Programmable Isolated Power Circuit Structure and System

Abstract

The invention provides a program isolation type power circuit framework which comprises a test main system framework power circuit and a plurality of independent system framework power circuits, wherein the test main system framework power circuit comprises a first transformer, a first group of microprocessors and a second group of microprocessors; the first transformer provides a plurality of independent output power supplies; each independent system framework power circuit comprises a second transformer and a control circuit; the control circuit is used for converting the input voltage of the input power supply into an output voltage; the first group of microprocessors controls the control circuit to convert the input voltage into output voltage, and the second group of microprocessors controls an analog-digital conversion circuit to read the output voltage and the output current corresponding to the output voltage, so as to obtain the value of each output voltage and the value of each output current.

Description

technical field [0001] The present invention relates to a power supply system and circuit architecture, in particular to a system and circuit architecture of a programmable isolated power supply. Background technique [0002] The general non-isolated power supply design cannot be applied to isolated product testing, and has the disadvantage of insufficient power supply output groups. Furthermore, a typical isolated power supply circuit can only provide a single default output voltage at the output terminal, and cannot provide different default output voltages at the output terminal in response to different load requirements. [0003] Therefore, it is necessary to propose a power system and circuit architecture with programmable multiple sets of isolated power outputs, and easily expand the number of power output sets. Contents of the invention [0004] In view of this, in order to provide multiple default output voltages at the output terminal and improve the shortcomings...

AI Technical Summary

Problems solved by technology

[0002] The general non-isolated power supply design cannot be applied to isolated product testing, and has the disadvantage of insufficient power output groups

Furthermore, a typical isolated power supply circuit can only provide a single default output voltage at the output end, and cannot provide different default output voltages at the output end in response to different load requirements.

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