OADMG1-1X2 Datasheet, PDF (1/2 Pages) OPLINK Communications Inc. – Single Channel OADM

Green 100 GHz Single Channel
OADM (1x2)
OADMG1 1x2 Series
Product Description
Oplink’s 100GHz single channel OADM is based on patented athermal plat-
form for optical device. This multiplexer features ultra low insertion loss,
super thermal stability, and unparallel reliability. The technology is a lead-free
packaging platform and no epoxy in the optical path. Green DWDM is Telcor-
dia GR-1221and GR-1209 tested, qualified for uncontrolled environment ap-
plications and complied with industry green initiatives such as Rohs and WEEE.
Oplink can provide customized designs to meet specialized feature applica-
tions. Also, Oplink offers modular assemblies that integrate other components
to form a full function module or subsystem.
Performance Specificationns
OADMG 100GHz (1x2) Series
Center Wavelength λ_C
Channel Spacing
Passband Bandwidth
Insertion Loss (Over all wave-
Pass-channel
length range and all temp, all SOP) _{Reflect-channel}
Isolation (All
temp, all SOP)
Pass-channel @ Adjacent Chan-
nel Isolation
Pass-channel @ Non-adjacent
Channel Isolation
Min
Typical
Max
ITU Grid, 1528~1640
100
λ_C ± 0.11
0.75
0.85
0.40
0.45
30
40
Unit
nm
GHz
nm
dB
dB
Reflect-Channel @ Passband
14
Polarization Dependent Loss (PDL)
Polarization Mode Dispersion (PMD)
Return Loss
Directivity
Operating Power
Operating Temperature
Storage Temperature
Fiber Type
250µm Bare Fiber
Package Dimensions ^*)
900µm loose tube
0.2
dB
0.2
ps
45
dB
50
dB
500
mW
0 to +70
°C
-40 to +85
°C
Corning SMF-28e+ or equivalent
P1 (Φ)5.5 x (L)34.0
mm
P2 (Φ)5.5 x (L)40.0
Note:
*) _{All the parameters are excluding connectors.}
*The maximum IL is under all states of polarization and within the full operating temperature and wavelength
ranges specified.
Features
 Environmental Green Plan
Compliance
 Ultra-Low Insertion Loss
 Narrow Down Distribution
 Super Thermal Stability
 Highly Reliability
 High Channel Isolation
Applications
 Dense WDM Systems
 CATV Fiberoptics Links
S0038 - R02. (web) 20140114