基于反激变换器的隔离式多输出电源

Pratik Kumar Padhee, P. Sekhar
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引用次数: 1

摘要

在直流系统的情况下,需要从可变输入电压获得不同的稳压输出电压水平。为了实现这一目标,反激变换器可以在单输入多输出拓扑中使用闭环结构。在这方面,本文概述了反激变换器工作原理背后的概念理解和多输出反激变换器的设计。为了产生可调节的多输出电压,利用Matlab/Simulink平台开发了多输出反激变换器模型。此外,还讨论了反激变换器与其他隔离型DC-DC变换器(如正激变换器和推挽变换器)的比较,以说明反激变换器的情况及其相对于其他类型变换器的优越性。通过实验室样机验证了所设计的反激变换器的工作性能。
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Isolated Multi-Output Power Supply Based on Flyback Converter
In the case of DC systems, there is a need to obtain different regulated output voltage levels from variable input voltage. To achieve this, flyback converter can be used in single input multi-output topology with closed loop configuration. In this connection, this paper presents an overview of the conceptual understanding behind the working principle of flyback converter and the design of multi-output flyback converter. To produce regulated multi-output voltages, a model of multi-output flyback converter is developed using Matlab/Simulink platform. In addition, the comparison of the flyback converter with other isolated DC-DC converters such as forward and push-pull converters is discussed to present the case of flyback converters and its superiority over other types of converters. The working of the designed flyback converter is verified through a laboratory prototype.
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