多层封装和mcm中寄生电磁辐射的研究

R. Arnaudov, Slavi R. Baev, B. Avdjiiski
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引用次数: 1

摘要

研究了回电对和地对平行板平面的电磁辐射。这种结构广泛应用于微波多层封装,mcm,并且可能是相当大的电磁干扰(EMI)或同时开关噪声(SSI)的来源。应采用有效的方法来阻尼和消除辐射场,特别是在小面积和小体积的情况下。所开发的三层LTCC微波封装在不同的层上具有两个独立的接地面,通过多个过孔连接。利用全波分析方法对近场电磁场分布和远场辐射方向图进行估计。本文还讨论了布局、过孔网格和材料性能对示例结构在10 ~ 30ghz频段性能的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of parasitic electromagnetic radiation in multilayer packages and MCMs
Electromagnetic radiation from parallel-plate planes of power-return and ground pairs are investigated. Such structures are widely used in microwave multilayer packages, MCMs and could be the source of considerable electromagnetic interference (EMI) or simultaneously switching noise (SSI). Effective methods should be applied for damping and elimination of the radiated fields, especially in small areas and volumes. The developed three-layered LTCC microwave package possesses two separate grounding planes on different layer levels, connected through multiple vias. The estimation of the electromagnetic field distribution — near field, and radiation pattern — far field, are conducted by full-wave analysis. The article also discusses the influence of the layout, vias grid and material properties on the performance of the exemplary structure in the frequency band of interest - 10 to 30 GHz.
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