Numerical Simulation of Field Distribution Regarding Automotive Component EMC-testing According to ISO 11452–2

Andrea Hofer, S. Cecil
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引用次数: 1

Abstract

To evaluate the characteristics of the electromagnetic field distribution during a radiated susceptibility test according to ISO 11452–2 a simulation model was developed and validated by measurements. An analysis was made in the frequency range from 200 MHz to 1 GHz using two different antenna types. In particular, the influence of the reference ground plane typically used for automotive tests was investigated. The results reveal a great influence of the reference ground plane on the electromagnetic field distribution for low frequencies, in particular around the DUT and the test harness and especially for the horizontal antenna polarization. Further, differences concerning the required forward power and radiation characteristics of the two antenna types were determined.
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ISO 11452-2汽车零部件电磁干扰测试场分布的数值模拟
为了根据ISO 11452-2标准评估辐射敏感性试验期间的电磁场分布特性,建立了仿真模型并通过测量进行了验证。使用两种不同的天线类型在200兆赫到1千兆赫的频率范围内进行了分析。特别地,研究了通常用于汽车试验的参考地平面的影响。结果表明,参考地平面对低频电磁场分布有很大的影响,特别是在被测件和测试线束周围,特别是对水平天线极化。进一步,确定了两种天线类型所需的前向功率和辐射特性的差异。
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