Circuit converter of single chip microcomputer pin conversion with inverter bridge matrix

Abstract

The invention discloses a circuit converter of single chip microcomputer pin conversion with an inverter bridge matrix. The circuit converter comprises a shift short cap, a three-phase wire barrel, aparallel interface groove, an alloy shell cover, an interlocking card frame column, a pressing and pasting liner plate and a single chip microcomputer embedding base. The circuit converter achieves cooperation of the shift short cap and the single chip microcomputer embedding base, workers press a plastic groove cap to push a torsional spring short column to go deep into a rotational ear plate tobe contact with a principal line tube to achieve direct contact and conversion of a database to change a matrix matching effect, avoid utilization of a lot of needle tube wires and allow the internalactivity space of the converter to be enough, the maintenance of breaking of pins can be performed from a holding base with great convenience so that the timeliness and the efficiency of feedback andoutput of the matrix database by the connection pins when the inverter bridge circuit is converted.

Description

technical field [0001] The invention relates to a circuit converter with an inverter bridge matrix for converting pin slices of a single-chip microcomputer, belonging to the field of circuit converters. Background technique [0002] In the system circuit, the programming data often transmits electrical signal instructions through the electronic feedback of the single-chip microcomputer and PLC, which makes the circuit converter connected to the power supply and the host device play the role of connecting link, and the real-time distribution program is imported into the host to control the operation, so the converter is in Power, current, and voltage are flexible control components, and the matrix conversion of single-chip microcomputers often requires inverter bridge connection, which will cause difficulties in connecting wires. The shortcomings of the current technology that need to be optimized are: [0003] The converter is connected to the main control body and the three...

AI Technical Summary

Problems solved by technology

[0004] In view of the deficiencies in the prior art, the purpose of the present invention is to provide a circuit converter with a single-chip microcomputer pin sheet conversion with an inverter bridge matrix, so as to solve the problem that the converter is connected to the main control body and the three-phase cable to form a transfer hub. To achieve the effect of matching the matrix data conversion circuit when the inverter is converted, and the deployment of the matrix data is realized by the multi-pin input and output programming library of the single-chip microcomputer, but the pin tube leads of the single-chip microcomputer are connected to the pins one by one on the breadboard or PC board. It is very complicated, and the winding between the wires is too tight, which will cause the insulation shell of the wires to be thinned by collision and friction, and the burrs of the exposed side copper wires will jump to other circuits, causing confusion in the matrix code and blocking the operation of the inverter bridge. The conduction phenomenon adds unnecessary trouble to the circuit converter, and lacks the shearing operation of combing the pins, which leads to the problem that the needle leads are continuously pulled out and the needles are lost, and it is very laborious.

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