On the selection of passive elements for low phase noise LC tank VCO in 65 nm process

Md. Tawfiq Amin
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引用次数: 7

Abstract

This paper describes the LC tank design for low phase noise LC VCO on the selection of passive elements. LC tank based VCO is commonly used for the low phase noise performance in most RF applications. Since quality factor of the LC tank is mainly dominated by the quality factor of the passive elements (inductor & capacitor) selection, this work presents the passive elements optimization based on the inductor and varactor optimization. Simulated in 65 nm process, higher Q is obtained for large width and minimum number of turns for the inductor and for the varactor design; the PMOS varactor operating in the depletion and accumulation regions allows large tuning range and less parasitic resistance.
65纳米工艺低相位噪声LC槽压控振荡器无源元件的选择
本文从无源元件的选择上论述了低相位噪声LC压控振荡器的LC油箱设计。在大多数射频应用中,基于LC槽的压控振荡器通常用于低相位噪声性能。由于LC储罐的质量因子主要由无源元件(电感和电容)选择的质量因子决定,因此本文提出了基于电感和变容器优化的无源元件优化。在65nm制程的模拟中,电感器和变容管设计的大宽度和最小匝数可以获得更高的Q值;PMOS变容管在耗尽区和积累区工作,允许大的调谐范围和较小的寄生电阻。
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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