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首页> 外文会议>8th International Workshop on Electromagnetic Compatibility of Integrated Circuits >Novel modeling strategy for a BCI set-up applied in an automotive application: An industrial way to use EM simulation tools to help hardware and ASIC designers to improve their designs for immunity tests
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Novel modeling strategy for a BCI set-up applied in an automotive application: An industrial way to use EM simulation tools to help hardware and ASIC designers to improve their designs for immunity tests

机译：用于汽车应用中的BCI设置的新颖建模策略：一种工业方法，使用EM仿真工具来帮助硬件和ASIC设计人员改善其抗扰度测试的设计

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摘要

Electronics suppliers of automotive industry use BCI (Bulk Current Injection) measurements to qualify immunity robustness of their equipment whereas electronics components manufacturers use DPI (Direct Power Injection) to qualify immunity of their component. Due to harness resonances, levels obtained during a BCI test exceed standard DPI requirements imposed by automotive suppliers onto components' manufacturers. We propose to use BCI set-up modeling to calculate the equivalent DPI level obtained at the component level during equipment testing and to compare results with DPI measurements realized at IC level.
机译：汽车行业的电子供应商使用BCI（大电流注入）测量来验证其设备的抗扰性，而电子元件制造商则使用DPI（直接功率注入）来验证其组件的抗扰性。由于线束共振，在BCI测试期间获得的水平超过了汽车供应商对零部件制造商施加的标准DPI要求。我们建议使用BCI设置模型来计算设备测试期间在组件级别获得的等效DPI级别，并将结果与​​在IC级别实现的DPI测量结果进行比较。

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