STABILITY AND BOUNDEDNESS ANALYSIS OF A STATE–DEPENDENT DIFFERENTIAL EQUATIONS FOR A SYSTEM OF TWO COUPLED CIRCUITS

A. Olutimo, I. D. Omoko, A. A. Abdurasid, A.F. Abass
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Abstract

Two coupled circuits are extensively used in radio electronics and communication. The problem of stability analysis of state variables describing system of two coupled circuits is very critical as unstable circuit causes damage to electrical systems. Analysis of stability and boundedness behavior of the state variables characterizing system of two coupled circuits is carried out using the Lyapunov's second method. We provide in simple form, less restrictive conditions that are implementable at the development stage and which ensure the stability and boundedness of the state variables describing system considered. For illustration, the behaviours of the system of two coupled circuits with response and its bounded output are shown.
两个耦合电路系统的状态微分方程的稳定性和有界性分析
双耦合电路广泛应用于无线电电子和通信领域。描述双耦合电路系统的状态变量的稳定性分析问题非常关键,因为不稳定的电路会对电气系统造成损害。利用 Lyapunov's second 方法对描述两个耦合电路系统的状态变量的稳定性和有界性行为进行了分析。我们以简单的形式提供了可在开发阶段实施的限制性较小的条件,这些条件确保了描述所考虑系统的状态变量的稳定性和有界性。为便于说明,我们展示了两个耦合电路系统的响应行为及其有界输出。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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