Simple second-order non-autonomous memristor chaotic signal generator

Abstract

The invention discloses a simple second-order non-autonomous memristor chaotic signal generator composed of a memristor and capacitor parallel circuit driven by a standard sinusoidal voltage signal. The circuit only includes two dynamic elements as capacitor C ₁ with memristive W. The essence of the present invention is to replace the passive LC oscillator in the memristor Chua's circuit with a standard sinusoidal voltage signal to form a simple and novel chaotic signal generator, which can generate chaotic attractors, periodic limit cycles, etc. by adjusting circuit parameters complex nonlinear phenomena. The circuit structure is simple, the stability is strong, and it has significant chaotic characteristics, which plays a greater role in promoting the application and development of memristive circuits.

Description

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AI Technical Summary

Benefits of technology

This patented device uses an electrical current waveform with specific frequency patterns that create chaos when combined together. It generates signals called chaosis because they are caused by certain physical properties or processes within them. These devices have many advantages over existing methods for generating analog waves like oscillators and crystal clocks due their ability to produce more complicated forms of behavior without requiring precise control from external sources. They also provide stable outputs at different frequencies depending on how well these techniques work.

Problems solved by technology

This patents discuss various technical problem addressed in this patented paper: how to create stable and powerful memristing systems without requiring expensive components like inductance coils or transistors due to their complexity and potential instabilities caused by external factors like temperature changes during operation.

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