Mems VOA with High Reliability for Optical Receiver Protection

Min.Order: 1
Product origin: Mianyang, Sichuan, China
Infringement complaint: complaintComplaint
US$ 30

Description
Dynamic Variable Optical Attenuator (DVOA) based on MEMS is an important component for power regulation in all-optical networks. It can realize the full remote control of all optical network. Here are some main applications: preset optical power balancing, channel transmission balancing, optical automatic gain regulation, optical receiver protection, etc. The DVOA product developed by our company adopts MEMS control chip and unique optical design, which makes the product more miniaturized, lower cost, and more rapid response, with higher stability and reliability, and easy to manufacture.

 
FeaturesApplications
High reliabilityHigh transmission optical power
High stabilityOptical path power balance
Low insertion lossChannel transmission equalization
Rapid responseOptical automatic gain adjustment
small volumeOptical receiver protection
 optical on &off


Specifications
ParametersUnitIndexNotes
Wavelength rangenm 1260-1650nm or 980nm/1064nm
Attenuation type Normally bright or dark
Attenuation rangedB≥30 
Max. attenuation rangedB≥45 
Insertion lossdB≤0.7 (0.5 Typ.)Without the connector loss
Attenuation type Continue 
WDLdB≤0.10dB test
≤120dB test
Ripple wavedB≤0.050.4nm Broadband is tested at 20dB
PDLdB≤0.10dB test
≤120dB test
TDLdB≤0.150dB test comparison
≤120dB test comparison
Return lossdB≥55 
PMDps≤0.5 
Respond timems≤2  (1 Typ.)10-90% optical power
optical power resistant abilitymW300 
Driving voltageVDC6VTyp. is 40dB at 5.2V
Power consumptionmW≤2 
Operating temperatureºC0 to 70 
Storage temperatureºC-40 to 85 

ordering information:
ZGVOAPortOperation wavelengthFiber typeFiber lengthConnector
 1=Normally close
2=Normally open
0101=1X1
 
10=1060nm
13=1310nm
15=1550nm
16=1625nm
X=Others
1=Bare fiber1=1M0=None
1=FC/APC
2= FC/PC
2=900um Optical fiber
 
 3=SC/APC
4=SC/PC
5=ST
6=LC
XX=OthersXX=OthersXX=Others

 Packaging Dimension and Pin Type

Linearity



 

 



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