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KWON, BONG HWAN (권봉환)

Dept of Electrical Engineering(전자전기공학과)

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DESIGN:19||CONVERTER:12||RECTIFIER:8||NEURALNETWORK:6||powerfactor correction (PFC):5||DCDC CONVERTER:5||Maximum power point tracking (MPPT):4||GENERATION:4||spacevector modulation:4||boost converter:4||voltagedoubler rectifier:4||DRIVER:4||SYSTEMS:4||POWER:4||POINT:4||REDUCTION:4||pulsewidth modulation:4||HIGHEFFICIENCY:3||STRESS:3||VOLTAGE:3||line conditioner:3||MODULATION:3||inverter:3||SNUBBER:3||AC:3||HALFBRIDGE CONVERTER:3||soft switching:3||AC choppers:3||hysteresis current controller:3||single stage:3||sustain driver:3||INVERTER:3||FLYBACK CONVERTER:3||TOPOLOGY:3||photovoltaic (PV) system:2||CONVERTERS:2||CONTROL SCHEME:2||induction motor:2||power factor correction:2||TOPOLOGIES:2||FREQUENCY:2||PWM:2||PDP:2||Currentfed pushpull converter:2||multistring:2||CIRCUIT:2||LOSSES:2||threelevel boost converter:2||PV MODULE:2||MATRIX CONVERTER:2||online uninterruptible power supply (UPS):2||activeclamp circuit:2||power factor correction (PFC):2||BOOST CONVERTER:2||MACHINES:2||maximum power point tracking (MPPT):2||electronic ballast:2||FACTOR ELECTRONIC BALLAST:2||power factor:2||currentlimiting technique:2||energy recovery:2||motor current signature analysis (MCSA):2||resonant inverter:2||current ripple reduction:2||GENERATION SYSTEM:2||power conditioning system (PCS):2||HIGHPOWERFACTOR:2||active filter:2||photovoltaic (PV) power conditioning system (PCS):2||PWM INVERTERS:2||motor diagnosis:2||ECCENTRICITY:2||IMPLEMENTATION:2||STRATEGY:2||POWERFACTOR CORRECTION:2||Plasma display panel (PDP):2||battery charger:2||plasma display panel (PDP):2||DYNAMIC SIMULATION:2||ACDC CONVERTER:2||QUASIRESONANT CONVERTER:2||MODULE:2||EFFICIENCY:2||current control:2||DRIVE:2||POWERFACTOR:2||CELL:2||POWER POINT TRACKING:2||AC/DC CONVERTER:2||TRACKING:2||TRENDS:2||commutation:2||Automatic voltage regulator (AVR):1||threearm:1||synchronous rectifiers:1||softswitching:1||Zero voltage switching:1||FACTOR PREREGULATORS:1||Resonant dcdc converter:1||FIXED SWITCHING FREQUENCY:1||DCtoDC converter:1||SYNCHRONIZATION:1||diode reverserecovery:1||inputoutput coupled inductor (IOCI):1||STATOR:1||FAMILY:1||Reverserecovery:1||CAPACITOR VOLTAGE:1||CONVERSION:1||CURRENT STRESS:1||zerocurrent switching (ZCS):1||TCR:1||RANGE:1||VOLTAGE REGULATOR:1||RESTORER:1||s:1||current doubler rectifier:1||multiplecoupled inductor (MCI):1||Electric inverters:1||Softswitching technique:1||half bridge:1||CYCLOCONVERTER STRUCTURES:1||DC CONVERTER:1||zero current switching (ZCS):1||powerfactor correction (PFC):1||FAULTS DETECTION:1||Power efficiency:1||synchronous rectifier:1||Electric rectifiers:1||pulsewidth modulated rectifier:1||current controller:1||sensorless control:1||ACAC converter:1||SWITCHING FREQUENCY:1||current ripplefree:1||SINGLEPHASE:1||motor modeling:1||OUTPUT VOLTAGE:1||SUPPRESSION:1||ACTIVECLAMP:1||reactive power compensation:1||Activeclamp circuit:1||REPETITIVE CONTROL:1||MICROGRIDS:1||LINE