ScholarWorks@Hanyang University ERICA Campus: Kim, Sung min

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Kim, Sung min (김성민)

COLLEGE OF ENGINEERING SCIENCES (SCHOOL OF ELECTRICAL ENGINEERING)

Research Area: 전기에너지

Tel 031-400-5172
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Impedance:4||inductive power transfer (IPT):3||Oil insulation:3||Efficiency:3||LCL filter:3||Power generation:3||Zero voltage switching:3||Coils:3||solidstate transformer (SST):3||Power Quality:2||solid state transformer:2||stability:2||Bidirectional wireless power transfer:2||gridconnected inverter:2||Power transformer insulation:2||Solid state transformer:2||Voltage control:2||Windings:2||voltage balancing control:2||Hafnium:2||zerovoltage switching (ZVS):2||반도체 변압기:2||Inverters:2||Bidirectional converters:2||Grid code:2||Resonant frequency:2||Active damping:2||modular converter:2||multilevel converter:2||Sensorless Control:2||digital control:2||dualactivebridge (DAB) converter:2||Topology:2||Transformer:2||Grid connected wind turbines:2||Distributed Generation:1||Doubleconversion UPS:1||Dual Active Bridge (DAB) converter:1||Dual Active Bridge Converter:1||Dual Active Bridge converter:1||DualActive Bridge converter:1||Dualactivebridge (DAB) converter:1||Electromyography:1||Electrosurgical generator (ESG):1||EtherCAT:1||Fault current interruption:1||Feedforward voltage:1||Feedforward voltage.:1||Four Switch Buck Boost (FSBB):1||GaN switch:1||Gatedriver circuit:1||Generalized Integrator:1||Grid Connected Inverter:1||Grid connected inverter:1||Grid frequency variation:1||Gridconnected inverter:1||High Frequency Transformer (HFT):1||High Voltage Ride Through(HVRT):1||High Voltage RideThrough (HVRT):1||High areal density:1||HighSpeed Railway:1||Highspeed railway vehicle:1||Highvoltage isolation:1||Hybrid DC circuit breaker:1||IF Control:1||IF Speed Control:1||ISOP:1||ISOS:1||Inductance:1||Inductive power transfer:1||Inductors:1||Initial Alignment:1||Input Series Output Parallel (ISOP):1||Islanding detection:1||Isolated Multiport DCDC converters:1||Isolation capacitance:1||LCL Filter:1||LCRDAB converter:1||LVDC circuit breaker:1||LVRT/HVRT test device:1||Leakage inductance:1||Load flow:1||Low Voltage Ride Through(LVRT):1||MVDC:1||MVDCLVDC:1||Mechanical parameter Identification:1||MediumVoltage DC:1||Modulation:1||MultiActive Bridge Converter:1||Multilevel converter:1||NonDetection Zone:1||PCC voltage:1||PMA:1||PMSM:1||PMSM Control:1||Parasitic capacitance:1||Permanent Magnet Synchronous Motor (PMSM):1||Permanent Magnetic Actuator:1||Permanent magnet actuator:1||Phase shift modulation:1||Pins:1||Power control:1||Prosthesis:1||Prosthetic hand:1||Pulse width modulation:1||QMR:1||Quadrangle Modulation:1||QuadratureActive Bridge Converter:1||RLC circuits:1||SMS(Slip Mode Frequency Shift):1||Sensorless Control Transition Method:1||Sensors:1||Shunt Active Power Filter:1||Singlephase:1||Slip Mode Frequency Shift:1||Smart transformer:1||Solid oxide fuel cell:1||SolidSate Transformer (SST):1||SolidState Transformer (SST):1||SolidState:1||Speed Control:1||Surface modification:1||Surgery:1||Synchronous reference frame controller:1||System identification:1||TAB converter:1||Threelevel single phase converter:1||Threephase inverter:1||Transformers:1||Triport isolated converter:1||Twomode Modulation:1||Type 4 wind turbine:1||VI:1||Vacuum Interrupter:1||Vibrations:1||Voltage balancing control:1||Windup:1||Wireless Power Transmission:1||Yconnected modular converter:1||ZVS:1||Zero Voltage Switching (ZVS):1||asymmetric power flow:1||controller:1||data fitting:1||decentralized control:1||digital delay:1||electromyography (EMG):1||feedforward voltage:1||forcemyography (FMG):1||frequency of PCC voltage:1||friction coefficient:1||friction torque coefficient:1||harmonic current compensation:1||harmonic current control:1||high efficiency:1||highfrequency fullbridge inverter:1||highvoltage isolation:1||induction motor:1||inductive power transfer:1||insulation:1||islanding detection:1||laparoscopic surgery:1||leakage inductance:1||line to line fault:1||mechanical parameter identification:1||medium voltage (MV):1||moment of inertia:1||multiport active bridge (MAB) converter:1||neutralpoint (NP) voltage balancing:1||phase balancing control:1||polyvinylidenefluoride (PVDF):1||power quality:1||protection circuit:1||quantum molecular resonance:1||reclosing:1||resonant filter:1||standstill:1||surgical energy device:1||surgical smoke:1||threelevel inverter:1||tripleactivebridge (TAB) converter:1||vessel sealing technologies:1||vibrational feedback:1||viscous friction torque coefficient:1||wide load impedance range:1||멀티레벨 컨버터:1||양방향 직류/직류 컨버터:1||전압 균형 제어:1||전압 변조:1||지능형 변압기:1||직렬연결 풀브릿지 컨버터:1||2DOF control:1||효율:1||3레벨 단상 컨버터:1||AC/DC:1||Active power filter:1||Additional feedforward:1||Antiislanding:1||Antiislanding Detection:1||Antiislanding detection:1||Antiwindup loopcarrierbased pulsewidth modulation (CBPWM):1||BacktoBack converter:1||Balancing control:1||Bidirectional Operation:1||Bridge circuits:1||Capacitive sensors:1||Capacitors:1||Cascade HBridge converter:1||Cascaded HBridge converter:1||Commonmode current:1||Coulomb friction torque coefficient:1||DAB converter:1||DC Circuit Breaker:1||DC circuit breaker:1||DC distribution system:1||DC grid system:1||DCDC Conversion:1||DCDC converter:1||DCDC power converter:1||DC/DC converter station:1||DCCB:1||Data gloves:1||Delay effects:1||Delays:1||Design:1||Dipcoating:1||Discretetime current control:1||

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