Modelamiento, Simulación e Implementación del Oscilador Caótico Conmutado por Tramos

Abstract

This article presents the analysis, modeling, simulation, and implementation of a circuit that describes a chaotic oscillator in a switched continuous system by sections (OCCCT); Gets the system of differential equations that model it, and the approximation of the solution is implemented by the method of decomposition of Adomian (ADM). As a result, gets the corresponding mathematical development of the system that models the phenomenon. To observe the presence of chaos, the Lyapunov exponents are obtained and analyzed both output variables and the phase diagram that they generate. With the theoretical - analytical and approximate - system solution, is a comparison with data obtained from the simulation and the thrown by the implementation of the circuit.