2x2 Bypass Mechanical Optical Switch
Descriptions
The 2x2 fiber optic switch connects optical channels by directing or blocking an incoming optical signal into the output fiber. This is achieved using a patent pen-ding opto-mechanical configuration and activated via an electrical control signal.
Features
Unmatched Low Cost
Low Optical Distortions
High Return Loss High Isolation
Epoxy-Free Optical Path
High Reliability
Applications
Configurable Add/Drop
System Monitoring
Instrumentation
Channel Blocking
Specifications
Parameters |
Unit |
Specifications |
Operating Wavelength |
nm |
1260~1620(SM)、850(MM) |
Insertion Loss |
dB |
≤1.0 |
Wavelength Dependent Loss |
dB |
≤0.25 |
Polarization Dependent Loss |
dB |
≤0.05 |
Temperature Dependent Loss |
dB |
≤0.20 |
Return Loss |
dB |
SM≥50 MM≥30 |
Cross Talk |
dB |
SM≥55 MM≥35 |
Switch Time |
ms |
≤8 |
Repeatability |
dB |
≤±0.02 |
Durability |
times |
≥107 |
Operating Voltage |
V |
3 or 5 |
Switch Type |
|
Non-Latching/Latching |
Operating Temperature |
℃ |
-20~+70 |
Storage Temperature |
℃ |
-40~+85 |
Optical Power |
mW |
≤500 |
Dimension |
mm |
27.0L×12.0W×8.2H |
Pin Configurations:
Type |
Optical Route |
Electric Drive |
State Sensor |
||||||
2×2B |
Pin 1 |
Pin 5 |
Pin 6 |
Pin 10 |
Pin 2-3 |
Pin 3-4 |
Pin 7-8 |
Pin 8-9 |
|
Latching |
P1-P3 |
-- |
-- |
GND |
V+ |
Close |
Open |
Open |
Close |
P1-P4、P2-P3 |
V+ |
GND |
-- |
-- |
Open |
Close |
Close |
Open |
|
Non-latching |
P1-P3 |
-- |
-- |
-- |
-- |
Close |
Open |
Open |
Close |
P1-P4、P2-P3 |
V+ |
-- |
-- |
GND |
Open |
Close |
Close |
Open |
Ordering Information
22BMOS– A— B — C - D — E — F — G |
||
A |
Wavelength |
1060,C+L,1310,1410,1550,650,780,1260~1620,1310/1550,850,Special |
B |
Switch Type |
Latching, Non-latching, MINI Latching, MINI Non-latching, or others |
C |
Voltage |
03=3V,05=5V,Special |
D |
Fiber Type |
SMF-28e, 50/125, 62.5/125, OM3, etc |
E |
Pigtail Type |
BF=Bare Fiber, 0.9=900um tube, or others |
F |
Connector Type |
N=None, LC/UPC, LC/APC, SC/UPC,SC/APC, FC/UPC, FC/APC, etc |
G |
Fiber length |
003=0.3m, 005=0.5m; 010=1.0m 100=10m etc |
For example:22BMOS-1460~1620-05-SMF28e-0.9-N-010 |