Pin Fixing Bending Fixture for bosa Optical Components

Abstract

The invention provides a pin fixing and bending jig for a Bosa optical device. The pin fixing bending jig comprises an operating platform, a protection plate arranged on the operating platform, positioning columns, telescopic guide grooves, a limiting column and a lock catch, wherein one end of each positioning column is fixed on the operating platform, the other end of each positioning column extends out of the protection plate, and each positioning column is used for fixing the pin of the Bosa optical device for bending; one end of each telescopic guide groove is connected to the surface, which is opposite to the operating platform, of the protection plate, and the other end of each telescopic guide groove passes through and extends out of the operating platform; the telescopic guide grooves are used for driving the operating platform to move upwards by compressing to increase the projection lengths of the positioning columns extending out of the protection plate; the limiting column is used for limiting the extension and contraction distances of the telescopic guide grooves; the lock catch is used for locking the operating platform and the protection plate when the telescopic guide grooves are compressed to a position limited by the limiting column in order to keep the telescopic guide grooves in fixed compressed states, and the lock catch is unlocked to reset the telescopic guide grooves and the limiting column after bending is completed. By adopting the pin fixing and bending jig, the pin bending efficiency can be effectively increased, and the bending quality is improved.

Description

technical field [0001] The invention relates to the technical field of Bosa optical devices, in particular to a pin fixing and bending jig for Bosa optical devices. Background technique [0002] Both single-fiber bidirectional and single-fiber three-way transmission technologies are used in communication. At present, single-fiber bidirectional technology is relatively mature, and single-fiber three-way transmission technology is constantly improving and developing. Mastering the single-fiber bidirectional technology helps to understand the single-fiber three-way new technology. [0003] The one-way two-way transceiver component, that is, Bosa optical device, integrates MQW-TO-LD light source, TO-PIN-TIA (transimpedance amplifier) ​​detector, beam splitter, optical fiber and other components with coaxial coupling technology. [0004] The basic structure and working principle of Bosa optical devices are as follows: the focus is the WDM beam splitter in the center, and the LD ...

AI Technical Summary

Problems solved by technology

[0006] In view of the above-mentioned shortcomings of the prior art, the purpose of the present invention is to provide a pin fixing and bending jig for Bosa optical devices, which is used to solve the low efficiency of manually bending the pins of Bosa optical devices in the prior art. , the problem that the quality cannot be guaranteed

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