1X8 MEMS OSW Cylindric Device

1X8 MEMS OSW Cylindric Device
1X8 MEMS OSW Cylindric Device
1X8 MEMS OSW Cylindric Device
1X8 MEMS OSW Cylindric Device
1X8 MEMS OSW Cylindric Device
1X8 MEMS OSW Cylindric Device
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Description
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 compliant.

Product Configurations

Note: “C”: common port

“1、2、3...16”:possible selected output ports=1~16

Optic Specification
No. Parameters Unit Value Notes
2.1 Wavelength nm 1528~1565 or customer specify
2.2 Test Wavelength nm 1550 -
2.3 OSW Channels - 8 -
2.4 Insertion Loss dB ≤1.0 @CWL±20nm, 23°C without connectors
2.5 Return Loss dB ≥40 -
2.6 Repeatability dB ≤0.1 -
2.7 Crosstalk dB ≥40 -
2.8 Polarization Dependence Loss dB ≤0.2 -
2.9 Wavelength Dependence Loss dB ≤0.3 @CWL±20nm, 23°C
2.10 Temperature Dependence Loss dB ≤0.4 -
2.11 Operation Temperature °C -5~70 -
2.12 Storage Temperature °C -40~85 -
2.13 Switch Time ms ≤30 -
2.14 Durability cycle ≥1x109 -
2.15 Maximum optical Power mW ≤500 -
2.16 Switch Mode - Non-latching -
2.17 Control Voltage V ≤60v -
Operation/storage Temperature/humidity
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 -
Pigtail and Connector
NO PARAMETER SPECIFICATION UNITS NOTE
4.1 Fiber Type G657A2 or G657B3 250um bare fiber - -
4.2 Fiber Pigtail(All Ports) 250um fiber - -
4.3 Fiber Length(All Ports) (customer specify) 1.00±0.05(customer specify) m with connector length
4.4 Optical Connector (All port) None (customer specify) - -
Mechanical Drawings
Optic Ports and Electronic Pins Definition
Electronic Pins Definition
Pin NO. Property Note
1 GND -
2 Anode(+)1 Vx
3 Anode(+)2 Vy
Port Control
Port U1(V) U2(V)
1 U1 U2
2 U1 U2
3 U1 U2
4 U1 U2
- - -
- - -
- - -
- - -
Fiber Length
Label Definition

On the module
P/N: xxxxxxxxxxx
S/N: xxxxxxxx

Label Definition

X=com,CH1,CH2,CH3……CHN

Others

ESD Packing
RoHS and GR-1073 compliance

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