A New PSpice Implementation of a Three-Phase Induction Machine Model

P. Olga, Aradoaei Sebastian-Teodor, Ursan George-Andrei
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Abstract

The paper shows a new version of a three-phase model of the induction machine which can be implemented in PSpice program. The voltage equations and the flux expressions in the three-phase mathematical model are rewritten in a convenient form. After the analyzing of the previous implementations in PSpice, a simplified version of the equivalent electrical scheme was proposed. The computing capacity of the type E voltage sources was intensively used in order to reduce the number of nodes of the equivalent circuit. The proposed implementation can be designed as a subcircuit. The main program can call this subcircuit when needed. The proposed implementation proved to be fast and easy to use. No convergence issues were reported. It is extremely useful in a wide range of special situations which requires the use of three-phase model.
一种新的PSpice实现三相感应电机模型
本文提出了一种新型的三相感应电机模型,该模型可在PSpice程序中实现。将三相数学模型中的电压方程和磁通表达式改写为方便的形式。在分析了PSpice中以前的实现之后,提出了一个简化版本的等效电方案。充分利用E型电压源的计算能力,减少等效电路的节点数。所提出的实现可以设计成一个子电路。主程序可以在需要的时候调用这个子电路。所提出的实现被证明是快速和易于使用的。未报告趋同问题。它在需要使用三相模型的各种特殊情况下非常有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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