Email: sales@hello-signal.com

3 Ports 100G/200G 1X2 DWDM Device

Categories , ,
  • Low insertion loss
  • Wide pass band
  • High channel isolation
  • High stability and reliability
  • Epoxy free on optical path

 

3 Ports 100G/200G 1X2 DWDM Device

100G 200G 1X2 DWDM Device 3 Ports

Features Applications
· Low insertion loss · Channel add/drop
· Wide pass band · DWDM network
· High channel isolation · Wavelength routing
· High stability and reliability · Fiber optical amplifier
· Epoxy free on optical path · CATV fiberoptic system

3 Ports 100G/200G 1X2 DWDM Device Performance Specifications

Parameter Specification
Center Wavelength (nm) ITU Grid
Channel Spacing (GHz) 100 200
Channel Passband (@-0.5dB bandwidth)(nm) ≥0.22 ≥0.5
Pass Channel lnsertion Loss (dB) ≤1.0 ≤0.9
Reflection Channel lnsertion Loss (dB) ≤0.4 ≤0.4
lsolation (dB) Pass Channel ≥30
Reflect Channel ≥13
Insertion Loss Temperature Sensitivity (dB) ≤0.3
Wavelength Temperature Shifting (nm/℃) ≤0.001
Polarization Dependent Loss (dB) ≤0.1
Polarization Mode Dispersion (ps) ≤0.1
Directivity (dB) ≥45
Return Loss (dB) ≥45
Maximum Power Handling (mW) 300
Operating Temperature (℃) -10~+70
Storage Temperature (℃) -40~+85
Package Dimension (mm) For 250μm, 900μm ∅5.5×L38
For 2.0mm. 3.0mm L90 x W20 ×H10

Above specifications are for devices without connector.
Specifications may change without notice.

Ordering Information

CWDM □□
ITU Pass Channel Package Fiber Diameter Fiber Length Connector
1=100G 01=Ch01 1=Steel Tube 0=250μm 1=1m O=None
2=200G 02=Ch02 2=ABS Box Module 1=900μm 2=2m 1=FC/APC
….. 3=Specify 2=2.0mm S=Specify 2=FC/UPC
60=Ch60 3=3.0mm 3=SCI/APC
4=SC/UPC
5=LC/APC
6=LC/UPC
7=ST
s=Specify

Download

LC SX Plastic Fiber Optic AdapterCoupler with Flange 2

Email us, Call us, Meeting online with us!

Tell us about your purchasing plans!

We specializing in designing, manufacturing communications infrastructure & equipment and providing customized services for our customers!

Email:sales@hello-signal.com
Give Us A Call​​:+86 15715730101

Get in Touch