带短电感和次级的线性感应电动机数学建模的特点

V. Teriaiev, Anton Dovbyk, O. Zaichenko
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引用次数: 0

摘要

线性感应电机的数学模型考虑了末端效应、磁场饱和以及次级元件与感应器的不完全重叠等因素,在此基础上,在 Matlab 软件包中创建了电动驱动器的仿真模型。考虑到次级元件从电感器磁场输入输出的影响,进行了线性电力驱动运行模拟。研究结果证实了所开发模型的效率,以及该模型适用于线性电动驱动器控制规律的精细建模和合成。参考文献 11,图 13,表 1。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FEATURES OF MATHEMATICAL MODELING OF A LINEAR INDUCTION MOTOR WITH SHORT INDUCTOR AND SECONDARY
Based on the refined mathematical model of the linear induction motor, which considers the end effects, the saturation of the magnetic field and the incomplete overlap of the inductor by the secondary element, a simulation model of the electric drive was created in the Matlab package. A simulation of the linear electric drive operation was carried out, which takes into account the effect of the input-output of the secondary element from the magnetic field of the inductor. The obtained results of the studies confirm the efficiency of the developed model and its suitability for carrying out refined modeling and synthesis of the control laws of the linear electric drive. References 11, fig. 13, table 1.
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