A PCB plug-in and a method for manufacturing same

Abstract

The invention provides a printed circuit board PCB plug-in and a method for manufacturing same. The PCB plug-in comprises single-end leading-out pins and a plug-in body. The single-end leading-out pins are in L shapes. By configuring the leading-out pins of the PCB plug-in with single-end leading-out pins in L shapes, the plug-in body is in parallel with a printed circuit board after the PCB plug-in is installed on the printed circuit board. Because the diameter or the thickness of the plug-in body is usually far less than the height of the plug-in body, the installing height of the PCB plug-in can be decreased in order to satisfy a requirement of a product for thinness. In addition, the design of the single-end leading-out pins is capable of decreasing space occupied by the PCB plug-in on the printed circuit board, increasing the compactness of the printed circuit board, and satisfying a requirement of the product for shortness. The PCB plug-in decreases space resource occupied by the PCB plug-in on the printed circuit board while decreasing the installing height of the PCB plug-in.

Description

technical field [0001] The invention relates to the field of electronic technology, in particular to a PCB plug-in and a manufacturing method thereof. Background technique [0002] The current printed circuit board PCB plug-in is generally divided into two types: one is a single-ended lead-out plug-in, that is, only one end of the PCB plug-in is provided with a lead-out pin, and the PCB plug-in with a single-ended lead-out is generally a vertical plug-in. After the lead-out pins are inserted into the printed circuit board, the PCB plug-in "stands" on the circuit board; the other is the pin-out plug-in at both ends, that is, there are lead-out pins at both ends of the PCB plug-in, and the pin-out plug-ins at both ends are generally horizontal. Type plug-in, the lead-out pins at both ends are "I" shaped, after the lead-out pins are inserted into the printed circuit board, the tube body of the plug-in is parallel to the printed circuit board and close to the printed circuit boa...

AI Technical Summary

Problems solved by technology

[0003] In the process of realizing the present invention, the inventor found that the PCB plug-in in the prior art has at least the following defects: for the single-ended lead-out pin, the height of the tube body may be too high, causing the PCB plug-in to be inserted into the printed circuit board, resulting in The overall thickness of the product is too high to meet the "thin" requirements of consumers for electronic products. If plug-ins with pins at both ends are used, the pins at both ends need to occupy space on the printed circuit board to a certain extent, resulting in printed circuit boards. The overall length of the circuit board is too long to meet consumers' requirements for "short" electronic products

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