USB TYPE-C puncture-type connector and processing method therefor

Abstract

The invention is suitable for the technical field of connectors, and provides a USB TYPE-C puncture-type connector and a processing method therefor. The connector comprises an iron housing, a connection rubber core, a main body rubber core, a resistor, and PINs. The PINs are divided into two rows: A and B, wherein a resistor is connected between two PINs in the row A. The connection rubber core is clamped on the main body rubber core. The iron housing is disposed on the main body rubber core, and covers the connection rubber core. The PINs are embedded on the main body rubber core. The two PINs connected with the resistor are respectively provided with a welding piece, and the resistor is fixedly welded on the welding pieces, thereby enabling the resistor and the two PINs to be connected. According to the invention, the connector enables the resistor to be directly welded with the two PINs in a fixed manner to form an electric condition circuit. The connector is simple in processing technology, is low in cost, is high in machining efficiency, is high in welding yield, and is high in application value and market prospect.

Description

technical field [0001] The invention belongs to the technical field of connectors, in particular to a USB TYPE-C piercing connector and a processing method thereof. Background technique [0002] The USB Association announced a new type of USB Type-C (Universal Serial Bus Type C) male connector. The PIN (pin) specified by the association standard for the version 2.0 connector is divided into two rows of PIN positions, A and B. There are 7 PIN bits in row A, including PINA1, PINA4, PINA5, PINA6, PINA7, PINA9, and PINA12, and there are 5 PIN bits in row B, including PINB1, PINB4, PINB5, PINB9, and PINB12. Among them, PINA1, PINB1, PINA12 and PINB12 need to be short-circuited to form a group of GND (Ground grounding) pins, and PINA4, PINB4, PINA9 and PINB9 need to be short-circuited to form another group of VBUS (USB voltage) pins. Connect a resistor between the pins. [0003] However, in the existing technology, in the production process, the PCB board is welded between the u...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is to provide a USB TYPE-C piercing connector and its processing method, which aims to solve the problem that the existing connector needs to weld the resistance on the PCB board first, and then connect two of the PIN pins One PIN pin is welded on the PCB board, so that the resistance is connected to the two PIN pins. The processing technology is complicated, the welding cost is high, the processing efficiency is low, and the welding yield is not high.

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