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Analysis of the oscillation frequency and waveform amplitude for a high-frequency differential ring oscillator

机译:高频差分环形振荡器的振荡频率和波形幅度分析

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In this paper, the oscillation frequency and waveform amplitude of a high frequency differential ring oscillator are analyzed and derived with a new platform. The obtained equations describe the nonlinear dependence of amplitude and frequency on the tail current, number of delay cell stages, and transistor sizes. The accuracies of the obtained equations are verified by the Cadence Spectre simulation results and experimental data. Compared with currently available expressions, the obtained equations show significantly improved accuracies; therefore they can be used to guide and facilitate high frequency differential oscillator design in submicron CMOS technology. The derivation platform can also be used to analyze other ring oscillator topologies.
机译:本文利用一个新的平台,对高频差分环形振荡器的振荡频率和波形幅度进行了分析和推导。所获得的方程式描述了幅度和频率对尾电流的非线性依赖性,延迟单元级的数量以及晶体管的尺寸。通过Cadence Spectre仿真结果和实验数据验证了所获得方程的准确性。与当前可用的表达式相比,所获得的方程式显示出显着提高的准确性;因此,它们可用于指导和促进亚微米CMOS技术中的高频差分振荡器设计。推导平台还可以用于分析其他环形振荡器拓扑。

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