Electrical control circuit simulation system

Abstract

The invention discloses an electrical control circuit simulation system, which relates to the technical field of electrical control simulation systems, and solves the technical problems of low construction efficiency, unsafe hidden dangers and incapability of directly acquiring electrical parameters in the prior art. The electrical control circuit simulation system comprises a circuit building module and a real-time simulation module, wherein the circuit building module creates an electrical control circuit in a self-defined manner by means of elements; and the real-time simulation module is used for carrying out real-time simulation on the electrical control circuit by adopting an improved node method so as to obtain electrical parameters of the electrical control circuit. The electricalcontrol circuit simulation system is easy and convenient to operate, high in building efficiency, safe and reliable, can create the electrical control circuit randomly for simulation, can dynamicallyadjust parameters in real time, meanwhile, can directly obtain the electrical parameters of the circuit, facilitates teachers and students to understand the electrical control circuit, and satisfies the teaching requirements.

Description

technical field [0001] The present invention relates to the technical field of electrical control simulation system, more specifically, it relates to an electrical control circuit simulation system. Background technique [0002] The teaching of electrical engineering and automation both involves electrical control. In order to further understand the principle of the electrical control circuit or verify the feasibility of the electrical control circuit, it is necessary to manually wire the electrical experimental device in the traditional hardware laboratory according to the electrical schematic diagram, and then power on and run. The shortcomings of this method are obvious, mainly in: (1) most of the electrical control system wiring is complicated, and it takes a lot of time to connect the lines to verify the electrical schematic diagram, resulting in low efficiency; (2) due to the need for wire connections to electrical equipment , so that teachers and students inevitably ...

AI Technical Summary

Problems solved by technology

The shortcomings of this method are obvious, mainly in: (1) most of the electrical control system wiring is complex, and it takes a lot of time to verify the electrical schematic diagram to connect the lines, resulting in low efficiency; (2) due to the need to wire the electrical equipment , so that teachers and students inevitably face the threat of strong electricity, leading to the existence of unsafe factors; (3) most colleges have limited laboratory funds and experimental equipment, so only a few people can work together in a group during the experiment The completion of the experiment caused the experiment to be too crowded; in addition, the electrical parameters of the circuit need to be calculated by teachers and students themselves, and cannot be obtained directly. This will make it difficult for teachers and students to fully understand the current experimental project and meet the teaching needs

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