Intricate Collage of Electronics and Abstract Art

Exploring a New Chaotic Circuit Design

Artist
Max Matthe...
DDG Model
FluX 2
Mode
Ultra
Access
Public
Created
14h ago
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  Exploring a New Chaotic Circuit Design
  
  Model: FluX 2 (Ultra)
  
  Size: 2560 X 1440 (3.69 MP)
  
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  Prompt: a new chaotic circuit composed of memristor, meminductor, and capacitor in series is presented. The dimensionless mathematical model of the circuit is built. Then, the dynamical characteristics of chaotic systems varying with parameters are analyzed in detail. Besides, some peculiar phenomena such as the coexisting attractors and state transition are discovered. Finally, the circuit is implemented with DSP, and the numerical simulation results are verified. The accuracy of theoretical analysis is verified. The numerical simulation results show which the dynamic characteristics of this new chaotic system are very rich
  
  Using base image: No
  
  Aspect Ratio: landscape_wide
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Prompt

a new chaotic circuit composed of memristor, meminductor, and capacitor in series is presented. The dimensionless mathematical model of the circuit is built. Then, the dynamical characteristics of chaotic systems varying with parameters are analyzed in detail. Besides, some peculiar phenomena such as the coexisting attractors and state transition are discovered. Finally, the circuit is implemented with DSP, and the numerical simulation results are verified. The accuracy of theoretical analysis is verified. The numerical simulation results show which the dynamic characteristics of this new chaotic system are very rich

More about Exploring a New Chaotic Circuit Design

A novel chaotic circuit integrating memristors, meminductors, and capacitors in series has been developed, accompanied by a dimensionless mathematical model. The study thoroughly analyzes the circuit's dynamical characteristics and reveals unique phenomena like coexisting attractors and state transitions. Implementation with DSP confirms theoretical predictions, showcasing the circuit's rich dynamic behavior through numerical simulations.