100GHz Dual Channel OADM

AC Photonics' 100GHz 2 Channel OADM utilizes thin film coating technology and proprietary design of non-flux metal bonding micro optics packaging to achieve optical add or drop at a ITU wavelength. It provides ITU channel center wavelength, low insertion loss, high channel isolation, wide pass band, low temperature sensitivity and epoxy free optical path . It can be used for wavelength add/drop in telecommunication network system. All AC Photonics' products are Telcordia qualification tested.

 

Features

Applications
  • 100GHz ITU Channel Spacing
  • Low Insertion Loss
  • Wide Pass Band
  • High Channel Isolation
  • High Stability and Reliability
  • Epoxy Free Optical Path
  • Channel Add / Drop
  • DWDM Network
  • Wavelength Routing
  • Fiber Optical Amplifier
  • CATV Fiberoptic System

 

Performance Specifications

Parameter

Mux

Demux

Channel Wavelength (nm)

1530.33 ~ 1560.61 (21~ 59 ITU Grid)

Center Wavelength Accuracy (nm)

± 0.05

Minimum Channel Spacing (GHz)

100(0.8nm)

Channel Passband (@-0.5dB bandwidth) (nm)

> 0.22

Insertion Loss (dB)

 Add / Drop Ch.1

< 1.2
Add / Drop Ch.2
< 1.5
Express Ch.
< 1.4

Add / Drop Channel Ripple (dB)

< 0.3

Isolation @Add/DropChannel (dB)

 Adjacent

N/A

> 25
Non-adjacent

N/A

> 40

Express Channel Isolation (dB)

> 25

Insertion Loss Temperature Sensitivity (dB/°C )

< 0.003

Wavelength Temperature Shifting (nm/°C )

< 0.002

Polarization Dependent Loss (dB)

< 0.10

Polarization Mode Dispersion (ps)

< 0.1

Directivity (dB) (Input to adds, Ouput to drops, adds to drops)

> 50

Return Loss (dB)

> 45

Power Handling (mW)

300

Operating Temperature (°C)

0 ~ +70

Storage Temperature (°C)

-40 ~ +85

Dimensions (mm)

L80xW50xH6

Specifications may change without notice

 

Ordering Information

OADM

Channel Spacing

Number of Channel

1st ITU Channel

Pigtail Style

Fiber Length

In/Out Connector
1=100GHz
02=2 Channels

C21=1560.61nm
C22=1559.79nm

C23=1558.98nm
1=Bare Fiber
2=900um Jacket
3=3mm Cable
1=1m
2=2m

0=None
1=FC/APC
2=FC/PC
3=SC/APC
4=SC/PC
5=ST
6=LC
   
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