PoP封装电磁干扰分析及解决方案研究

Chin-Ting Kuo, S. Wu
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引用次数: 0

摘要

高密度封装技术在近几年得到了迅速发展,使电子器件进入了微型化时代。PoP包装只是一个例子。它通过堆叠来实现高密度,但也带来了一些电气问题。本文研究了PoP封装的电磁干扰效应。提出了PoP包装应用的三个主题。首先,用8×4mm尺寸的FR4介电介质制作两个堆叠基板。通过使用不同类型的传输线,讨论了电磁干扰的影响。其次,聚焦于形状不完整的接地面会导致回波路径不连续,带来电磁干扰问题。最后,采用镀通孔(PTH)来降低电磁干扰效应。我们希望找到一些改善PoP封装应用中EMI的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of electromagnetic interference analysis and solution for PoP packaging
High density package have developed rapidly in a few years, and let electronic device get into Microminiaturization Age. PoP packaging is just an example. It achieves high density by stacking packages but also brings some electrical problems. In this study, electromagnetic interference (EMI) effect of PoP packaging is presented. Three topics are proposed for PoP packaging application. First, two stacked substrates are performed with FR4 dielectric in 8×4mm size. By using different type of transmission line, the effects of EMI are discussed. Second, focusing on incomplete shape ground planes cause return path discontinuous and bring EMI problems. Last, plating through hold (PTH) is applied to reduce EMI effect. We hope to find out some solutions improving EMI for PoP packaging application.
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