Dynamics of delayed memristive systems in combination chaotic circuits

Abstract

The use of memristor in the realization of chaotic circuits has gained popularity in recent times. This can be attributed to its simplicity over the traditional Chua’s diode. The memristor as a nanometer-scale passive circuit element which can be described as a resistor with memory and possesses nonlinear characteristics. In this chapter, the numerical and experimental dynamics of nonautonomous time delay memristive oscillator which consists of negative conductance and smooth-cubic memristor are reported. Diffusive and negative feed back coupling of combination-combination arrays of the electronic circuits are also presented. The viability of both numerical and electronic simulation are also presented.