Modelling and Simulation of Conducted Emission For Electronic Control Module

Vishal V Bodake, Sarang Gupta, S. Bhat, V. D
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引用次数: 1

Abstract

This paper deals with modelling and simulation of Conducted emission of an Electronic Control Unit (ECU) which carries multiple switching elements like switch mode power supply and output drivers. The simulation model includes LISN model, behavior of discrete components in the form of SPICE model and the parasitics of PCB. At PCB the SMPS power supply buck topology with 2 MHz switching frequency and H Bridge driver with 2 KHz switching frequency is used. The peak spectral plot from simulation is used to evaluate the design and identify the noise source in design. Simulation and measurement results are compared to know area of improvement in simulation modelling approach. This paper also highlights effect of adding parasitics into simulation.
电子控制模块传导辐射建模与仿真
本文研究了带有开关电源和输出驱动器等多个开关元件的电子控制单元(ECU)传导发射的建模与仿真。仿真模型包括LISN模型、SPICE模型形式的离散元件行为以及PCB的寄生特性。PCB采用2mhz开关频率的SMPS电源降压拓扑和2khz开关频率的H桥驱动器。利用仿真得到的峰值谱图对设计进行评价,识别设计中的噪声源。对仿真和测量结果进行了比较,指出了仿真建模方法有待改进的地方。本文还重点介绍了在仿真中加入寄生效应的效果。
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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