Analytic solutions of ground bounces in PCBs using perfect magnetic wall approximations

Chien-Chang Huang
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Abstract

In this paper the analytic solutions of ground bounce problems on the power/ground plane structures of printed circuit boards (PCBs) are presented based on the perfect magnetic wall assumptions of the PCB's edges. The Green's function of the infinite power/ground plane is first derived, and then the sidewall reflections are replaced by the image sources, resulting the voltage expressions on the PCB explicitly. The numerical results are compared with the cavity-model analysis and measured data to validate the proposed approach.
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利用完美磁壁近似的pcb中地弹跳的解析解
本文在PCB板边缘完美磁壁假设的基础上,给出了PCB板电源/接地面结构的地弹跳问题的解析解。首先推导出无限功率/地平面的格林函数,然后用像源代替侧壁反射,得到PCB上的电压表达式。将数值计算结果与空腔模型分析和实测数据进行了比较,验证了所提方法的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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