Optical Switch 1X2 – PM – 1064 nm
Description
GEZHI´s 1×2 polarization maintaining mechanical optical switch has been widely used in the field of PON networks,optical cross and connection system,network monitor,optical fiber ring protection along with excellent features:very low insertion loss(less than 0.8dB),fast switch speed,high stability & compact size.The fast devlivery time and professional technical service has help GEZHI got a high reputation from our exsisting clients.More detials,please feel free to contact our sales.
Features High Extinction Ratio Low Insertion Loss Latching or Non-Latching Type |
Applications Optical Cross and connection system Fibre sensor |
Technical Paremeter
Parameter |
1X2 |
Wavelength (nm) |
1064 |
Bandwidth(nm) |
±20 |
Insertion Loss (dB) |
≤1.2 (Typ 0.8) |
Extinction Ratio(dB) |
≥20 |
Cross Talk(dB) |
≥55 |
Return Loss (dB) |
≥55 |
Repeatability(dB) |
≤±0.05 |
Switch Time(ms) |
≤10 |
Durability(cycle) |
≥107 |
Switch mode |
Latching or Non-latching |
Operating Temperature(°C) |
-5 ~ +75 |
Storage Temperature(°C) |
-40 ~ +85 |
Drive Voltage(V) |
5 ±0.5 |
Optical Power |
<500 |
Fiber Type |
Panda fiber |
Dimension (LxMxH) (mm) |
(L)26.5×(W)13.4×(H)11 (P2) |
Electrical Drive(Latching Type)
Optical Path |
Electrical Drive |
Status Sensor |
||||||
Pin1 |
Pin10 |
Pin5 |
Pin6 |
Pin2-3 |
Pin3-4 |
Pin7-8 |
Pin8-9 |
|
1-2 |
+V Pulse |
GND |
N/A |
N/A |
open |
close |
close |
open |
1-3 |
GND |
+V Pulse |
N/A |
N/A |
close |
open |
open |
close |
Electrical Drive(Non-Latching Type)
Optical Path |
Electrical Drive |
Status Sensor |
||||||
Pin1 |
Pin10 |
Pin5 |
Pin6 |
Pin2-3 |
Pin3-4 |
Pin7-8 |
Pin8-9 |
|
1-2 |
N/A |
N/A |
N/A |
N/A |
open |
close |
close |
open |
1-3 |
GND |
+V Pulse |
N/A |
N/A |
close |
open |
open |
close |
Dimensions:
Ordering Information
PMOSW |
Type |
Wavelength |
Mode |
Pigtail Type |
Fiber Type |
Length |
Connector |
1×2 |
1310=1310nm 1550=1550nm |
L=Latching N=Non-Latc hing |
250=250um bare fiber 900=900um loose tube |
5=Panda Fiber |
0.8=0.8 m |
NE=None FC=FC/UPC SC=SC/UPC FA=FC/APC |
|
SA=SC/APC |
|||||||
ST=ST/UPC |
|||||||
LC=LC/UPC |
|||||||
xx=Others |