Type-C male end connector adopting non-porous PCB

Abstract

A Type-C male end connector of a non-porous PCB is adopted, terminals used for achieving GND electrical connection of a power supply and VBUS electrical connection of the power supply are double-end double-pin PINs manufactured in a common mode, and the front ends of the double-end double-pin PINs are each provided with two fork-shaped terminals which are vertically arranged side by side to form afork shape. The rear ends of the double-end double-pin PINs are each provided with two fork-shaped weld legs which respectively correspond to the fork-shaped terminals and are vertically arranged side by side to form a fork shape, and are also each provided with a connecting part which is integrally formed between the fork-shaped terminals and the fork-shaped weld legs. In the double-end double-pin PIN, the two fork-shaped terminals are respectively embedded in the top wall and the bottom wall of a plugging port, and the two fork-shaped weld legs are respectively welded on the front surface and the back surface of the PCB so as to correspondingly construct power supply GND electrical connection or power supply VBUS electrical connection. GND bonding pads and VBUS bonding pads corresponding to the GND electrical connection of the power supply and the VBUS electrical connection of the power supply are arranged on the front surface and the back surface of the PCB. GND connecting wires and VBUS connecting wires are arranged on the front face and the back face of the PCB respectively, the GND connecting wires enable the GND bonding pads located on the same face to be connected, and theVBUS connecting wires enable the VBUS bonding pads located on the same face to be connected.

Description

technical field [0001] The invention relates to the technical field of USB connectors, in particular to a Type-C male connector using a non-porous PCB board. Background technique [0002] Type-C is a USB interface specification consisting of a Type-C female socket and a Type-C male connector. In the Type-C interface standard, the female socket and the male connector are respectively adopted as follows: Figure 1 to Figure 2 The definition of the terminal shown in the figure brings the most intuitive advantage to Type-C: it has a reversible plug-in interface design, and there will be no more damage to components caused by wrong insertion in the front and back directions or mistakes. [0003] like figure 2 As shown, the Type-C male connector includes two sets of terminals of group A and group B, the terminals of group A have terminals A1-A12 arranged side by side in sequence, the terminals of group B have terminals B1-B12 arranged side by side in sequence, and the terminals ...

AI Technical Summary

Problems solved by technology

[0006] (1) The area of ​​the PCB board in the Type-C male connector is limited, resulting in small via holes and poor current passing capability;

[0007] (2) The via holes on the PCB board are blocked, which increases the number of defective products;

[0008] (3) The PCB board needs to go through multiple processes such as drilling, copper sinking and oil plugging, which makes the cost of the PCB board surge;

[0009] (4) Because the PCB board has via holes, the printed circuit wiring is complicated, and even the PCB board needs to use a multi-layer circuit board, which not only increases the cost, but also causes poor anti-interference ability between signals

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