International audienceThis paper provides an exhaustive model of a full bridge rectifier connected to a weak capacitive filter using the first harmonic approximation. The developed model aims to better analyze the behavior of dynamic inductive power transfer systems. It is represented as an equivalent resistance with its value given as a function of the circuit's parameters. The result is then confirmed by performing simulations using Matlab Simulink.L'objectif de cet article est de fournir un modèle exhaustif d'un pont redresseur complet connecté à un filtre capacitif faible en utilisant l'approximation du premier harmonique. Ce modèle est développé pour mieux analyser le comportement des systèmes de transfert de puissance inductifs dynami...
The extended describing function (EDF) method is widely used in modeling the resonant converters. Th...
A feature of modern power supply systems is the presence of a large number of electrical devises tha...
In recent years active power filters and harmonic compensators have been widely studied. When compen...
The widespread diffusion of nonlinear power electronics devices in power systems has radically chang...
Studying the propagation of harmonics in power grids represents a very important task nowadays. Howe...
This paper discusses a model for the harmonic analysis of full bridge diode rectifiers in Wireless P...
A perturbation-theoretic analysis of rectifier circuits is presented. The governing differ-ential eq...
Widely distributed single-phase power electronic rectifier loads are an increasing source of harmoni...
The paper deals with a nonlinear model of the full–wave bridge rectifier in AC circuit with RC load ...
This paper proposes a simplified equivalent circuit model that can be used in the presentation of ch...
Widely distributed single-phase power electronic rectifier loads are increasing source of harmonics ...
The convergence of the iterative harmonic analysis (IHA) of networks with nonlinear loads can be imp...
This paper proposes different methods for estimation of the harmonic currents of the single-phase di...
This work studies the resonances which appear between the capacitors of power electronics grid inter...
The extended describing function (EDF) method is widely used in modeling the resonant converters. Th...
A feature of modern power supply systems is the presence of a large number of electrical devises tha...
In recent years active power filters and harmonic compensators have been widely studied. When compen...
The widespread diffusion of nonlinear power electronics devices in power systems has radically chang...
Studying the propagation of harmonics in power grids represents a very important task nowadays. Howe...
This paper discusses a model for the harmonic analysis of full bridge diode rectifiers in Wireless P...
A perturbation-theoretic analysis of rectifier circuits is presented. The governing differ-ential eq...
Widely distributed single-phase power electronic rectifier loads are an increasing source of harmoni...
The paper deals with a nonlinear model of the full–wave bridge rectifier in AC circuit with RC load ...
This paper proposes a simplified equivalent circuit model that can be used in the presentation of ch...
Widely distributed single-phase power electronic rectifier loads are increasing source of harmonics ...
The convergence of the iterative harmonic analysis (IHA) of networks with nonlinear loads can be imp...
This paper proposes different methods for estimation of the harmonic currents of the single-phase di...
This work studies the resonances which appear between the capacitors of power electronics grid inter...
The extended describing function (EDF) method is widely used in modeling the resonant converters. Th...
A feature of modern power supply systems is the presence of a large number of electrical devises tha...
In recent years active power filters and harmonic compensators have been widely studied. When compen...