Three-phase multipulse AC-DC converters (MPC) are developed for improving power quality to reduce harmonics in AC mains and ripples in DC output. This paper deals with the multipulse AC-DC converter configurations, state of art, their performance, power quality aspects, components selection considerations, latest trends, future developments, and potential applications. It is targeted to provide broad perspective on multipulse converter technology to the researchers, engineers, and designers dealing with them. A classified list of more than 250 research publications on the subject is also given for quick reference
This paper deals with the Scott (T) - connected autotransformer based multipulse ac-dc converters fe...
The paper deals with polygon autotransformer-based 12-pulse and 18-pulse AC-DC convertors feeding ve...
In industrial applications Medium-voltage motor drives plays important role to extend the power rati...
This article presents the design, modeling and simulation of three-phase multi-pulseAC–DC converter...
Three-phase AC-DC converters have been developed to a matured level with improved power quality in t...
The paper presents the modeling, simulation and digital implementation of power quality improvement ...
AbstractThe paper presents the modeling, simulation and digital implementation of power quality impr...
In this paper, a set of full-wave AC-DC converters are investigated for power quality improvement in...
Abstract: Due to switching of power electronics devices harmonic are induced in the line. These harm...
The issue of energy wonderful now days is a prime focused on space of investigation inside the power...
Multilevel static power conversion (MSPC) technology has ability to process high voltages and genera...
This work proposes a new three-phase multipulse rectifier based on the delta autotransformer connect...
Solid-state switch-mode rectification converters have reached a matured level for improving power qu...
This paper presents a novel converter which can reduce the harmonics like the conventional multipuls...
This paper deals with various multipulse AC-DC converters for improving the power quality in vector-...
This paper deals with the Scott (T) - connected autotransformer based multipulse ac-dc converters fe...
The paper deals with polygon autotransformer-based 12-pulse and 18-pulse AC-DC convertors feeding ve...
In industrial applications Medium-voltage motor drives plays important role to extend the power rati...
This article presents the design, modeling and simulation of three-phase multi-pulseAC–DC converter...
Three-phase AC-DC converters have been developed to a matured level with improved power quality in t...
The paper presents the modeling, simulation and digital implementation of power quality improvement ...
AbstractThe paper presents the modeling, simulation and digital implementation of power quality impr...
In this paper, a set of full-wave AC-DC converters are investigated for power quality improvement in...
Abstract: Due to switching of power electronics devices harmonic are induced in the line. These harm...
The issue of energy wonderful now days is a prime focused on space of investigation inside the power...
Multilevel static power conversion (MSPC) technology has ability to process high voltages and genera...
This work proposes a new three-phase multipulse rectifier based on the delta autotransformer connect...
Solid-state switch-mode rectification converters have reached a matured level for improving power qu...
This paper presents a novel converter which can reduce the harmonics like the conventional multipuls...
This paper deals with various multipulse AC-DC converters for improving the power quality in vector-...
This paper deals with the Scott (T) - connected autotransformer based multipulse ac-dc converters fe...
The paper deals with polygon autotransformer-based 12-pulse and 18-pulse AC-DC convertors feeding ve...
In industrial applications Medium-voltage motor drives plays important role to extend the power rati...