In this brief, we consider a Wien bridge-based resistance-capacitance (RC) chaotic oscillator. We show that this circuit realizes the well-known Chua's oscillator under some conditions. We also show that this circuit is linearly conjugate, hence equivalent, to a large class of three-dimensional (3-D) systems when the parameters are appropriately chosen. We also present some experimental results. © 2000 IEEE
We show by computer simulation that chaos can occur in a sinusoidally driven second-order circuit ma...
Several realizations of Chua's circuit have been proposed in the literature. The methodologies used ...
This paper presents a comparative study oil design and implementation of Wien type chaotic oscillato...
In this brief, we consider a Wien bridge-based resistance-capacitance (RC) chaotic oscillator. We sh...
Abstract-Linear system theory provides an inadequate char-acterization of sustained oscillation in n...
A new circuit configuration, linearly conjugate to the standard Chua`s circuit, is presented. Its di...
Abstract-In this introductory tutorial paper, we demonstrate the generality of Chua's oscillato...
The interaction of capacitive and resistive nonlinearities in the Chua's circuit is studied. The ori...
The Chua circuit, known to exhibit chaotic behaviour, has been constructed and studied. The goal was...
In this paper, a simplified Chua's circuit is realised by bridging a diode pair between a passive LC...
In this study, a novel nonautonomous version of autonomous Chua's circuit is presented. The proposed...
Chua’s oscillator is one of the simplest electronic circuits that is capable of pro-ducing chaos. It...
Chua's circuit is a simple electronic network which exhibits a variety of bifurcation phenomena...
Abstract: Wien-bridge sinusoidal oscillator, based on current-feedback opamp is modified to obtain c...
Mixed-mode chaotic circuit (MMCC) designed by combining the common dynamics of autonomous Chua's cir...
We show by computer simulation that chaos can occur in a sinusoidally driven second-order circuit ma...
Several realizations of Chua's circuit have been proposed in the literature. The methodologies used ...
This paper presents a comparative study oil design and implementation of Wien type chaotic oscillato...
In this brief, we consider a Wien bridge-based resistance-capacitance (RC) chaotic oscillator. We sh...
Abstract-Linear system theory provides an inadequate char-acterization of sustained oscillation in n...
A new circuit configuration, linearly conjugate to the standard Chua`s circuit, is presented. Its di...
Abstract-In this introductory tutorial paper, we demonstrate the generality of Chua's oscillato...
The interaction of capacitive and resistive nonlinearities in the Chua's circuit is studied. The ori...
The Chua circuit, known to exhibit chaotic behaviour, has been constructed and studied. The goal was...
In this paper, a simplified Chua's circuit is realised by bridging a diode pair between a passive LC...
In this study, a novel nonautonomous version of autonomous Chua's circuit is presented. The proposed...
Chua’s oscillator is one of the simplest electronic circuits that is capable of pro-ducing chaos. It...
Chua's circuit is a simple electronic network which exhibits a variety of bifurcation phenomena...
Abstract: Wien-bridge sinusoidal oscillator, based on current-feedback opamp is modified to obtain c...
Mixed-mode chaotic circuit (MMCC) designed by combining the common dynamics of autonomous Chua's cir...
We show by computer simulation that chaos can occur in a sinusoidally driven second-order circuit ma...
Several realizations of Chua's circuit have been proposed in the literature. The methodologies used ...
This paper presents a comparative study oil design and implementation of Wien type chaotic oscillato...