Titlebook: Chaos in Electronics; M. A. Wyk,W.-H Steeb Book 1997 Springer Science+Business Media B.V. 1997 MatLab.chaos.circuit.electronic circuit.ele

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Introduction,el or equation containing no element of chance. Chaos can only be exhibited by nonlinear systems. Roughly speaking, a nonlinear system is said to be . if it exhibits sensitive dependence on initial conditions and has an infinite number of different periodic responses. If, for a system, the state spa

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One-dimensional Maps in Electronics,a nonlinear one-dimensional map is discussed. For a specific choice of the parameters, this map is equivalent to the logistic map. The bifurcations exhibited by this circuit as one of its parameters is varied, are studied.

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Driven Systems,a phase-locked loop circuit which comes in each radio. It is driven by a frequency modulated signal that is broadcasted and then received by the radio receiver where it is processed before being introduced to the phase-locked loop circuit. The output of the phase-locked loop then is a voice signal w

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M. P. Dobhal,V. Gupta,M. D. Lechner,R. GuptaIn this chapter we describe several methods for the analysis of nonlinear and chaotic systems. We start by introducing the concept of an attractor and its dimension. Several different dimensions associated with an attractor are defined, among which are the capacity and Hausdorff dimension.

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https://doi.org/10.1007/978-3-662-47224-8In this chapter we take a look at electronic circuits of which the dynamical behaviour is described by higher dimensional maps. Many electronic systems and circuits operate discretely in time and are therefore described by mappings rather than differential equations.

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Analysis of Chaotic Systems,In this chapter we describe several methods for the analysis of nonlinear and chaotic systems. We start by introducing the concept of an attractor and its dimension. Several different dimensions associated with an attractor are defined, among which are the capacity and Hausdorff dimension.

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