MWDMG13CS0H11H Datasheet, PDF (1/2 Pages) OPLINK Communications Inc. – 1310nm/CWDM Micro-Optic WDM

Green 1310nm/CWDM Micro-Optic WDM
MWDMG13CS Series
Product Description
Oplink’s Micro-Optic Wavelength Division Multiplexer (MWDM) is based on
thin-film filter technology and patented athermal platform for optical device.The
MWDM13CS is used to combine or separate1310nm band and CWDM signals.
This device offers very flat and wide passband, low insertion loss, and high isola-
tion, which make it ideal for CWDM Network applications and Optical Amplifica-
tion Systems. Oplink MWDM devices are Bellcore GR-1221 qualification tested
and complied with industry green initiatives such as Rohs and WEEE. All Oplink
products are epoxy-free in the optical path.
Performance Specificationns
MWDMG13CS Series
Min
Max
Unit
Type 13CS
Pass Channel Wavelength Range λ1
Type CS13
1260
1460
1360
nm
1620
nm
Reflection Channel Wavelength
Range λ2
Type 13CS
Type CS13
1460
1260
1620
nm
1360
nm
Insertion Loss *
Pass Channel @ λ1
Reflect Channel @ λ2
0.7
dB
0.7 : High Isolation
0.5 : Standard
dB
Isolation
Reflect Channel @ λ1
30 : High Isolation
15: Standard
dB
Pass Channel @ λ2
40
dB
Passband Ripple
0.3
dB
Directivity
50
dB
Return Loss
50
dB
Polarization Dependent Loss
0.1
dB
Polarization Mode Dispersion
0.05
ps
Maximum Power Handling
500
mW
Fiber Type
Corning SMF-28
Operating Temperature
0 to +70
°C
Storage Temperature
-40 to +85
°C
Package Dimensions ^**
250 μm Bare Fiber
900 μm Loose Tube
P1: (ø) 5.5 x (L) 34.0
P2: (ø) 5.5 x (L) 40.0
mm
Note:
* Values are referenced without connector loss.
** The mechanical tolerance should be +/-0.2 mm on all package dimensions unless otherwise custom speci-
fied.
Features
 Environmental Green Plan
Compliance
 Wide Operating Wavelength Range
 Compact Size
 Low Insertion Loss
 High Channel Isolation
 Ultra Low PDL and PMD
 Highly Stable & Reliable
 Epoxy-free Optical Path
Applications
 Bi-directional WDM Systems
 Uni-directional WDM Systems
 System Monitoring
 Transmitters & Fiber
 Laboratory R&D
R03.20081106