Logo

DWDM Mux&Demux ABS Module

100GHz/200GHz 3port FTT devices is mainly used in passive wavelength divison multiplexing module, are available on ITU channel spacing of 100GHz/200GHz DWDM spacing, It provides ITU channel center wavelength, low insertion loss, high channel isolation, wide pass band, low temperature sensitivity and epoxy free optical path ,to provide excellent performance and reliability.

  • Features
  • Application
  • Structural parameters
  • Data Download
1. Low Insertion Loss
2. Wide pass band
3. High Channel Isolation
4. High Stability and reliability
1. Channel Add/Drop 
2. DWDM Network
3. Fiber Optical Amplifier

Performance Specifications


Parameter

100GHz

200GHz

Channel Wavelength/(nm)

1530.33~1560.61(21~59 TU grid)

Center wavelength Accuracy(nm)

±0.05

±0.1

Channel Spacing (GHz)

100

200

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

>0.22

>0.5

Insertion Loss Pass Channel(dB)

≤0.8

≤0.9

Insertion Loss Reflect Channel(dB)

≤0.4

Channel  Ripple(dB)

0.3

Isolation (dB)

Adjacent

>30

Isolation (dB)

Non-adjacent

>40

Reflection Channel Isolation (dB)

> 13

Insertion Loss Temperature Sensitivity(dB/℃)

≤0.003

Wavelength Temperature Shifting(nm/℃)

<0.002

Polarization Dependent Loss(dB)

<0.1

Polarization Mode Dispersion(PS)

<0.1

Directivity(dB)

>50

Return Loss(dB)

>50

Maximum Power Handling(mW)

500

Operating Temperature(℃)

-10~80

Storage Temperature(℃)

-40~85

Package dimension(mm)

Ø5.5 x L34 Bare     2. L38mm for 900um

Above specification are for device without connector


Order Information


Channel Spacing

Channel Wavelength

Fiber type

Pigtail Type

Fiber length

Connector

100=100G

200=200G

O:1260~1360nm

E+S:1360~1530nm

C:1530~1565nm

L:1565~1625

C20= 1561.42 nm
……

1-G652D

2-G657A

3-Other

A—Bare fiber

B—900um loose tube

C—900um tight tube

D—2.0mm loose tube

E—3.0mm loose tube

00—Other

05—0.5m

10—1m

15—1.5m

20—2 m

1—FC/UPC

2—FC/APC

3—SC/UPC

4—SC/APC

5—LC/UPC

6—LC/APC

7—Other

Copyright © 2019-2029 AC-UNION Technology Co., Ltd All Rights Reserved.