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Dispersion Compensating Fiber(DCF)
Category: Special fiber  Publish Time: 2014-06-15 10:13 
Dispersion Compensating Fiber is specially developed using its proprietary PCVD-based technology. Profiting from the advantages of PCVD process, Idealphotonics is able to accurately manufacture complex index-profile shapes, resulting in fibers having the best compromise between insertion loss and residual dispersion over the compensated working wavelength.

Dispersion Compensating Fiber(DCF)
Price : $0.00
Delivery Fee : $0.00
Quantity :
 Part NO. : 17-ADCM-704648
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Dispersion Compensating FiberDCF




Description
Dispersion Compensating Fiber is specially developed using its proprietary PCVD-based technology. Profiting from the advantages of PCVD process, Idealphotonics is able to accurately manufacture complex index-profile shapes, resulting in fibers having the best compromise between insertion loss and residual dispersion over the compensated working wavelength.
Applications
· Backbone and metropolitan area networks based on single-mode fiber
· WDM networks
· SDH networks
· CATV
· Dispersion adjustment
· Signal delay
Key Features and Advantages
· Broad band dispersion compensating of DWDM network and low residual dispersion
· Low insertion loss of modulus
· High figure of merit (FOM)
· Low PMD
· Performances meet the criterion Telcordia GR-2854-core
· Reliability meets the criterion Telcordia GR-1221-core
· Customized encapsulation type, dimension, connector type and jumper length
Standard Products
DCF for G.652 Cband (Part NO. DM1010-A)
DCF for G.652 Lband (Part NO. DM1010-B)
DCF for G.655 Cband (Part NO. DM1011-A)
DCF for CATV and high FOM DCF (Part NO. DM1013-A)


Dispersion Compensating Fiber Module

Product Description:           ADCM-SM-C-100%-050-FC/APC-03
Part Number:                     301004100500203
Serial Number:                   N3599161050


Dispersion@1525nm

-773

Ps/nm

Dispersion@1545nm

-839

Ps/nm

Dispersion@1565nm

-900

Ps/nm

Max Total Insertion loss(at 1525-1565nm,25℃)

5.00

dB

PMD(1525-1565nm)

0.10

ps

Final Inspection

2017/11/09



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