32纳米射频片上系统垂直自然电容的电学性能

E. Liu, E. Li
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引用次数: 4

摘要

射频片上系统(RF SoC)需要高质量的无源器件,如电容器。我们全面研究了32纳米工艺的CMOS后端线(BEOL)垂直自然电容器(VNCAP)。采用电磁仿真和pi型等效电路模型对VNCAP进行了研究,并报道了VNCAP的电学特性,包括散射参数、有效电容、自谐振频率和品质因子,最高可达20 GHz。我们还简要讨论了vncap从65纳米到32纳米的性能缩放趋势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical performance of vertical natural capacitor for RF system-on-chip in 32-nm technology
Radio frequency system-on-chips (RF SoC) require high quality passive devices such as capacitors. We comprehensively studied the vertical natural capacitors (VNCAP) made of CMOS back-end-of-lines (BEOL) in 32-nm technology. We used electromagnetic simulation and a Pi-type equivalent circuit model for the study of the VNCAP, and reported its electrical characteristics including the scattering parameter, effective capacitance, self-resonant frequency and quality factor up to 20 GHz. We also briefly discussed the performance scaling trend of VNCAPs from 65-nm to 32-nm technology.
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