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Experimental Verification of the Use of Metal Filled Via Hole Fences for Crosstalk Control of Microstrip Lines in LTCC Packages

机译:使用金属填充通孔栅进行LTCC封装中的微带线串扰控制的实验验证

摘要

Coupling between microstrip lines in dense RF packages is a common problem that degrades circuit performance. Prior 3D-FEM electromagnetic simulations have shown that metal filled via hole fences between two adjacent microstrip lines actually increases coupling between the lines; however, if the top of the via posts are connected by a metal Strip, coupling is reduced. In this paper, experimental verification of the 3D-FEM simulations Is demonstrated for commercially fabricated LTCC packages.
机译:密集RF封装中微带线之间的耦合是一个常见问题,会降低电路性能。先前的3D-FEM电磁仿真表明,通过两条相邻微带线之间的孔栅填充的金属实际上会增加线之间的耦合。但是,如果通孔柱的顶部通过金属条连接,则会减少耦合。在本文中,对用于商业制造的LTCC封装的3D-FEM仿真进行了实验验证。

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