Power Converters in Power Electronics 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>current source converter||power decoupling||power ripple||computational complexity||direct power control||finite control set model predictive control||PI controllers||space vector modulation||three-level T-type inverter||input current ripple||voltage multiplier||shoot through state||quasi-switched boost inverter||Z-source inverter||transformerless||SEPIC converter||single phase||cascaded H-bridge inverter||three-phase inverter||Z-source network||quasi-switched-boost network||shoot-through||quasi-z-source inverter||grid-tied||leakage current||power efficiency||counter-based||one-comparator||PWFM||PWM||PFM||dc converter||full bridge converter||zero voltage operation||multilevel inverter||Pulse Width Modulation||minimal number of commutations||state machine||Neutral Point Clamped Converter||power converters||EMI||intelligent control||classical gate driver||interference sources||carrier-based pulse width modulation||offset function||switching loss reduction||H-bridge five-level inverter||electromagnetic compatibility (EMC)||switching model power supply (SMPS)||conducted emission||parametric modeling method||vector fitting algorithm||full-power testing||high-power||individual phase||operation test||static synchronous compensator (STATCOM)||bidirectional DC/DC converter (BDC)||dual mode operation||current sharing||multiplexed modulation||low-voltage and high-current||Lyapunov algorithm||current sharing control||confluence plate||state feedback linearization||grid-connected inverter||LCL filter||inductive power transfer (IPT)||three-bridge switching||constant current (CC)||constant voltage (CV)||fixed frequency||fractional order elements||high-frequency switching||wireless power transmission||active balance circuit||bi-directional converter||lithium battery||series-connected battery||fast charging||motor drives||full-bridge Buck inverter||DC motor||mathematical model||differential flatness||time-varying duty cycle||circuit simulation||experimental validation||current source inverter||common-mode voltage||diode clamped multilevel inverter||flying capacitor multilevel inverter||cascade H bridge multilevel inverter||total harmonic distortion||PWM control techniques||PSCAD/MULTISIM simulation||model predictive control (MPC)||neutral-point clamped (NPC) inverter||disturbance observer||parameter uncertainty||stability analysis||power factor adjustment||matrix rectifier||peak-current-mode (PCM) control||boost converter||stability||parameter perturbation||target period orbit tracking||space-vector pulse-width modulation||common-mode voltage elimination||quasi-switched boost||impedance network||add-on pulse charger||quick charge||pulse charging||Li-ion battery||full bridge (FB)||modular multilevel dc-dc converters (MMDCs)||zero-voltage switching (ZVS)||zero-current switching (ZCS)||Photovoltaics||Z-Source||Current-fed||Medium-Frequency||Power-Imbalance||harmonic||RPWM||selective voltage harmonic elimination||single-phase inverter||n/a