximum Optical Input @ -5V

Sensitivity Derating Over

Temperature

A/W

Detector Responsivity

850nm

0.9

0.95

2.5

1000

0.6

0.9

0.65

0.9

0.95

0.8

1000

1300nm

1550nm

0.95

3.0

Maximum Output Signal Level

Output Impedance

Load Impedance

Supply Voltage

Power Supply Current +5V

Power Supply Current -5V

Ohms

1000

4.5

5.5

4.5

5.5

4.75

5.25

50/125/245/900

Fiber - MM Tight Buffer

Absolute Maximum Ratings

Notes:

LDPF, LDPW &

LDSF Series

1. Bandwidth is measured at the –3dB point.

Units

LDFR Series

Operating Temperature

Storage Temperature

Positive Supply Voltage

Negative Supply Voltage

Detector Bias

°C

-40 to +70

-55 to +85

2. A given bandwidth will typically support an NRZ data rate of 1.4

times the 3dB bandwidth.

-40 to +85

-55 to +85

-7

3. Sensitivity is calculated using the noise voltage measured at

25^oC at the output of a 3-pole Butterworth filter whose bandwidth

equals that of the PINFET’s minimum specified bandwidth.

Sensitivity is specified as the average optical power in dBm

measured at 1300nm and T_a= 25^oC for a BER \of 10^-9.

-10

Soldering time at 260°C

secs

Part Numbering Diagram

Outline Drawing

Bandwidth

0004 = 4MHz

0005 = 5MHz

0012 = 12MHz

0024 = 24MHz

0032 = 32MHz

0065 = 65MHz

RoHS Compliant

Designator

0120 = 120 MHz

0250 = 250MHz

__ __ __ __

__ __ __ __ __ __ R

Series Indicator

LDPF

Connector Type

FC = FC / PC

LC = LC / PC

SC = SC / PC

ST = ST®

No Characters = No Connector

LDPW

LDSF

LDFR

Pin Assignments

Function

-5 V detector bias

2,6,9,11 no connection

12,13,14 no connection

3,5,8 ground

Detailed package drawings are available upon request.

-5 volts (LDFR = NC)

output

10 +5 volts

Products can be ordered directly from Laser Diode Inc. or its representatives. When ordering, refer to the numbering diagram above.

For a complete listing of representatives, visit our website at www.laserdiode.com

Personal Hazard and Handling Precautions:

Handle optical fiber with normal care, avoiding

stretch, tension, twist, kink or bend abuse.

ESD precautions apply.

Warranty:

Notice:

Please refer to your product purchase

agreement for complete details or check

with your Laser Diode sales representative.

Laser Diode Inc. reserves the right

to make changes to the products or

information contained herein without

notice. No liability is assumed as a

result of their use or application.

LDI Document #10-4400-0008 Rev. D 12/17/08

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