A fourth-order three-dimensional memristor circuit system and a realization circuit

Abstract

The invention provides a four-order three-dimensional memristor circuit system and a realizing circuit, the system comprising a capacitor, an inductor and a memristor element connected in series in turn, and the capacitor, the inductor and the memristor element form a ring structure, and a circuit equation of the ring structure is obtained equivalently from the memristor element. The invention constructs a memristor element according to the typical properties of the memristor system, constructs a circuit comprising a capacitor, an inductor and a memristor by using the constructed memristor element, and analyzes the dynamic properties of the memristor element. By using an additive circuit, a multiplying circuit, a proportional circuit and an integrating circuit Mitisim simulation is realized; the simulation circuit comprises three channels, an output signal of the second channel as an input signal of the first channel, an output signal of the first channel, a second channel and a thirdchannel as an input signal of the second channel, and an output signal of the second channel as an input signal of the third channel. The invention can generate abundant dynamic behaviors, and to a certain extent, the complexity and the security of the secure communication are increased.

Description

technical field [0001] The invention relates to the technical field of novel electronic components, in particular to a four-dimensional three-dimensional memristive circuit system and a realization circuit. Background technique [0002] In May 2008, the "Nature" magazine published a paper "Finding the Missing Memristor", which confirmed the theory about memristor proposed by Professor Cai Shaotang, an international nonlinear theory pioneer more than 30 years ago, that is, the existence of electronic circuits The fourth basic component - memristor. This major discovery was evaluated by domestic and foreign scientists as "will have a major impact on the development of electronic science", and also means "a fundamental change in circuit theory". Due to its huge application potential, it has attracted strong attention worldwide. The formula of the existing memristive system is complicated, and there are too many variables, so that it is difficult to manufacture real memristive...

AI Technical Summary

Problems solved by technology

[0003] Aiming at the technical problems of the existing memristive system with complex formulas and too many variables, which make it difficult to manufacture real memristive components, and cannot be mass-produced and popularized and applied, the present invention proposes a four-dimensional three-dimensional memristive circuit The system and implementation circuit can generate rich dynamic behavior, which increases the complexity and security of secure communication to a certain extent

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