CMOS RF:不再是一个矛盾修饰法

T. Lee
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引用次数: 31

摘要

峰值CMOS f/sub T/ s现在超过30 GHz,并且每三年翻一番。这种原始设备速度由最近开发的无源元件补充,例如横向磁通电容器和屏蔽螺旋电感,其中损耗基板的相关性大大降低,无需特殊处理步骤。器件F/sub min/在1-2 GHz时通常低于0.5 dB,并且更好地理解宽带MOSFET噪声已经显示了如何在指定功率预算内最小化放大器噪声系数。最后,对相位噪声的新理解表明,满足以前未被认识到的对称准则可以极大地抑制(例如,通过5-10或更多的因素)1/f器件噪声上转换为近相噪声。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CMOS RF: no longer an oxymoron
Peak CMOS f/sub T/'s are now in excess of 30 GHz and double every three years. That raw device speed is supplemented by recently developed passive elements, such as the lateral flux capacitor and the shielded spiral inductor, in which the lossy substrate is made much less relevant without requiring special processing steps. Device F/sub min/ is typically under 0.5 dB at 1-2 GHz, and a better understanding of broadband MOSFET noise has shown how to minimize amplifier noise figure within a specified power budget. Finally, a new understanding of phase noise has shown that satisfaction of previously unappreciated symmetry criteria can suppress greatly (e.g., by factors of 5-10 or more) the upconversion of 1/f device noise into close-in phase noise.
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