Connection method of double-core coaxial line welding connector

Abstract

The invention relates to a connection method of a double-core coaxial line welding connector. The method comprises the following technical steps of: wiring; external covering processing; external covering processing; braiding and tin dipping; braiding and YAG laser processing; braiding processing; CO2 laser internal covering processing; internal covering processing; internal conductor tin dipping and cutting; and connector connecting. The method has the following advantages: firstly, welding copper sheets do not have to be grounded when a 40 AWG double-core coaxial line is processed, such that numerous manpower and material resources are reduced; secondly, after a connector is welded to a core wire, a mesh grid can be directly welded at the grounding position of the connector, 0 to 180-DEG adjustment can be realized according to the size of the connector and the angle of an internal space adjusting solder, especially during welding of a SATA connector, the angle of a braiding solder can be adjusted so as to guarantee the thickness of the connector; and thirdly, the connection method can conform to the development of a conventional notebook computer and is applied to various computers. Therefore, the connection method provided by the invention has the advantages of wide application scope, simple manufacture, high energy conservation and environmental protection and the like.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for better performance without requiring extra materials or tools during manufacturing processes compared to traditional methods like crimp connections that require heat treatment beforehand. Additionally, this new method provides flexibility in connecting different types of computer systems by allowing them to work together more efficiently than existing connectors due to its ability to allow for direct connection between various components such as memory cards and hard drives.

Problems solved by technology

Technics: There exist two types of conventional methods for connecting electrical devices together - one method involves creation of an interconnection by inserting metal pins in each device's terminal holes or through other means such as screw threads. Another approach uses conductive adhesives that connect directly between the metallic parts without any intervenings like plugs. These techniques have drawbacks including high labor costs associated with manual processes, potential issues during installation due to misalignment caused by poor alignment, limited flexibility in design options, and difficulties in maintaining proper bond strength over long periods of use under varying environmental conditions (temperature).

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