This paper describes, based on both numerical and experimental bases, the evolution of chaotic and, in some cases, hyperchaotic attractors within mathematical models of two two-port analog functional blocks commonly used inside radio-frequency systems. The first investigated electronic circuit is known as the cascoded class C amplifier and the second network represents a resonant amplifier with Darlington's active part. For the analysis of each mentioned block, fundamental configurations that contain coupled generalized bipolar transistors are considered; without driving force or interactions with other lumped circuits. The existence of the structurally stable strange attractors is proved via the high-resolution composition plots of the Lya...
Abstract | In this study, we investigate a chaotic circuit proposed by us in NOLTA'99. The circ...
The aim of this thesis is to design a universal analog oscillator using transconductance amplifiers....
This paper strives to achieve a comprehensive review of chaos in analog circuits and lumped electron...
This paper describes recent findings achieved during a numerical investigation of the circuit known ...
This paper briefly describes a recent discovery that occurred during the study of the simplest mathe...
This brief paper shows that robust chaotic behavior can be detected within a tuned-collector single-...
This paper is focused on the investigation of self-oscillation regimes associated with very simple s...
This paper yields process of development, numerical analysis, lumped circuit modeling, and experimen...
This paper describes recent findings achieved during a numerical investigation of the circuit known ...
This master‘s thesis deals with analysis of electronic dynamical systems exhibiting chaotic solution...
This paper describes development of analog chaotic oscillatorbased on mathematical model of static m...
This paper presents a new autonomous deterministic dynamical system with equilibrium degenerated int...
In this paper, we show that novel autonomous chaotic oscillators based on one or two bipolar junctio...
This paper describes a new autonomous deterministic chaotic dynamical system having a single unstabl...
This article deals with design and experimental verification of a single stage transistoramplifier i...
Abstract | In this study, we investigate a chaotic circuit proposed by us in NOLTA'99. The circ...
The aim of this thesis is to design a universal analog oscillator using transconductance amplifiers....
This paper strives to achieve a comprehensive review of chaos in analog circuits and lumped electron...
This paper describes recent findings achieved during a numerical investigation of the circuit known ...
This paper briefly describes a recent discovery that occurred during the study of the simplest mathe...
This brief paper shows that robust chaotic behavior can be detected within a tuned-collector single-...
This paper is focused on the investigation of self-oscillation regimes associated with very simple s...
This paper yields process of development, numerical analysis, lumped circuit modeling, and experimen...
This paper describes recent findings achieved during a numerical investigation of the circuit known ...
This master‘s thesis deals with analysis of electronic dynamical systems exhibiting chaotic solution...
This paper describes development of analog chaotic oscillatorbased on mathematical model of static m...
This paper presents a new autonomous deterministic dynamical system with equilibrium degenerated int...
In this paper, we show that novel autonomous chaotic oscillators based on one or two bipolar junctio...
This paper describes a new autonomous deterministic chaotic dynamical system having a single unstabl...
This article deals with design and experimental verification of a single stage transistoramplifier i...
Abstract | In this study, we investigate a chaotic circuit proposed by us in NOLTA'99. The circ...
The aim of this thesis is to design a universal analog oscillator using transconductance amplifiers....
This paper strives to achieve a comprehensive review of chaos in analog circuits and lumped electron...