:
 

Polarization Maintaining Filter Wavelength Division Multiplexer
WDM main page
1310/1550nm or 1480/1550nm
The polarization maintaining filter WDM series provide wavelength division multiplexing while maintaining signal polarization. PM FWDM is based on environmentally stable thin film filters technology and are characterized with high extinction ratio, low insertion loss, and high return loss. They are ideal for high speed WDM network systems.

Specifications - polarization maintaining filter WDM

Parameters
Values
Wavelength Range 1270nm - 1350nm(1530 - 1600) 1450nm - 1490nm (1530-1600) 1500nm - 1520nm(1530 - 1570)
Pass Band
Insertion Loss
£ 0.6dB
£ 0.6dB
£ 0.7dB
 Isolation
³ 25dB
³ 25dB
³ 25dB
Wavelength Range 1270nm - 1350nm(1530 - 1600) 1450nm - 1490nm(1530-1600) 1500nm - 1520nm(1530 - 1570)

 

 

Reflection Band
Insertion Loss
£ 0.5dB
Typ. Isolation
15dB
Min. Isolation
12dB
Return Loss
³50dB
Extinction Ratio

³20dB

Thermal Stability
£0.005dB/°C
Max. Optical Power (CW)
300mW
Max. Tensile Load
5N
Operation Temperature
-5°C to +70°C
Storage Temperature
-40°C to +85°C
Note1:The PM fiber and the connector key are aligned to the slow axis.
Note2: Values specified are without connector loss.   
 

Package Dimensions - PM FWDM, polarization maintaining filter WDM

 

 

 

Ordering Information polarization maintaining filter WDM
WDM-PM-SSSS-X-Y-Z
SSSS: Wavelength 1315 - 1310 Pass/1550 Reflect,                                  1513-1310Reflect/1550Pass,                                                                 1415 - 1480 Pass/1550 Reflect,                              1514 - 1480 Reflect/1550 Pass
X: Pigtail  type B - 250 um panda fiber, L - 900 um loose tube panda fiber, C - 3mm cable, S - Specify
Y : Pigtail length  5- 0.5m, 7 -0.75 m, S - Specify
Z : Connector 1 - FC/UPC, 2 - FC/APC, 0 - none

 

Home products Services Contact more PM components Search

back to top

© 2001-2008 AFW Technologies Pty. Ltd. 
 Voice: + 613 9702  4402 Fax: +613 9702 4877 
   Webmaster: webmaster@afw Last modified: 7th November 2008