Design and Control of Power Converters 2020
Design and Control of Power Converters 2020
English[eng]
9783040000000
soft-switching||Superjunction MOSFET||LLC resonant converter||zero voltage switching||COSS hysteresis||COSS intrinsic energy losses||SiC devices||antiparallel diode||dual active bridge||power electronic transformer||high-frequency transformer||Artificial Neural Networks (ANN)||fault diagnosis||Fast Fourier Transform (FFT)||Multilevel Inverter (MLI)||LabVIEW||magnetics modeling||variable inductor||hysteresis||eddy currents||saturable core||AC/AC conversion||decoupling control||modulation||DC–DC converter||phase shift PWM||ZVS||inrush current||MOSFET||telecom server||modular multilevel converter (MMC)||total harmonic distortion (THD)||universal mathematical model (UMM)||switching state||nearest level modulation (NLM)||DC-DC converter||IGBT||averaged model||electrothermal model||SPICE||power electronics||converter control||power factor correction||total harmonic distortion||flyback||solid-state lighting
English[eng]
9783040000000
soft-switching||Superjunction MOSFET||LLC resonant converter||zero voltage switching||COSS hysteresis||COSS intrinsic energy losses||SiC devices||antiparallel diode||dual active bridge||power electronic transformer||high-frequency transformer||Artificial Neural Networks (ANN)||fault diagnosis||Fast Fourier Transform (FFT)||Multilevel Inverter (MLI)||LabVIEW||magnetics modeling||variable inductor||hysteresis||eddy currents||saturable core||AC/AC conversion||decoupling control||modulation||DC–DC converter||phase shift PWM||ZVS||inrush current||MOSFET||telecom server||modular multilevel converter (MMC)||total harmonic distortion (THD)||universal mathematical model (UMM)||switching state||nearest level modulation (NLM)||DC-DC converter||IGBT||averaged model||electrothermal model||SPICE||power electronics||converter control||power factor correction||total harmonic distortion||flyback||solid-state lighting