玻璃中间层上集成无源器件带通滤波器特性的设计演示

Masaya Tanaka, T. Takano, Yumi Okazaki
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引用次数: 1

摘要

对集成无源器件(ipd)结构中两类无源元件的基本特性进行了电磁场分析和测量。一种是采用玻璃通孔(TGV)的三维电磁线圈,另一种是采用无机介质薄膜的金属绝缘体金属(MIM)结构电容器。通过对电磁线圈的优化设计,实现了高Q因子的三维TGV电感。我们研制的MIM电容器通过控制金属衬垫的表面粗糙度来实现高击穿电压。此外,我们展示了通过这些ipd组合的2.4GHz至2.5GHz带通滤波器设计。从这个评估中,我们开发的具有ipd过滤功能的玻璃中间层(GiP)与传统的LTCC组件相比,实现了非常小的尺寸,低高度和更好的电气特性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design demonstration of band-pass-filter characteristics with integrated passive device on glass interposer
We studied the fundamental characteristics of two type passive elements of the integrated passive devices (IPDs) configuration with electromagnetic field analysis and measurement. One is 3D solenoid coil using through glass via (TGV), and another is metal insulator metal (MIM) structured capacitor with inorganic dielectric thin film. Our developed 3D TGV inductor achieved high Q factor by optimizing of solenoid coil design. And our developed MIM capacitor indicates high breakdown voltage by controlling surface roughness condition of metal pad. Furthermore, we demonstrated band pass filter design that passes 2.4GHz to 2.5GHz with the combination of these IPDs. From this evaluation, our developed glass interposer (GiP) with filter function with IPDs achieved very small size, low height and better electrical characteristics compared with conventional LTCC component.
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