A connector for electrically connecting wire terminals and board terminals and its manufacturing method

Abstract

The invention discloses a connector achieving the electric connection between a terminal and a plate end, and a manufacturing method for the connector. The connector comprises at least three metal terminals which are used for electric conduction. The connector also comprises a rubber core body made of insulating materials. Each terminal comprises a pin which is used for connecting the plate end, a main body for positioning, and a welding pad which is used for welding with a line end. The main body of each terminal is partly fixed in the rubber core body in a plastic packaging manner. The pins of the terminals extend outwards from a side surface of one end of the rubber core body, and the welding pads are embedded on the other end face of the rubber core body. The connector is used for automatic welding and machining, is simple in structure, serves as a device connecting the line end with the plate end, and improves the structural reliability, connection effectiveness and data transmission performance.

Description

technical field [0001] The invention relates to a connector, in particular to a connector for electrically connecting wire ends and board ends and a manufacturing method thereof. Background technique [0002] Computers, mobile phones, tablet computers and other electronic products and multimedia equipment, as well as peripheral equipment, such as card readers, adapter sockets, USB connectors, etc., all involve the connection between the wire end and the circuit board end. [0003] The current method is to directly solder the wires on the PCB, but this has several disadvantages: (1) The welding area is too small and it is not easy to weld; (2) The electrical defect rate is high after welding; (3) The corresponding transmission speed cannot reach Requirements, such as equipment is 3.0 requirements, but due to welding problems can only reach the transmission speed of 2.0. [0004] Some use double-row pin headers. This double-row pin header also has several disadvantages. Altho...

AI Technical Summary

Problems solved by technology

[0003] The current method is to directly solder the wires on the PCB, but this has several disadvantages: (1) The welding area is too small and it is not easy to weld; (2) The electrical defect rate is high after welding; (3) The corresponding transmission speed cannot reach Requirements, such as equipment is 3.0 requirements, but due to welding problems can only reach the transmission speed of 2.0

[0004] Some use double-row pin headers. This double-row pin header also has several disadvantages. Although the client has solved the problem of speed and welding, it is very difficult for the wire manufacturer to weld this double-row pin header, and the PIN pins are deformed. , it is difficult for the client to get off the board

Packaging and transportation are also easily deformed

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