Add to ORKGIn the paper, a single phase, sliding mode controlled inverter with three levels output voltage for fixed frequency AC generation is described. After a brief review of the sliding mode control theory, the way to obtain the three levels output voltage will be described from the theoetical point of view. Next a simplified approach will be shown. Simulation results are presented. In the last part of the paper the harware implementation of the control and some experimental results relevant to a single phase, 5 KVA, 110 Vdc, 220 Vac, 50 Hz, IGBT inverter will be presented
In this paper, a novel common-mode voltage reduction technique is proposed for a three-phase multile...
[[abstract]]This paper presents a novel discrete-time sliding-mode control algorithm for an uninterr...
Introduction. For AC-DC conversion systems, the electrical systems typically use thyristor or diode ...
In the paper, a single phase, sliding mode controlled inverter with three levels output voltage for ...
In the paper two sliding mode controlled inverter for fixed frequency AC power supply are described....
Abstract-This project is about modeling and simulation of single phase unipolar Pulse Width Modulati...
In this paper, a new approach to the sliding-mode control of single-phase inverters under linear and...
Electronic AC power supplies are classic products in power electronics. They include uninterruptible...
The development of static power converters capable of transforming DC energy obtained from alternati...
This paper proposes a discrete-time model-reference sliding mode control of three-phase four-leg vol...
The output voltage of UPS is distorted by abrupt load current. Conventional control methods to adjus...
A sliding-mode control in electronic AC power supplies is presented. This control technique makes it...
A Sliding-Mode (SM) technique for inverter control is proposed, where a discrete-time control action...
This paper proposes a novel method based on pulse width modulation techniques to reduce and control ...
Abstract – This paper presents a three-phase converter that allows the operation as rectifier or inv...
In this paper, a novel common-mode voltage reduction technique is proposed for a three-phase multile...
[[abstract]]This paper presents a novel discrete-time sliding-mode control algorithm for an uninterr...
Introduction. For AC-DC conversion systems, the electrical systems typically use thyristor or diode ...
In the paper, a single phase, sliding mode controlled inverter with three levels output voltage for ...
In the paper two sliding mode controlled inverter for fixed frequency AC power supply are described....
Abstract-This project is about modeling and simulation of single phase unipolar Pulse Width Modulati...
In this paper, a new approach to the sliding-mode control of single-phase inverters under linear and...
Electronic AC power supplies are classic products in power electronics. They include uninterruptible...
The development of static power converters capable of transforming DC energy obtained from alternati...
This paper proposes a discrete-time model-reference sliding mode control of three-phase four-leg vol...
The output voltage of UPS is distorted by abrupt load current. Conventional control methods to adjus...
A sliding-mode control in electronic AC power supplies is presented. This control technique makes it...
A Sliding-Mode (SM) technique for inverter control is proposed, where a discrete-time control action...
This paper proposes a novel method based on pulse width modulation techniques to reduce and control ...
Abstract – This paper presents a three-phase converter that allows the operation as rectifier or inv...
In this paper, a novel common-mode voltage reduction technique is proposed for a three-phase multile...
[[abstract]]This paper presents a novel discrete-time sliding-mode control algorithm for an uninterr...
Introduction. For AC-DC conversion systems, the electrical systems typically use thyristor or diode ...