Light spot machine debugging system and light spot machine debugging method for medium/long-working-distance single-mode single-fiber collimators

Abstract

The invention relates to a light spot machine debugging system and a light spot machine debugging method for medium/long-working-distance single-mode single-fiber collimators. The system comprises a laser point light source, a light spot machine, a medium/long-working-distance single-mode single-fiber collimator, a five-dimensional adjusting frame, and a sliding table. The laser point light source is connected with the medium/long-working-distance single-mode single-fiber collimator. The light spot machine is connected with a computer. The medium/long-working-distance single-mode single-fiber collimator is arranged on the five-dimensional adjusting frame. The light spot machine is arranged on the sliding table. By using the light spot machine debugging system and the light spot machine debugging method for medium/long-working-distance single-mode single-fiber collimators, the light path debugging difficulty is reduced, the debugging precision is improved, the medium/long-working-distance single-mode single-fiber collimator has smaller insertion loss and higher degree of pairing, and the consistency and first-pass yield of products are higher, the debugging time is reduced, and the work efficiency of employees is improved. The system and the method are also applicable to medium/long-working-distance single-mode single-fiber collimators of which the medium/long working distance is at specific bands, such as 850nm and 1060nm.

Description

technical field [0001] The invention relates to the technical field of optical fiber communication, in particular to the technical field of optical path debugging, and specifically refers to a spot machine debugging system and method for a single-mode single-fiber collimator with a medium and long working distance. Background technique [0002] At present, the common debugging system of the single-mode single-fiber collimator with medium and long working distance is the reflection method, transmission method or automatic debugging through the fine-tuning frame; the reflection method debugging is to use the mirror with the corresponding wavelength bandwidth at half of the working distance The reflection method debugs the single-mode single-fiber collimator with medium and long working distance to minimize the reflection insertion loss. The optical path includes a laser point light source of corresponding wavelength, a splitting fiber coupler, a reflector of corresponding wave...

AI Technical Summary

Problems solved by technology

Fully automatic debugging generally at least through the automatic adjustment frame and optical power detector or beam quality analyzer or a combination of the two, the equipment in this debugging system is relatively large, and it is expensive and prone to failure, and the settings in the equipment are relatively complicated , the debugging system is too dependent on the judgment made by the equipment, thus reducing the subjective initiative of people

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