Dual 1x2 MEMS Switch(Module)

Dual 1x2 MEMS Switch(Module)

RD-MS-Dual-1×2-PM-M-780-90-10-FA-TTL PM Dual 1×2 MEMS Optical Switch is a high-performance polarization-maintaining fiber optical switch based on Micro-Electro-Mechanical Systems (MEMS) technology. It is specifically designed for fiber optic communication and sensing applications requiring strict polarization state maintenance. Featuring an advanced micro-mirror drive architecture, it offers ultra-low insertion loss, high extinction ratio, fast switching speed, and exceptional reliability. It is widely used in fiber optic sensing systems, precision optical measurement, laser scanning microscopy, Fiber Bragg Grating (FBG) monitoring, polarization-sensitive optical path switching, and other demanding applications.

  • Product Detail

Dual 1x2MEMS Switch(Module)

 

RD-MS-Dual-1×2-PM-M-780-90-10-FA-TTL

 

PM(Polarization-maintaining) Dual 1X2 MEMS Optical Swith,PM PM780,0.9mm loose

tube Fiber, FC/APC,TTL Control connection, 90x55x12mm

 

Applications

 

  • Fiber Optic Sensing Systems: Optical path switching and monitoring for FBG fiber grating sensor networks
  • Precision Optical Measurement: Polarization-sensitive optical testing and metrology equipment
  • Laser Scanning Microscopy: Fast routing and switching of multi-channel laser sources
  • Optical Communication Networks: Optical line protection, OADM, and ROADM applications
  • Spectral Analysis: Optical path selection and signal distribution for multi-channel spectrometers
  • Quantum Optics Experiments: Precise control and switching of polarization-maintaining optical paths

 

Environmental Conditions 

 

Parameters Unit Min Max
Storage Temperature -40 85
Operating Relative Humidity %RH 5 95
Operating Temperature -5 70
ESD Level (HBM) V 500  
Max Power Handling mw   500

 

Optical Specifications

 

Parameters Unit Specification
Channels CH Dual 1x2
Testing Wavelength nm 780
Insertion Loss dB ≤2.0(with connector)
Return Loss dB ≥50
extinction ratio dB ≥16dB
Repeatability dB 0.03dB Max
Crosstalk dB ≥50
PDL dB ≤0.15
TDL dB ≤0.3
Response Time ms ≤20
Durability Cycle ≥1×109
Drive Voltage(Max) V 5~12
Control Type

TTL(Parallel /Serial Port Compatibility)

The two switches are controlled on the same channel

Notes:

1. The loss is based on the test results at 23℃.

2. Repeatability is defined after 100 cycles.

 

Electronic Requirement

 

Pin Definition:

 

Pin number

Pin Assignment

Signal Type Description
1 D0 Input Data bit (D0) (low-order)
2 D5 Input Data bit (D5)
3 VCC Power Power Supply (DC 5V,1.0A)
4 D7 Input Data bit (D7) (high-order)
5 D6 Input Data bit (D6)
6 GND Power GND
7 D4 Input Data bit (D4)
8 D1 Input Data bit (D1)
9 TXD Output Data Transmit (TTL Level)
10 RXD Input Data Receive (TTL Level)
11 D2 Input Data bit (D2)
12 D3 Input Data bit (D3)
13 /BUSY Output

Low level means ready to reset or receiving data

14 /ALARM Output High level means running error
15 /STROBE Input Falling edge execution data bit
16 /RESET Input Low level reset to channel 0

Note: Molex 87833-1620 is used for the electrical interfaces of this modules  and it is recommended to use Molex 87568-1694 for customer connectors.

 

UART program control instruction description

 

This module can receive control signals through the UART interface to enable automated measurements or real-time monitoring.

(1). This module can only execute one instruction at a time. Typically, the next instruction can be entered only after the program returns the corresponding value.

(2) Please use capital letters.

(3) In practical operation, the angle brackets "<" and ">" are used as the start and end delimiters respectively.

(4). Instruction error returns <ER>.

 

Program Control Instruction Set

 

Order Describe Example
     
     
     
     
     
     
     
     

 

 

 

 

 

 

 

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