Switch Type:MEMS
Package Type:Module
Fiber Configuration:1xN
Optical Ports:N≤32
Fiber Type:SM, 9/125
GLSUN's MEMS 1xN single mode (SM) optical switch is a specialized device designed to precisely direct an optical signal from a single input fiber to one of N output fibers. It utilizes Micro-Electro-Mechanical Systems (MEMS) technology to achieve this with high accuracy and speed.
Features
· Base on MEMS Technology
· Small Package
· High Stability, High Reliability
· Epoxy-free on Optical Path
· Non-latching
Applications
· DWDM Networks
· Channel Monitor
· R&D in Laboratory
· Configurable OADM
Specifications
Parameters |
Unit |
SUN-MS-S1-1XN(≤32)-SM |
Wavelength Range |
nm |
1260~1650 |
Test Wavelength |
nm |
1310/1550 |
Insertion Loss 1,2,3 |
dB |
0.6(TYP) 1.0(MAX) N≤8 1.0(TYP) 1.6(MAX) N≤16 1.6(TYP) 2.0(MAX) N≤32 |
WDL 4 |
dB |
≤0.3 |
PDL 1,2 |
dB |
≤0.15 |
TDL1,2 |
dB |
≤0.3 |
Return Loss 1,2 |
dB |
≥45 |
Crosstalk 1,2,3 |
dB |
≥50 |
Repeatability 5 |
dB |
≤±0.05 |
Power Supply |
V |
4.8~12.5 |
Power Consumption |
mW |
≤500 |
Durability |
Cycles |
≥109 |
Switch Time |
ms |
≤30 |
Transmission Power |
mW |
≤500 |
Operating Temperature |
℃ |
-5~+70 |
Storage Temperature |
℃ |
-40~+85 |
Dimension |
mm |
Type A: 39.1(L) x 24.7(W) x 11(H) ±0.2 Type B: 65(L) x 24.7(W) x 11(H) ±0.2 |
Note: 1 Within operating temperature and SOP,MM CPR>16. 2 Excluding connectors. 3 Power off isolation same as cross-talk. 4 WDL is specified in a ±20 nm of 1310nm,at 23°C. 5 Repeatability is defined after 100 cycles. |
SUN-MS-S1-1xN(≤32)-A-B-C-D-E-F-G
(MS:MEMS Optical Switch; S1:Series 1)
N |
A |
B |
C |
D |
E |
F |
G |
Output Number |
Fiber Type |
Package Type |
Test Wavelength |
Tube Type |
Fiber Length (Include connector) |
Connector |
Interface |
8:8 16:16 24:24 32:32 X:Other |
SM:SM, 9/125 X:Other |
A:TypeA B:TypeB |
1310:1310nm 1550:1550nm 1315:1310&1550nm X:Other |
25:250um (TypeA) 90:900um (TypeB) |
05:0.5m±5cm 10:1.0m±5cm 15:1.5m±5cm X:Other |
FA:FC/APC FP:FC/PC LA:LC/APC LP:LC/PC SA:SC/APC SP:SC/PC X:Other |
TTL: TTL/UART I2C: I2C/UART |