Design and Simulation of Heterogeneous Magnetron Memristive Chua Circuit

doi:10.16182/j.issn1004731x.joss.17-0074

Abstract

Abstract: A nonlinear circuit containing two heterogeneous magnetron memristors which based on the three-order classic Chua circuit is designed, its dimensionless fifth-order mathematical model is proposed. Due to the difference in the design of the characteristic equation of the two magnetron memristors, their positions form a symmetrical structure with respect to the capacitor. The existence of chaotic properties is proved by analyzing the stability of the system equilibrium point and Lyapunov exponents. The model of five-order heterogeneous memristive Chua system and two heterogeneous magnetron memristors are implemented by Multisim. Numerical calculation and experimental results show that heterogeneous magnetron memristive Chua circuit has a wealth of chaotic behavior and can outline the same chaotic attractors and hysteresis regression curves.

Key words: Chua circuit, magnetron memristors, circuit simulation, hysteresis regression curve, chaos attractors

CLC Number:

TM13/05.45

Zhang Xiaohong, Wan Lijuan, Long Keliu. Design and Simulation of Heterogeneous Magnetron Memristive Chua Circuit[J]. Journal of System Simulation, 2019, 31(1): 65-73.

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