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Design, Simulation and Implementation of an Isolated Switched-Mode Power Supply

机译:隔离式开关电源的设计,仿真和实现

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The aim of this work is to design and analyze an isolated switched mode power supply controlled by the microcontroller F28335. A full bridge converter has been chosen in order to achieve a high level of power (up to 1 kW). Basically, full bridge converter is a transformer-isolated buck converter in which the energy transfer from primary to secondary is controlled using four switches connected to the primary. The ratio of the switch decided the output level. In this paper, a full bridge converter circuit is designed to obtain a pure DC voltage ranging between 0 V and 600 V from 220 V, 50 Hz AC mains. The output current can be regulated with a PID controller.
机译:这项工作的目的是设计和分析由微控制器F28335控制的隔离式开关电源。为了获得高水平的功率(最高1 kW),已选择了全桥式转换器。基本上,全桥转换器是变压器隔离的降压转换器,其中,通过连接到初级的四个开关控制从初级到次级的能量传输。开关的比例决定了输出电平。在本文中,设计了一个全桥式转换器电路,以从220 V,50 Hz AC电源获得0 V至600 V之间的纯DC电压。输出电流可通过PID控制器进行调节。

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