汽车电磁兼容测试线束:标准长度及其对传导排放的影响

M. O'hara, J. Colebrooke
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引用次数: 13

摘要

任何车辆上使用的线束都是该型号的独特线束,具有特定的布线长度以优化电路之间的连接,并为每个型号提供独特的信号和电源电缆配置。然而,国际汽车EMC标准都规定了用于测试目的的特定“标准”长度。虽然使用标准线束长度可以更容易地对车辆上使用的不同电子组件(ESA)进行结果比较,但它会影响实际测试性能吗?这里介绍的是对欧洲汽车电磁兼容指令(95/54/EC)进行的辐射排放测试的结果,使用五种不同的“标准”长度测试线束和宽带噪声源。结果说明了线束长度对这种单独测试技术的差异,并讨论了这可能对最终安装的影响
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Automotive EMC test harnesses: standard lengths and their effect on conducted emissions
The harness used on any vehicle is unique to that model, having a specific length of wiring to optimize connections between circuits and a unique configuration of signal and power cabling for each model. The international automotive EMC standards, however, all specify specific "standard" lengths for test purposes. While using a standard harness length makes comparison of results easier to perform for different electronic-sub assemblies (ESA) for use on vehicles, does it affect the actual test performance? Presented here is the result of radiated emissions tests conducted to the European automotive EMC directive (95/54/EC) utilising five different "standard" length test harnesses and a wide-band noise source. The results illustrate the differences that the harness length has on this individual test technique and discussion on the implications this may have on final installation is provided
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