An Efficient Methodology to Parse and Mesh Large Interconnect Layouts for Electromagnetic Analysis

Qinghao Zhang, Ruoyi Xie, F. Guo, Shashwat Sharma, Damian Marek, P. Triverio
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Abstract

We present a complete methodology to import and mesh the layout of complex interconnect networks for electromag-netic analysis. At first glance, these tasks may seem straightfor-ward. In reality, they require complex geometrical operations, which are not trivial to perform efficiently and robustly for realistic layouts. The methodology is based on publicly-available libraries and generates a conformal surface mesh suitable for the boundary element method. The method is tested on an entire IC package from the Packaging Benchmark Suite.
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一种用于电磁分析的大型互连布局解析和网格化的有效方法
我们提出了一种完整的方法来导入和网格化复杂互连网络的布局,用于电磁分析。乍一看,这些任务似乎很简单。在现实中,它们需要复杂的几何操作,这些操作对于有效和鲁棒地执行现实布局来说是非常重要的。该方法基于公开可用的库,并生成适合边界元法的保形面网格。该方法在封装基准套件中的整个IC封装上进行了测试。
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