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You searched for: Journal IET power electronics Issue Volume 13:Issue 17(2020)Limit your search
- 621.31705 28
- Power electronics -- Periodicals 28
- 127‐level -- 15‐level inverter -- novel multilevel inverter -- switched capacitors -- reduced components -- novel multisource switched‐capacitor converter -- capacitor charging -- additional balancing circuits -- design principle -- existing topologies -- fewer components -- DC power supplies -- switches 1
- DC‐DC power convertors -- switching convertors -- inductors -- capacitors 1
- DC‐DC power convertors -- zero current switching -- capacitors -- diodes -- inductors -- switching convertors -- voltage multipliers -- zero voltage switching 1
- LCL‐type converter -- distorted grid condition -- grid voltage distortion -- grid quality degradation -- traditional grid -- direct harmonic current control strategy -- LCL converter -- converter robustness -- nonideal grid conditions -- harmonic suppression strategy -- capacitor current -- harmonic information source -- harmonic current suppression -- closed‐loop control -- converter‐side current -- efficient harmonic suppression -- different single‐loop current feedback strategies -- distorted voltage -- corresponding control strategy -- traditional strategies -- direct current control strategy 1
- Lyapunov methods -- adaptive control -- invertors -- control system synthesis -- stability -- uncertain systems -- linear matrix inequalities -- robust control 1
- PV powered electric vehicle -- electric vehicle -- EV -- electric motor -- bidirectional power flow -- H‐bridge converters -- four‐port converter -- high‐gain quasiZ‐source converter -- power flow management -- multiport bidirectional DC–DC converter topology -- supercapacitor -- battery packs -- braking energy -- high‐frequency transformer -- HFT -- controlled full‐wave rectifier -- steady‐state conditions -- transient conditions 1
- PWM invertors -- PWM power convertors -- switching convertors -- traction motor drives 1
- available benchmark topologies -- conventional FBDC operating -- modulation gating techniques -- MPWM -- ZVS FBDC -- switching frequency -- wide‐range ZVS -- competent topologies -- inductor‐based auxiliary circuit‐assisted ZVS -- full‐bridge dc–dc converter -- EV applications -- modified pulse width modulation -- electric vehicle battery chargers -- on‐board charging -- active switches -- battery charging range -- offer maximum efficiency -- power 3.3 kW -- power 500.0 W -- frequency 80.0 kHz 1