Inductors from wafer-level package process for high performance RF applications

B. Guruprasad, Yaojian Lin, M. P. Chelvam, S. Yoon, Kai Liu, R. Frye
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引用次数: 6

Abstract

In this paper, inductors embedded in a mold material are characterized. Due to the low-loss property of the mold material, plated Cu inductors show high quality-factor (Q) performance. This performance is also better than those of similar inductors implemented from our IPD process. The mold material is not only used as a supporting substrate, but also served as package substrate, which allows the high-Q inductors to be implemented with other RF chips (CMOS PA for example) in one single package. Design methodology for such packaging environment is discussed.
用于高性能射频应用的晶圆级封装工艺电感器
本文对嵌入在模具材料中的电感进行了表征。由于模具材料的低损耗特性,镀铜电感具有高质量因数(Q)性能。该性能也优于我们的IPD工艺实现的同类电感器。模具材料不仅用作支撑基板,而且还用作封装基板,这使得高q电感器可以与其他射频芯片(例如CMOS PA)在一个封装中实现。讨论了这种包装环境的设计方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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