A modified pulse-width modulation (PWM) technique that improves the displacement power factor and the input power factor of a single-phase AC to DC converter is discussed. The modified converter is shown to have a high input power factor and allows the of DC voltage from zero to more than the maximum value of the source voltage. The displacement power factor is unity, and the input power factor is almost unity in the wide range of current command </p
A novel power-factor controller for single-phase pulsewidth modulated rectifiers is proposed. The un...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
Abstract Traditional AC to DC converters converts AC source voltage to DC output voltage with poo...
A modified pulse-width modulation (PWM) technique that improves the displacement power factor and th...
A pulse width modulation (PWM) AC-to-DC converter is proposed for a variable DC voltage supply. This...
The advent of controller integrated circuits has forced the development of new power factor correcti...
Power factor in an AC electrical power system is described as the ratio of the actual power passing ...
An ac to dc converter is an integral part of any power supply unit used in the all electronic equipm...
In this paper a simple single-stage single-switch input-current shaping (S4ICS) circuit was designed...
In this paper we introduced a new control scheme which uses one PFC Boost Converter connected in sh...
Traditional AC to AC converters are implemented using voltage regulation technique. However, this me...
Abstract- The paper presents the modeling, simulation and analysis of an AC-DC converter based PWM r...
An AC chopper controller with symmetrical Pulse-Width Modulation (PWM) is proposed to achieve better...
The single-phase boost rectifier has become the most popular topology for power factor correction (P...
In most line-interfaced power converter applications the ac mains voltage is first rectified into a ...
A novel power-factor controller for single-phase pulsewidth modulated rectifiers is proposed. The un...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
Abstract Traditional AC to DC converters converts AC source voltage to DC output voltage with poo...
A modified pulse-width modulation (PWM) technique that improves the displacement power factor and th...
A pulse width modulation (PWM) AC-to-DC converter is proposed for a variable DC voltage supply. This...
The advent of controller integrated circuits has forced the development of new power factor correcti...
Power factor in an AC electrical power system is described as the ratio of the actual power passing ...
An ac to dc converter is an integral part of any power supply unit used in the all electronic equipm...
In this paper a simple single-stage single-switch input-current shaping (S4ICS) circuit was designed...
In this paper we introduced a new control scheme which uses one PFC Boost Converter connected in sh...
Traditional AC to AC converters are implemented using voltage regulation technique. However, this me...
Abstract- The paper presents the modeling, simulation and analysis of an AC-DC converter based PWM r...
An AC chopper controller with symmetrical Pulse-Width Modulation (PWM) is proposed to achieve better...
The single-phase boost rectifier has become the most popular topology for power factor correction (P...
In most line-interfaced power converter applications the ac mains voltage is first rectified into a ...
A novel power-factor controller for single-phase pulsewidth modulated rectifiers is proposed. The un...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
Abstract Traditional AC to DC converters converts AC source voltage to DC output voltage with poo...