Based on Axon’s patent pending CVD process, these Silica-on-Silicon
waveguides exhibit exceptional material uniformity. Complemented with
our automated and robust packaging, Axon’s planar lightwave circuits
are well suited for demanding telecom applications such as DWDM,
long-haul and metro transmission systems.
The Gaussian Arrayed-Waveguide Grating (AWG) offers low insertion loss,
polarization insensitivity, accurate channel alignment, very low crosstalk
and high channel-to-channel uniformity.
•Established Silica-on-Silicon
technology
•Low insertion loss
•Extremely low crosstalk
•High channel counts
•DWDM transmission
•Wavelength routing
•Optical add/drop multiplexing
•Channel count: 16, 24, 32, 40
•Channel spacing: 50GHz, 100GHz
and 200GHz
•Wavelength Plan: ITU Grid in
C-Band or L-Band
Passive Optical Components
GAUSSIAN PASSBAND 100GHz 1x40 AWG DWDM
MULTIPLEXER/DE-MULTIPLEXER
DWDM-G-100G-1-40-C Series
Features Applications Options
Corporate Office
2933 Bayview Drive
Fremont, CA 94538
p:510.354.6700
f: 510.438.5299
www.axonphotonics.com
East Coast Office
6131A Kellers Church Road
Pipersville, PA 18947
p:215.766.7747
f: 215.766.1946
sales@axonphotonics.com
www.axonphotonics.com
PARAMETER SPECIFICATION COMMENTS
Channel Spacing 100GHz Max ∆λ = ±0.05nm
1dB Passband ≥0.20nm
3dB Passband ≥0.40nm
Channel Passband ± 12.5GHz Center at each ITU frequency
Insertion Loss ≤6.0dB Max loss within passband
Loss Uniformity ≤1.5dB
Polarization Dependent Loss ≤0.5dB
Adjacent Channel Crosstalk > 25dB
Non-adjacent Crosstalk > 30dB Worst-case
Total Crosstalk > 22dB Cumulative, within passband
Return Loss/Directivity >45dB Depends on connector
Operating Temperature -5~65°C
Temperature Control Heater + RTD Heater: 2.5Ω(nominal)
RTD 138.5Ω@ 100°C
Power Requirement < 4W
Package Size 127 x 58 x 20 mm3(l x w x h)