Monodirectional SC APC SM FBG Optical Reflector Filter, Green Housing

Fiber Laser Gratings are typically produced using double-clad fiber. They are generally used in pairs, including a high reflectance grating (Greater than 99.9%) and a low reflectance grating (10-20%), with a gain fiber between the two fiber gratings. The pump light propagates between the core and the inner cladding and the seed light propagates only in the core. The seed light is amplified by the grating for multiple oscillations, and output from the low reflectance fiber grating direction. The double-clad fiber for making 1060nm fiber laser grating is a single-mode fiber, which can ensure good beam quality and pump efficiency, generally up to tens of watts or even hundreds of watts.

Technical Parameter

Keyed Characteristics

(1) High Stability and Reliability.
(2) Low Coupling Loss and Compact Size.
(3) Less Heat, Faster Heat Dissipation.
(4) High Beam Quality.
(5) Compliant with Telcordia GR-1221-CORE.
(6) Compliant with RoHS.

Application

The reflector object of this document is intended to be used on the network with the aim to allow the OTDR system Huawei N2510 to operate without reduction of performance. 

Work & Storage Conditions

Test Conditions

Use Yokogawa spectrometer(AQ6370D, Resolution:0.2nm, Sensitivity: High1) to test by fiber fusion. The above test indexes include fusion loss.

Advantages of Mechanical Splicer

> Mechanical splices require no power supplies;
> Many mechanical fiber splice designs require no extra tools beyond a fiber stripper and fiber cleaver;
> They can be used in situations where fusion splicing is not practical or impossible;
> Mechanical splices can be made within a couple of minutes, this makes it ideal for temporary connections.