CONDITIONER:1||Galvanic isolation:1||Power conversion efficiencies:1||resonance:1||ACtoAC converter:1||ZEROVOLTAGE:1||threephase systems:1||interleaving technique:1||powerfactor correction:1||singlestage singleswitch converter:1||dual asymmetrical pulsewidth modulation:1||BAR:1||BOOST CONVERTERS:1||Powerfactorcorrection (PFC):1||singlestage:1||COUPLEDINDUCTOR:1||Variable frequency:1||zerovoltage switching (ZVS):1||SYNCHRONOUS RECTIFICATION:1||BUS VOLTAGE:1||MODE:1||power efficiency:1||singlephase:1||MPPT:1||seriesresonant halfbridge converter:1||INTERFACE:1||INPUTCURRENT:1||FEEDBACK:1||CONDUCTION LOSSES:1||Efficiency:1||Power conversion methods:1||Power factor corrections:1||full bridge:1||PWM synchronous rectifier:1||REGULATED PWM RECTIFIER:1||harmonic distortion:1||plasma display panels (PDPs):1||variable switchingfrequency control:1||boost rectifier:1||diode reverse recovery:1||signal processing:1||rotorbar fault:1||TRANSFORMER:1||Singlestage:1||Active clamp:1||ELECTRONIC BALLAST:1||BUCKBOOST TYPE:1||inputcurrent doubler:1||MOSFETbased rectifier:1||multilevel:1||Selfoscillating classD inverter:1||quasiresonant converter:1||uninterruptible power supply:1||ZVSMRC&apos:1||Acdc power conversion:1||PWM RECTIFIER:1||commutation problem:1||battery charger/discharger:1||FULLBRIDGE CONVERTER:1||zerocurrent switching:1||stepup dcdc converter:1||HIGHPOWER FACTOR:1||SIGNATURE ANALYSIS:1||dUPS:1||Phase shift:1||series resonant:1||sustain power supply:1||ENERGYRECOVERY CIRCUIT:1||AC snubbers:1||FLYBACK INVERTER:1||zero voltage switching:1||Coupled inductor:1||Powerfactorcorrection:1||singlestage converter:1||variablefrequency control:1||DCDC CONVERTERS:1||unity power factor:1||cross regulation:1||DCDC converters:1||Power converters:1||Rectifying circuits:1||Switching:1||Zero current switching:1||high power factor:1||powerfactor controller:1||COMMUTATED CYCLOCONVERTER STRUCTURES:1||pulsewidth:1||charger/discharger:1||voltagedriven synchronous rectifier (SR):1||resonant voltage doubler:1||corrosion model:1||zerovoltage and zerocurrent switching (ZVZCS):1||DC/DC CONVERTER:1||Power factor correction (PFC):1||HALFBRIDGE TOPOLOGY:1||Energyrecovery (ER):1||load balancing:1||regenerative dc snubbers:1||flyback converter:1||LOADS:1||High power density:1||ACDC converter:1||matrix converter:1||modulation:1||adaptive gain control:1||dual seriesresonant circuit:1||fullwave rectified output current:1||zerovoltage switching:1||ROTOR SLOT:1||uninterruptible power supply (UPS):1||LAMPS:1||TRANSITION PWM CONVERTERS:1||POWERFACTORCORRECTION:1||CORRECTION AC/DC CONVERTERS:1||Quasiresonant converter:1||TRANSITION:1||pulsewidth modulation ac chopper:1||ACDC power conversion:1||ENERGYSTORAGE SYSTEM:1||OPERATION:1||

Open Access System for Information Sharing

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Publication & Time Cited Count
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Open Access System for Information Sharing

Keyword

Publication & Time Cited Count(For the Last 5 years)

Browse

Publication & Time Cited Count
(For the Last 5 years)