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Nonlinear analysis of ring oscillator and cross-coupled oscillator circuits

机译:环形振荡器和交叉耦合振荡器电路的非线性分析

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Hassan Khalil's research results and beautifully written textbook on nonlinear systems have influenced generations of researchers, including the authors of this paper. Using nonlinear systems tech-niques, this paper analyzes ring oscillator and cross-coupled oscillator circuits, which are essential build-ing blocks in digital systems. The paper first investigates local and global stability properties of an n-stage ring oscillator by making use of its cyclic structure. It next studies global stability properties of a class of cross-coupled oscillators which admit the representation of a dynamic system in feedback with a static nonlinearity, and presents sufficient conditions for almost global convergence of the solutions to a limit cycle when the feedback gain is in the vicinity of a bifurcation point. The result are also extended to the synchronization of interconnected identical oscillator circuits.
机译:哈桑·哈利勒(Hassan Khalil)的研究成果和精美的有关非线性系统的教科书已影响了几代研究人员,包括本文的作者。本文使用非线性系统技术来分析环形振荡器和交叉耦合振荡器电路,它们是数字系统中必不可少的组成部分。本文首先利用n阶环形振荡器的循环结构研究其局部和全局稳定性。接下来研究一类交叉耦合振荡器的整体稳定性,该特性允许动态系统表示为具有静态非线性的反馈,并为反馈增益为的极限环解的几乎全局收敛提供了充分条件。分叉点附近。结果也扩展到互连的相同振荡器电路的同步。

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