Multi-channel multi-mode attenuator module
Features
High stability, High reliability, Low insertion loss, Quick response


Application

High transmission optical power, Optical path power balance, Channel transmission balance
Product Consultation
Detailed information
Multi-channel multi-mode attenuator module

Features

High stability
High reliability
Low insertion loss

Quick response


Application

High transmission optical power
Optical path power balance

Channel transmission balance


Parameter

Operating voltage(V)

8-12V(or 5V)

Operating wavelength(nm)

1260-1650 or 980nm/1064nm

Center wavelength(nm)

1310/1550/1064

attenuation range(db)

0-60

Insertion loss

0-30

≤1.2

0-40

≤2.0

0-60

≤2.5

Attenuation stability(db)

±0.04(max)

Return loss(db)

> 55

Operating temperature(℃)

- 20~60

Storage temperature(℃)

-40~80

Connector type

Optional

Pigtail length

Can be Customized

Control agreement

RS232

Channel number

Can be Customized

Dimensions(LXWXH)


1-4CH

86X77X18 mm

5-8CH

100X90X22mm

9-16CH

170X100X28mm

Wiring Instruction

Function

Color

functional definition


Positive

 

red

Positive pole 

black

Negative pole


Serial port   RS232

 

DB9-2

TX

DB9-3

RX

DB9-5

GND


Control methods

1.Serial Port Configuration

serial port options

Data set

Baud rate

9600

Stop bit

1 Digital

Data bit

8 Digital

Parity Check

No

Whether to send in hexadecimal format

Yes


2.Communication frame

Fuction

Instruction

Description


Set attenuation value

FC ID 11 00 XX XX FE


XX XX is the attenuation value to be set(example:set 1 channel is 10dB,sending data is 1000,convert hexadecimal to 03 E8,then the sending data is FC 01 11 00 03 E8 FE


Fine tuning

FC ID 12 00 XX XX FE


XX XX is 0~FFF

FC ID 13 00 XX XX FE


Fine tuning save

FC ID 14 00 00 00 FE

ID is the channel value to be set.


Ordering info

VOA- M

port

Working wavelength

Fiber type

Fiber length

Connector

 

1

2

...

10=1060nm

13=1310nm

15=1550nm

16=1625nm

X=other


1= Bare fiber

2=900um Fibre optical

1=1M

0=others

0=None

1=FC/APC

2= FC/PC

3=SC/APC





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