HEV系统瞬态运行时的电磁兼容研究

J. J. Nelson, M. Aidam
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引用次数: 12

摘要

混合动力电动汽车面临的EMC挑战已经公布,并表明其依赖于高压转率以及电机、高压电缆、散热器、电路布局考虑等的寄生阻抗。虽然电源转换器的稳态运行会产生明显的EMC干扰,但它并不总是会产生最坏的情况。系统的瞬态运行,如负载扭矩和速度梯度,可能会导致额外的干扰,这些干扰很少被覆盖,并且难以分析。本文从时域、频域和时频域对这些暂态操作问题进行了评价。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
HEV system EMC investigation during transient operations
EMC challenges for hybrid electric vehicles have been published and shown to have dependencies on high slew rates coupled with parasitic impedances from electric machines, high voltage cables, heat sinks, circuit layout considerations, and the alike. Although the steady state operation of power converters creates apparent EMC disturbances, it doesn’t always create a worst case scenario. Transient operation of the system, such as load torque and speed gradients, can cause additional disturbances that are rarely covered and become difficult to analyze. This paper covers these transient operational issues evaluating them in time, frequency, and time-frequency domain.
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