Peak-to-Peak Output Current Ripple Analysis in Multiphase and Multilevel Inverters
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Beschreibung
The book introduces an original and effective method for the analysis of peak-to-peak output current ripple amplitude in three-phase two-level inverters. It shows that the method can be extended to both multiphase inverters, with particular emphasis on five-phase and seven-phase inverters, and multilevel ones, with particular emphasis on three-level inverters, and provides, therefore, a comparison among different number of output phases and voltage levels. The work reported on here represents the first detailed analysis of the peak-to-peak output current ripple. It makes an important step toward future developments in the field of high-power generation, and in grid-connected and motor-load systems.
The book introduces an original and effective method for the analysis of peak-to-peak output current ripple amplitude in three-phase two-level inverters. It shows that the method can be extended to both multiphase inverters, with particular emphasis on five-phase and seven-phase inverters, and multilevel ones, with particular emphasis on three-level inverters, and provides, therefore, a comparison among different number of output phases and voltage levels. The work reported on here represents the first detailed analysis of the peak-to-peak output current ripple. It makes an important step toward future developments in the field of high-power generation, and in grid-connected and motor-load systems.
Nominated as an outstanding PhD thesis by the University of Bologna, Italy Presents an extensive study of the peak-to-peak output current ripple Describes for the first time an effective approach for analyzing the output current ripple in multiphase and multilevel inverters Includes numerical simulations and experimental results that have been used to validate the method and discusses some important applications Includes supplementary material: sn.pub/extras
Autor*in
Jelena Loncarski
Themen in »Peak-to-Peak Output Current Ripple Analysis in Multiphase and Multilevel Inverters«
Carried-based Modulation Current Ripple Amplitude Five-phase VSIs H-bridge Inverters Hysteresis Current Controllers Multiple Zero-crossing Interval RMS Minimization Seven-phase VSIs Space Vectors Modulation Symmetrical Centered PWM Three-level PWMs