The electrical energy conversion is increasingly conversion is increasingly used in actual electrical systems. Also, the reduction of energical losses during the energy conversion has become an important objective. Thus, the electronic switch speed has been increased and allowed to reduce losses, but the technological implantation of components induces some electromagnetic compatibility problems. This is the reason of the interest of static converter designers in the Electromagnetic Compatibility. So, the study concerns the different risks of static converter malfunctioning due to its technology. Connections between energical sources (receiver and transmitter) and electronic switches (power unit and control unit) are often constituted of pr...
In this paper, a detailed analysis on EMI effects of power converters is performed. In particular, t...
Electromagnetic compatibility (EMC) is one of the major constraints involved in the design of power ...
La compatibilité électromagnétique (CEM) est l’une des contraintes majeures de la conception des str...
Power electronics has been increasly developed because of important technological improvements on po...
The principles used in static conversion and the rise of the performances of the new switching devi...
The paper presents issues associated with the impact of electromagnetic interference on static conve...
The static converters constitute a powerful means of energy transformation. Nevertheless, they gener...
The Electromagnetic Compatibility (EMC) has became a major constraint in the design of power electro...
The aims of this work are to build circuits with lumped impédance éléments representing the electric...
The work presented concerns the wound components used in static converters of a few hundred watts op...
The switching, basic mechanism of the energy transfer, are responsible of the electromagnetic pertur...
Electric power is of increasing importance in aeronautical systems. As a consequence, static convert...
The works presented in this thesis relate to the improvement of the continuous-continuous static con...
In the context of the predetermination of switching losses and EMC (ElectroMagnetic .Compatibllity) ...
This study deals with the development of software tools for Computer Aided Design of non-isolated po...
In this paper, a detailed analysis on EMI effects of power converters is performed. In particular, t...
Electromagnetic compatibility (EMC) is one of the major constraints involved in the design of power ...
La compatibilité électromagnétique (CEM) est l’une des contraintes majeures de la conception des str...
Power electronics has been increasly developed because of important technological improvements on po...
The principles used in static conversion and the rise of the performances of the new switching devi...
The paper presents issues associated with the impact of electromagnetic interference on static conve...
The static converters constitute a powerful means of energy transformation. Nevertheless, they gener...
The Electromagnetic Compatibility (EMC) has became a major constraint in the design of power electro...
The aims of this work are to build circuits with lumped impédance éléments representing the electric...
The work presented concerns the wound components used in static converters of a few hundred watts op...
The switching, basic mechanism of the energy transfer, are responsible of the electromagnetic pertur...
Electric power is of increasing importance in aeronautical systems. As a consequence, static convert...
The works presented in this thesis relate to the improvement of the continuous-continuous static con...
In the context of the predetermination of switching losses and EMC (ElectroMagnetic .Compatibllity) ...
This study deals with the development of software tools for Computer Aided Design of non-isolated po...
In this paper, a detailed analysis on EMI effects of power converters is performed. In particular, t...
Electromagnetic compatibility (EMC) is one of the major constraints involved in the design of power ...
La compatibilité électromagnétique (CEM) est l’une des contraintes majeures de la conception des str...