FC UPC Mode Variable Hybrid Fibre Optic Attenuator In Waveguide
Network
This type of FC Variable Hybrid fiber optic attenuator is used in
FC connections and waveguide components for tunable signal leveling
or reflection compensation in waveguide networks. This method of
attenuation allows for higher performance than fiber splices or
fiber offsets, which function by misdirecting rather than absorbing
the light signal. FC fiber optic attenuators are used in single
mode applications at 1250 to 1625nm wavelength range. FOCC offering
FC APC single mode fiber optic attenuator and FC UPC single mode
fiber optic attenuator, both of them are with ceramic sleeves and
accurate FC connection interface. The attenuation range is from 1dB
to 30dB available. All these products are 100% tested by during
production, we keep them in stock for fast delivery and at good
physical and working conditions.
Specification
Parameter | Value |
Attenuation Value | 1 3 5 10 15 20 25dB |
Attenuation Precision | < 5dB ± 0.5dB |
< 10dB ± 1dB |
> 10dB ± 10% |
Operating Wavelength | 1310nm 1550nm (Singlemode) |
Polarization Loss | ≤ 0.1dB |
Return Loss | PC > 45dB; APC > 60dB |
Operating Temperature | - 40°c ~ + 80°c |
Temperature | 90% RH comply with Telecordia standard ( GR-910-CORE ) |
Geometry Requirement |
Ferrule Endface Radius 7mms ≦ R ≦ 25mm Apex Offset ≦ 50um Undercut ≦- 50nms ≦ U ≦ 50um |
Features
Precision ceramic ferrule;
SC,LC,FC,ST,MU Optional;
High reliability;
Compact in size;
Simple and Reliable Structure;
Excellent environment stability;
Wide attenuation range (variable);
Low insertion loss;
Good environment performance.
Application
Local Area Networks;
Fiber Optic Communication Systems;
Fiber optical distributing frame;
Fiber optical network system;
CATV system;
Long distance DWDM system;
Optical add-drop multiplexers ( OADM ).
Shipping Via Those Following Tools Or Customized Methods
FOCC Fiber Optic Attenuators Quality
Notes:
Prices and specifications are subject to change without notice.
FOCC is not responsible for typographical or photographic errors.
Please contact us at focc@fiberfocc.com for detailed inquiry.
