Electricity digital converter based on single-chip microcomputer and magnetic balance type mutual inductor

Abstract

The invention relates to an electricity digital converter based on a single-chip microcomputer and a magnetic balance type mutual inductor. The converter is connected with a power grid and comprises the magnetic balance type mutual inductor and the single-chip microcomputer chip connected with each other; a single-chip microcomputer module comprises a detection circuit, a processing circuit and an inhibitory signal output circuit which are connected in sequence; an input end of the detection circuit is connected with the magnetic balance type mutual inductor; an output end of the inhibitory signal output circuit is connected with the magnetic balance type mutual inductor; the magnetic balance type mutual inductor is connected with the power grid. Compared with the prior art, the electricity digital converter is reasonable in design and simple in structure, an external AD (analog-digital) conversion device does not need to be added, and the magnetic balance type mutual inductor is directly connected with the single-chip microcomputer control chip; through low power consumption, low cost and powerful processing and control functions of the magnetic balance type mutual inductor and the single-chip microcomputer control chip, the detection precision is improved and the electricity quality is monitored.

Description

technical field [0001] The invention relates to a power digital converter, in particular to a power digital converter based on a single-chip microcomputer and a magnetic balance transformer. Background technique [0002] Since mankind entered the electrical age, electric energy, as an economical, clean and easy-to-use energy, has greatly promoted the development of industrial industries and social science and technology. While electric energy satisfies basic people's life and industrial production, people begin to pay more attention to the reliability, safety and quality of electric energy supply. Poor power quality will damage the electrical performance of power supply and consumption equipment, and its operating efficiency, safety and service life will all decrease, resulting in increased power loss in the power system, and a decline in industrial production efficiency and product quality. It may also threaten the reliability of relay protection and communication devices,...

AI Technical Summary

Problems solved by technology

Poor power quality will damage the electrical performance of power supply and consumption equipment, and its operating efficiency, safety and service life will all decrease, resulting in increased power loss in the power system, and a decline in industrial production efficiency and product quality

It may also threaten the reliability of relay protection and communication devices, and become a hidden danger to the safety of power systems

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