Single-chip microcomputer mounting seat

Abstract

The invention discloses a single-chip microcomputer mounting seat, and the mounting seat structurally comprises a fixed foot, a fixed seat and a pressing rod; the upper end of the fixed foot is welded to the lower side of the fixed seat, the two ends of the pressing rod are in shaft connection with the side wall of the fixed seat, a single-chip microcomputer firstly pushes and extrudes a telescopic column on one side to push and extrude the outer side of a stress plate, and then the position of the single-chip microcomputer is fixed between the telescopic columns; and then the upper side of the connecting plate is touched, and connection is carried out through the contact holes, so that the guiding capability of the pins of the single chip microcomputer is improved, the protection of the pins is improved, the pins are prevented from being bent, the elastic plates on the outer sides of the raised heads are extruded to generate compression, the extrusion on the pins is reduced, and the deformation plates of the raised heads extrude the compression blocks to be folded inwards after being pressed; meanwhile, the right end slides on the outer side of the sliding groove block, the pins are fixed, the guiding and fixing effect on the pins is improved, the problem that an operator is difficult to align with the mounting base under the dark light condition is solved, the error-tolerant rate is increased, and the damage to the single-chip microcomputer is prevented.

Description

technical field [0001] The invention belongs to the field of processing equipment containing a single-chip microcomputer, and more specifically, relates to a single-chip microcomputer mounting seat. Background technique [0002] Single-chip microcomputer is a kind of integrated circuit chip, which has the ability to store data and process data at the same time. The existing single-chip microcomputer uses transistor technology to transmit electrical signals, and then outputs the signal to the outside through contacts or pins. At present, when using pin-type single-chip microcomputers , it is necessary to put the MCU into the pin hole, and then press the two sides of the MCU down to fix it with the pressure rod. However, when installing the MCU in a dark environment, it is difficult for the user to align the pin hole, resulting in the If it is pressed by the user when it is not fully aligned, it is easy to bend under the extrusion due to the thinner pins. It is necessary to re...

AI Technical Summary

Problems solved by technology

[0002] Single-chip microcomputer is a kind of integrated circuit chip, which has the ability to store data and process data at the same time. The existing single-chip microcomputer uses transistor technology to transmit electrical signals, and then outputs the signal to the outside through contacts or pins. At present, when using pin-type single-chip microcomputers , it is necessary to put the MCU into the pin hole, and then press the two sides of the MCU down to fix it with the pressure rod. However, when installing the MCU in a dark environment, it is difficult for the user to align the pin hole, resulting in the If it is pressed by the user when it is not fully aligned, it is easy to bend under the extrusion due to the thinner pins. It is necessary to re-correct the pins to keep them vertical, which reduces the efficiency of installing the MCU, and even causes metal fatigue on the pins of the MCU. and break, resulting in damage to the microcontroller

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