Features
● Minimal insertion loss
● Exceptional signal stability
● High-speed switching capabilities
● Broad wavelength coverage
● Energy-efficient performance
● Robust and compact design
Applications
● Network Testing and Monitoring
● Fiber Optic Network Redundancy
● Optical Signal Routing
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Specifications
|
Operating Wavelength |
1260~1620nm(SM) 850nm(MM) |
Insertion Loss |
≤1.0dB |
|
Wavelength Dependent Loss |
≤0.25dB |
Polarization Dependent Loss |
≤0.05dB |
|
Temperature Dependent Loss |
≤0.20dB |
Return Loss |
SM≥50dB MM≥30dB |
|
Cross Talk |
SM≥55dB MM≥35dB |
Switch Time |
≤8ms |
|
Repeatability |
≤±0.02dB |
Durability |
≥107 times |
|
Operating Voltage |
3 or 5V |
Switch Type |
Non-Latching/Latching |
|
Operating Temperature |
－20~＋70℃ |
Storage Temperature |
－40~＋85℃ |
|
Optical Power |
≤500mW |
Dimension |
27.0L×12.0W×8.2H mm |
Pin Configurations
|
Type |
Optical Route |
Electric Drive |
State Sensor |
||||||
|
1×2 |
Pin 1 |
Pin5 |
Pin6 |
Pin10 |
Pin 2-3 |
Pin3-4 |
Pin7-8 |
Pin 8-9 |
|
|
Latching |
P1-P2 |
-- |
-- |
GND |
V＋ |
Close |
Open |
Open |
Close |
|
P1-P3 |
V＋ |
GND |
-- |
-- |
Open |
Close |
Close |
Open |
|
|
Non-latching |
P1-P2 |
-- |
-- |
-- |
-- |
Close |
Open |
Open |
Close |
|
P1-P3 |
V＋ |
-- |
-- |
GND |
Open |
Close |
Close |
Open |
|
Mechanical Dimensions (Unit:mm)
Optical Route
Ordering Information
|
FSW |
-1X2- |
-Wavelength- |
-Switch Type- |
-Voltage- |
-Fiber Type- |
-Package- |
-Fiberlength- |
-Connector- |
|
1060＝1 C＋L＝2 1310＝3 1410＝4 1550＝5 650＝6 780＝7 1260-1610=A 1310/1550＝9 850=8 Special＝0 |
Latching＝1 Non-latching＝2 MINI Latching＝3 MINI Non-latching＝4 Special＝0 |
3V=3 5V=5 Special＝0 |
SM28=1 50/125=5 62.5/125=6 Special＝0 |
Bare fiber=1 900um tube=3 Special＝0 |
0.25m=1 0.5m=2 1.0m=3 Special＝0 |
None=1 FC/PC=2 FC/APC=3 SC/PC=4 SC/APC=5 ST/PC=6 LC/PC=7 Duplex LC=8 Special＝0 |
FAQ
1. What is opto-mechanical switch
A: An opto-mechanical switch, alternatively referred to as an electro-optic switch or optical switch, serves the purpose of directing or switching optical signals between various paths or channels in a selective manner. It accomplishes this by physically altering the position of an optical component, like a mirror or prism, thereby controlling the direction of the light flow.
2. What is better optical or mechanical switch ?
A: Choosing between optical and mechanical switches depends on several factors, including the specific application requirements, budget constraints, and desired performance characteristics. In applications where low insertion loss, high reliability, and wide bandwidth are critical, optical switches may be the preferred choice. On the other hand, if cost-effectiveness and simplicity are more important, mechanical switches could be a better option.
3. What are the different types of optical switches
A:Optical switches, also referred to as opto-mechanical switches, are devices designed to transmit signals and manage data flow through the utilization of light. In contrast to traditional mechanical switches that rely on physical contacts and metallic components, these switches utilize light beams for the detection and redirection of signals.
