紧凑型3x1矩阵模块原型在3x3矩阵变换器中的设计、仿真与分析

P. Resutík, S. Kaščák, Jakub Kellner
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引用次数: 1

摘要

本文提出了一种紧凑的矩阵变换器模块。该模块的主要目标是在一个紧凑的模块中实现所有所需的电路,并确保模块易于扩展,以构建各种配置的矩阵转换器。分析了双向开关的类型,并分析了不同类型双向开关的优缺点。给出了矩阵3x1模块的物理样本,并在MATLAB/Simulink环境下对所用功率晶体管进行了建模。最后进行了功率损耗仿真,分析了各模块的效率和整体性能,并设计了输入滤波器。
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Design, Simulation, and Analysis of Compact 3x1 Matrix Module Prototype in 3x3 Matrix Converter Application
In this paper, a compact matrix converter module is presented. The main goal of this module is to implement all the required circuitry to one compact module and ensure the easy expandability of the modules to construct matrix converters in various configurations. The types of the bidirectional switches are analyzed together with the advantages and disadvantages of different types. The physical sample of the matrix 3x1 module is presented and used power transistors are modeled to the MATLAB/Simulink environment. Finally, simulation of power losses is conducted and the efficiency together with the overall behavior of the modules is analyzed as well as the design of the input filter.
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