In this paper a control algorithm for a three-phase four-wire rectifier with an inductive-capacitive-inductive filter is presented. The control scheme consists in an inner current loop designed using the Sliding Mode Control technique, and an two external loops that regulates the DC bus voltage and also keeps the split bus balanced. Numerical simulations are also provided to show the performance of the closed loop. © 2014 IEEE.Peer Reviewe
Abstract – The present paper proposes a sliding mode control with fixed switching frequency for thre...
The present paper proposes a sliding mode control with fixed switching frequency for three-phase thr...
In this study, sliding-mode and proportional-resonant based control strategy is proposed for three-p...
In this paper a control algorithm for a three-phase four-wire rectifier with an inductive-capacitive...
This paper presents a dynamic analysis and the control design for a three-phase three-wire unity pow...
This paper presents a dynamic analysis and the control design for a singe-phase full bridge recti¿er...
This dissertation proposes a digital control system for a three-phase four-wire high input power fac...
In control theory, sliding mode control, or SMC, is a nonlinear control method that alters the dynam...
Abstract: This paper presents the voltage regulation system design for a three-phase four-wire volta...
Introduction. For AC-DC conversion systems, the electrical systems typically use thyristor or diode ...
This paper presents an improved variable hysteresisband current-control in natural frame for a three...
With the introduction of wide-bandgap semiconductors, significantly higher switching frequencies are...
With the introduction of wide-bandgap semiconductors, significantly higher switching frequencies are...
In this paper, the analysis and the sliding mode control application for a shunt active filter is pr...
This paper proposes the use of a three-phase four-leg (3P4L) converter in combination with an LCL fi...
Abstract – The present paper proposes a sliding mode control with fixed switching frequency for thre...
The present paper proposes a sliding mode control with fixed switching frequency for three-phase thr...
In this study, sliding-mode and proportional-resonant based control strategy is proposed for three-p...
In this paper a control algorithm for a three-phase four-wire rectifier with an inductive-capacitive...
This paper presents a dynamic analysis and the control design for a three-phase three-wire unity pow...
This paper presents a dynamic analysis and the control design for a singe-phase full bridge recti¿er...
This dissertation proposes a digital control system for a three-phase four-wire high input power fac...
In control theory, sliding mode control, or SMC, is a nonlinear control method that alters the dynam...
Abstract: This paper presents the voltage regulation system design for a three-phase four-wire volta...
Introduction. For AC-DC conversion systems, the electrical systems typically use thyristor or diode ...
This paper presents an improved variable hysteresisband current-control in natural frame for a three...
With the introduction of wide-bandgap semiconductors, significantly higher switching frequencies are...
With the introduction of wide-bandgap semiconductors, significantly higher switching frequencies are...
In this paper, the analysis and the sliding mode control application for a shunt active filter is pr...
This paper proposes the use of a three-phase four-leg (3P4L) converter in combination with an LCL fi...
Abstract – The present paper proposes a sliding mode control with fixed switching frequency for thre...
The present paper proposes a sliding mode control with fixed switching frequency for three-phase thr...
In this study, sliding-mode and proportional-resonant based control strategy is proposed for three-p...