MEMS VOA

DESCRIPTION

Product Function

MEMS Variable Optical Attenuator is an ideal component for contraling and  protecting OADM  and VMUX  systems during optics power too high .For additional network continuity when power lose.

Category:

Description

Optic Specifications

 

Parameter Specification Unit Note
 

 

Wavelength Range

850 / 1064 nm  
1310 nm O Band
1530~1570 nm C band
1570~1610 nm L band
Attenuation Type Bright    or Dark  
Attenuation Range ≥30 dB For Single Mode
Blocking state Attenuation ≥40 dB Dark Type
Insertion Loss ≤0.7 dB For Single Mode
Attenuation Resolution Continuous  
Wavelength Dependent Loss ≤0.3 dB @<0 dB Att.
≤1.5    Typical 0.8 dB @<20 dB Att.
Polarization Dependent Loss 0.1 dB @<0 dB Att.
0.5 dB @<20 dB Att.
Temperature Dependent Loss ≤0.7 dB @<0 dB Att. compare with RT
≤1.5 dB @<20 dB Att. compare with RT
Return loss ≥45 dB For Single Mode
Response time ≤2 ms 10-90%optical power
Optical Power Handing 500 mW  
Driving Voltage 6.5 or 15 V  
Power Consumption ≤2 mW  
Operation Temperature 0~70  
Storage Temperature -40~85  
Dimension 5.5×17 mm  

Notes: 1. Specified without connectors.    2. Add an additional  0.2dB loss per connector.

OPERATION/STORAGE TEMPERATURE/HUMIDITY

Parameters Specification Unit
Operation Temperature -5~+65
Storage Temperature -40~+85
Operation Humidity 5~95 %RH
Storage Humidity 5~95 %RH

 

PIGTAIL AND CONNECTOR

 

Parameters Specification Unit
Fiber Type SMF, G657  
Pigtail Type 250um, Bare fiber  
Pigtail Length 100±10 cm
Connector NA  

Dimension

Electrical Connector Configuration


Ordering
 information

 

MEVOA × × ×× × ×× × × ×
    wavelength At t.

Type

Drive

Vo ltage

Fiber Type P igtail

Length

P igtail Type   Input output
    1=850nm   2=1064nm

3=1310nm

4=1550nm

X=Customized

B=Bright

D=Dark

05=5V

15=15

1=SMF-28

2=HI1060

3=MM50/125

4=MM60/125

X=Customized

05=0.5m

10=1.0m

B=Bare Fiber L=900um

Loose Tube

  0=None

1=FC/UPC

2=FC/APC

3=SC/UPC

4=SC/APC

5=LC/UPC

6=LC/APC

0=None

1=FC/UPC

2=FC/APC

3=SC/UPC

4=SC/APC

5=LC/UPC

6=LC/APC