Optical Fiber Fusion Splicing

Different types of

1 2 3 ground connections, and connections for the connection factory, laboratory, environment, connection to the finale, and applications can be roughly divided into three groups.

An important example is the joint use aboard ships, undersea fiber cable of the merger. WDM as a factory for connections such as fiber optic passive device, it may be a compromise. An example of a laboratory, researchers developed the new fibers joint compatibility test with the existing industry standard fibers connecting to the merger.

Optical Fiber Fusion waveguide theory, heat transfer, Physics, Mechanical Engineering, fluid mechanics, and more, including many of the concepts associated with it.

Introduction to the Fusion Splicing Process

Below are the major steps can be short.

1.Optical fiber stripping

Fiber cable sheathing, and then remove the fiber optic polymer fiber material is stripped off.

2.Fiber cleaving

Fiber is digested with a special tool called fiber cleaver. High precision fiber cleaver cleaver in one mode and multimode applications and fields of application: two types of fiber cleaver exist. This is almost like a mirror, a perfect end to the process of fission has been achieved.

3.Fiber alignment

fibers are laterally aligned with each other and the engine is divided into fusion splicer. The polarization maintaining fibers splicings may involve rotating fibers.

Casting 4.Fiber

After the fire, and glass fibers, or fiber softening point for an electric arc furnace or other process, and then the two fibers are pressed together to form a solid joint.

5.Insertion loss estimation

Insertion loss estimate is based on the quality and level of fusion.

6.Pull tensile testing

Proof of identification is verified when the hitch cover to open the fusion splicer.

7.Splice fusion joint protection sleeve