多相环形振荡器的通用模型

P. Pereira, António C. Pinto, L. Oliveira, J. Fernandes
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引用次数: 4

摘要

本文建立了2n个相位的多相环振子(MPRO)的一般模型,并推导了在单元注入误差的简化方法下频率、相位和相位误差的方程。广泛的蒙特卡罗模拟,在晶体管水平,为四相和八相电路,是符合这些假设。这些结果通过两个原型集成电路验证,实现在130纳米CMOS技术:第一个原型是一个独立的四相环形振荡器(RO),验证了非线性模型主要结论的理论分析,第二个原型是一个八相环形振荡器,作为一个ISM接收器的块,验证了CRO概念的通用模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Generic Model for Multi-Phase Ring Oscillators
We present a generic model for Multiple Phase Ring Oscillators (MPRO) with 2n phases, and derive equations for frequency, phase and phase error under the simplifying approach of injecting the error in a single element. Extensive Monte Carlo simulations, at transistor level, for the four and eight phase circuits, are in accordance with these assumptions. These results are validated by two prototype integrated circuits, implemented in a 130 nm CMOS technology: The first prototype, which is a standalone four phases Ring Oscillator (RO), validates the theoretical analysis concerning the non-linear model main conclusions and, the second prototype, which is an eight phase RO, incorporated as a block of an ISM receiver, validates the generic model for CRO concept.
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