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Comprehensive analysis of static converter and matrix converter

机译:静态转换器和矩阵转换器的综合分析

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This paper is about the comparative analysis of the static converter and matrix converter, which are the major application in the electrical locomotives. The static converter is designed to convert the single phase input to a standard three phase supply by using the solid state switches which is more efficient and more reliable. In addition to this application of Static Converter in the locomotives, we improvised the design of this converter for operating at various frequencies, which finds various applications in industries as well as in the aerospace applications. The matrix converter is a special case of cyclo converter wherein the conversion is possible by using only 9 bidirectional switches instead of using 36 uni-directional switches used in cyclo converter. The matrix converter is a perfect replacement of the static converter, as the former has less conversion stages. In order to validate the implemented procedure the design was implemented in the simulink and the key results are compared with that of static converter.
机译:本文是对静态变换器和矩阵变换器的比较分析,它们是电力机车的主要应用。静态转换器旨在通过使用固态开关将单相输入转换为标准的三相电源,该开关效率更高且更可靠。除了静态转换器在机车中的这种应用之外,我们还临时设计了该转换器的设计以使其在各种频率下工作,从而在工业以及航空航天应用中找到了各种应用。矩阵转换器是循环转换器的一种特殊情况,其中仅通过使用9个双向开关就可以进行转换,而不必使用在循环转换器中使用的36个单向开关。矩阵转换器是静态转换器的完美替代,因为前者的转换级更少。为了验证所实施的过程,在simulink中进行了设计,并将关键结果与静态转换器的结果进行了比较。

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