具有交叉耦合CMOS对的平衡SAW振荡器

Y. Kao, I-Jhih Wu
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引用次数: 1

摘要

将CMOS中的交叉耦合对应用于表面声波谐振腔的压控振荡器。锁存问题,这是传统的LC振荡器所没有的,在我们的情况下是必不可少的。通过仔细的偏置设计,这个问题就解决了。该振荡器的优点是在SAW谐振器的末端出现固有的相反极性,导致在过渡期间振幅快速增长。与众所周知的科尔皮茨振荡器相比,其过渡周期明显缩短。为了完整起见,比较了三种单端、平衡型和交叉耦合型振荡器在谐振腔内相同幅度下的优值(FOM)。并给出了功耗和相位噪声。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Balanced SAW oscillators with cross-coupled CMOS pair
The cross-coupled pairs in CMOS are employed to the voltage controlled oscillator with surface acoustic wave (SAW) resonator. The problem of latch, which is not encounted in conventional LC oscillator, is essential in our case. With a careful design in bias this problem is solved. This oscillator has the advantage of inherent opposite polarity appeared on the terminals of SAW resonator, which leads to fast growing amplitude during transition. As compared to the well known Colpitts oscillator, the transition period is significantly shrinked. For completeness three kinds of oscillator with single ended, balanced Colpitts, and cross coupled one are compared in terms of figure of merit (FOM) under the same magnitude across the resonator. Also the power consumption and phase noise are indicated.
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