The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed. The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed. The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed. The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed.
COMPARISON OF DIFFERENT CONTROL TECHNIQUES FOR ACTIVE FILTER APPLICATIONS
PERFETTO, ALDO
2002
Abstract
The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed. The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed. The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed. The paper presents a comparison among different current control techniques for active power filter. The fixed-frequency hysteresis controller, the predictive controller and the neural controller are considered and different performance, achieved by the three controls, in a typical active power filter application are shown and discussed.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
