Titre :	Design, Implementation and Control of Flyback converter used for solar inverters
Type de document :	texte manuscrit
Auteurs :	Mohamed Yacine Aouissi, Auteur ; Nabil Abouchabana, Directeur de thèse
Editeur :	University of Amar Telidji – Laghouat - Department of Electrical Engineering
Année de publication :	2023
Importance :	71p.
Note générale :	SPECIALTY : Automation &Industrial Computing
Langues :	Anglais
Mots-clés :	SMPS, transformer, Flyback converter. magnetic core
Résumé :	Flyback converters are very popular in switch mode power supplies (SMPS) family, because of : its simplicity of design, its low cost, possibility to have a multiple isolated outputs, and its high efficiency. They are preferred especially for low power applications (< 150W). In this master's thesis we are presenting a comprehensive study on the design and control of a flyback converter. Our work begins with an in-depth exploration of the operating principles and components of the flyback. The design phase focuses on selecting suitable components and optimizing their parameters to achieve desired performance metrics, this addresses the implementation of the flyback converter, considering material selection and its control to ensure proper functionality and reliability.
note de thèses :	memoire de master

Design, Implementation and Control of Flyback converter used for solar inverters [texte manuscrit] / Mohamed Yacine Aouissi, Auteur ; Nabil Abouchabana, Directeur de thèse . - [S.l.] : University of Amar Telidji – Laghouat - Department of Electrical Engineering, 2023 . - 71p.
SPECIALTY : Automation &Industrial Computing
Langues : Anglais

Mots-clés :	SMPS, transformer, Flyback converter. magnetic core
Résumé :	Flyback converters are very popular in switch mode power supplies (SMPS) family, because of : its simplicity of design, its low cost, possibility to have a multiple isolated outputs, and its high efficiency. They are preferred especially for low power applications (< 150W). In this master's thesis we are presenting a comprehensive study on the design and control of a flyback converter. Our work begins with an in-depth exploration of the operating principles and components of the flyback. The design phase focuses on selecting suitable components and optimizing their parameters to achieve desired performance metrics, this addresses the implementation of the flyback converter, considering material selection and its control to ensure proper functionality and reliability.
note de thèses :	memoire de master