Radiated emission from DC bus loop of AC induction motor inverter FEM based and experimental evaluation

K. Kroičs, Janis Marks, J. Zarembo
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Abstract

The paper describes practical method how to analyze locally radiated magnetic field to improve the geometry of printed circuit board (PCB) or busbar structure, select better control method and design electromagnetic interference (EMI) filter. Experimental prototype of three-phase induction motor variable frequency drive has been created and controlled by microcontroller with sinusoidal, namely pulse with modulation (PWM) method. Three-dimensional finite element model simulation of DC bus structure has been created and results has been obtained. Electromagnetic field was measured, practically and results compared with simulation-based ones. Simulation based and experimental results matches thus allowing to conclude method usefulness for cost effective way to test different geometries of DC bus, different modulation methods, EMI filters for variable frequency drive, and other power electronics converters.
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交流感应电机逆变器直流母线回路的辐射发射基于有限元分析和实验评估
本文介绍了如何通过分析局部辐射磁场来改进印刷电路板(PCB)或母线结构的几何形状、选择更好的控制方法和设计电磁干扰(EMI)滤波器的实用方法。创建了三相异步电机变频驱动器的实验原型,并由微控制器以正弦即脉冲调制(PWM)方法进行控制。建立了直流母线结构的三维有限元模型模拟,并获得了结果。对电磁场进行了实际测量,并将结果与模拟结果进行了比较。仿真结果与实验结果相吻合,因此可以得出结论:该方法是测试不同直流母线几何结构、不同调制方法、变频驱动器 EMI 滤波器和其他电力电子转换器的经济有效方法。
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