Add to ORKGAbstract-A tolerance band (hysteresis) current controller is presented that provides phase decoupling control of a three-level, three-phase rectifier and allows the utilization of the full modulation range. The novel current control method provides coordinated switching between the phases and results in a near constant switching frequency and a current ripple performance that is similar to conventional carrier-based PWM controllers. Theoretical analysis of the control method is presented and the performance of the phase decoupling is experimental verified using a 5kW Vienna rectifier
A new hysteresis current control technique of voltage source inverters is proposed, which uses digit...
In order to solve the instantaneous power ripple and achieve better performance of direct power cont...
This thesis is mainly concerned with fundamental investigations into digital current control of util...
Abstract-This paper presents a new current control method for three-phase pulse width modulation rec...
This paper presents an improved variable-band hysteresis current controller for a two-level three-ph...
This paper presents a novel three-level hysteresis current control scheme for a three-phase permanen...
A novel vector-based hysteresis current controller for threephase PWM voltage-source inverters is pr...
The control goal for three-phase pulse width-modulated rectifiers focuses on generating sinusoidal i...
Abstract—The output center-point voltage of a hysteresis cur-rent-controlled three-level, unidirecti...
Due to advancements in power electronics and inverter topologies, the current controlled multilevel ...
Abstract:In this paper, a proposed control strategy is presented to improve the performance of the p...
This paper presents the analysis, design, and control of a four-wire rectifier system using split-ca...
Abstract- This paper proposes a new simple method of three-phase, sensorless mains voltage, power co...
Abstract-Unbalanced grids introduce performance deterioration for the Vienna rectifier topology by p...
A space vector modulation (SVM) based hysteresis current controller (HCC) for the pulse width modula...
A new hysteresis current control technique of voltage source inverters is proposed, which uses digit...
In order to solve the instantaneous power ripple and achieve better performance of direct power cont...
This thesis is mainly concerned with fundamental investigations into digital current control of util...
Abstract-This paper presents a new current control method for three-phase pulse width modulation rec...
This paper presents an improved variable-band hysteresis current controller for a two-level three-ph...
This paper presents a novel three-level hysteresis current control scheme for a three-phase permanen...
A novel vector-based hysteresis current controller for threephase PWM voltage-source inverters is pr...
The control goal for three-phase pulse width-modulated rectifiers focuses on generating sinusoidal i...
Abstract—The output center-point voltage of a hysteresis cur-rent-controlled three-level, unidirecti...
Due to advancements in power electronics and inverter topologies, the current controlled multilevel ...
Abstract:In this paper, a proposed control strategy is presented to improve the performance of the p...
This paper presents the analysis, design, and control of a four-wire rectifier system using split-ca...
Abstract- This paper proposes a new simple method of three-phase, sensorless mains voltage, power co...
Abstract-Unbalanced grids introduce performance deterioration for the Vienna rectifier topology by p...
A space vector modulation (SVM) based hysteresis current controller (HCC) for the pulse width modula...
A new hysteresis current control technique of voltage source inverters is proposed, which uses digit...
In order to solve the instantaneous power ripple and achieve better performance of direct power cont...
This thesis is mainly concerned with fundamental investigations into digital current control of util...