用BCI和RI方法分析车辆RFI与部件EMI测试的相关性

Younghun Lee, Keunsu Kim, J. Heo, Youngduk Park, Ick-Jae Yoon
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引用次数: 2

摘要

即使产品通过了组件电磁干扰(EMI)测试,但实际车辆射频干扰(RFI)测试失败的情况经常发生。由于测试结果的不同,许多汽车和零部件制造商需要花费更多的时间进行后期工作,从而增加了产品和汽车开发的成本。组件EMI和车辆RFI之间有几种类型的差异。首先是他们之间的水平差异。二是共振频率的差异。第三是规格的不同。最后是没有类型的组件EMI测试与车辆RFI测试结果相匹配。本文介绍了辐射抗扰度(RI)和大电流注入(BCI)方法,分析了组件电磁干扰测试与车辆射频干扰测试的区别。使用这些方法,我们可以分析每个组件EMI水平和车辆RFI水平之间的差异,我们期望车辆和产品制造商可以通过引入适当的组件EMI规范来减少开发时间表和成本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis on the Correlation Between Vehicle RFI and Component EMI Tests Using BCI and RI Methods
Even though component Electromagnetic Interference (EMI) test has been passed for a product, it often happens that the actual vehicle Radio Frequency Interference (RFI) test fails. Because of the different result of tests, many vehicle and component makers should spend more time for the later works, and consequently cost of the product and the vehicle development increase. There are several types of difference between component EMI and vehicle RFI. First is the difference of level between them. Second is the difference of resonance frequency. Third is the difference of the specification. The last is no types of component EMI tests matches to the vehicle RFI test result. In this paper, we introduced Radiated Immunity (RI) and Bulk Current Injection (BCI) methods to analyze the difference between component EMI test and vehicle RFI test. Using these methods, we could have analyzed the difference between each component EMI level and the vehicle RFI level, and we expect that vehicle and product makers can reduce the development schedule and cost at the same time by introducing the proper component EMI specification.
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