• 1X1 MEMS Optical Switch

1X1 MEMS Optical Switch





1X1 MEMS Optical Switch

1. DESCRIPTION
1.1 Product Function
MEMS OSW is based on micro-electro-mechanical system (MEMS) technology, which achieved low insertion loss and highly repeatability by rotating the mirror of MEMS chip.
MEMS OSW is mainly used in optical cross and connection (OXC) system, optical add/drop system, measure instrument system and optical signal monitoring system.
The products are Telcordia GR-1073-CORE qualified, and RoHS ompliant.
1.2 Product Configurations

2.OPTIC SPECIFICATION
Optical Specifications
No. Parameters Unit Value Notes
1 Wavelength nm 151525~1565  
161610 ~1660
2 Insertion Loss Without connector dB ≤0.8  
With connector dB ≤1.2  
3 Return Loss dB ≥50  
4 Repeatability dB ≤0.1  
5 Crosstalk dB ≥55  
6 Polarization Dependence Loss dB ≤0.15  
7 Wavelength Dependence Loss dB ≤0.3  
8 Temperature Dependence Loss dB ≤0.3  
9 Switch Time ms ≤0.5  
10 Durability cycle ≥1x109  
11 Maximum optical Power mW ≤500  
12 Switch Mode   Non-latching  
13 Power Voltage V 5±0.25  
14 Power Consumption mW ≤500  
   
             

3. OPERATION/STORAGE TEMPERATURE/HUMIDITY
Environmental conditions
 
NO PARAMETER SPECIFICATION UNITS NOTE
3.1 Operation Temperature -5~65 °C  
3.2 Storage Temperature -40~85 °C  
3.3 Operation Humidity 5~95 %RH  
3.4 Storage Humidity 5~95 %RH  

4. PIGTAIL AND CONNECTOR
Pigtail and connector type/length
 
NO PARAMETER SPECIFICATION UNITS
4.1 Fiber Type SMF-28eG657A3  
4.2 Fiber Pigtail(All Ports) 250um  
4.3 Fiber Length(All Ports) 1±0.05 m
4.4 Optical Connector (All port) None  
4.5 Dimension 5.5X40 mm

5. MECHANICAL DRAWINGS
Figure 1 Mechanical Drawings



7.Ordering InformationMSW1×NABCDE –F -G
N A B C D E F G
Port Mode Wavelength Type Fiber Diameter Fiber Length Connector Shell
1
2
SM:9/125um
M5:50/125
M6:62.5/125
13: 1310nm
15: 1550nm
16: 1610nm
B:Bright
D:Dark
25:250um
 
05:0.5m
10:1.0m
15:1.5m
OO:None
FP: FC/PC
FA: FC/APC
SP: SC/PC
SA: SC/APC
LP: LC/PC
LA: LC/APC
T:TO46
M: Modular





 

Quick Inquiry

Recommend Read