This study introduces two types of self-oscillating circuits that are frequently found in power electronics applications. Special effort is made to relate the circuits to the analogous mechanical systems of some important scientific inventions: Galileo's pendulum clock and Coulomb's friction model. A little touch of related history and philosophy of science will hopefully encourage curiosity, advance the understanding of self-oscillating systems and satisfy the aspiration of some students for scientific literacy. Finally, the two self-oscillating circuits are applied to design a simple class-D audio amplifier
This book surveys recent developments in the design, analysis and applications of oscillator circuit...
International audienceA simple and accurate analytical model for evaluating the oscillation period o...
In the presented paper, an original solution to the system maintaining vibrations of a wire transduc...
This study introduces two types of self-oscillating circuits that are frequently found in power elec...
Frequency of Self-Oscillations covers the realm of electric oscillations that plays an important rol...
Parametric oscillator circuits are investigated further in addition to part 1 of this series of pape...
Many researchers have been investigating chaotic circuits. For instance, proposing new chaotic circu...
International audienceAn oscillator is dedicated to the generation of signals. It is used in compute...
International audienceThis book aims to fi ll the need for a comprehensive volume on the most recent...
Class D amplifiers are conventionally designed by feeding the modulated pulse signal at the output s...
This paper develops the concept of Class-E self oscillation for wireless power delivery to implantab...
An oscillator is dedicated to the generation of signals. It is used in computers, telecoms, watchmak...
Abstract—A design for a parallel audio amplifier attempts to improve on existing amplifier topologie...
This paper describes an approach used to introduce a type of nonlinear problems in an undergraduate ...
Synchronization is one of the fundamental phenomena in nature and it is observed over the various fi...
This book surveys recent developments in the design, analysis and applications of oscillator circuit...
International audienceA simple and accurate analytical model for evaluating the oscillation period o...
In the presented paper, an original solution to the system maintaining vibrations of a wire transduc...
This study introduces two types of self-oscillating circuits that are frequently found in power elec...
Frequency of Self-Oscillations covers the realm of electric oscillations that plays an important rol...
Parametric oscillator circuits are investigated further in addition to part 1 of this series of pape...
Many researchers have been investigating chaotic circuits. For instance, proposing new chaotic circu...
International audienceAn oscillator is dedicated to the generation of signals. It is used in compute...
International audienceThis book aims to fi ll the need for a comprehensive volume on the most recent...
Class D amplifiers are conventionally designed by feeding the modulated pulse signal at the output s...
This paper develops the concept of Class-E self oscillation for wireless power delivery to implantab...
An oscillator is dedicated to the generation of signals. It is used in computers, telecoms, watchmak...
Abstract—A design for a parallel audio amplifier attempts to improve on existing amplifier topologie...
This paper describes an approach used to introduce a type of nonlinear problems in an undergraduate ...
Synchronization is one of the fundamental phenomena in nature and it is observed over the various fi...
This book surveys recent developments in the design, analysis and applications of oscillator circuit...
International audienceA simple and accurate analytical model for evaluating the oscillation period o...
In the presented paper, an original solution to the system maintaining vibrations of a wire transduc...