CAU Scholar's Space: Ryoo, Hong Je

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Ryoo, Hong Je (류홍제)

공과대학 (에너지시스템 공학부)

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Tel 02-820-5178
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Capacitors:6||LCC resonant converter:5||DWT (Discrete Wavelet Transform):4||Switches:4||Pulsed power modulator:4||DCDC power converters:4||Modulation:3||Discharges (electric):3||trigger circuits:3||UL1699B:3||resonant inverters:2||gate driving circuit:2||High voltage capacitor charger:2||ChungAng University:2||MPPT:2||Inverters:2||Fast rise time:2||AFD (Arc Fault Detector):2||solidstate pulsed power modulator (SSPPM):2||Bipolar pulse:2||HILS:2||phase shift:2||Resonant converter:2||AFD (Arc Fault Detection):2||PV (Photo Voltaic):2||Capacitor charger:2||Photovoltaic:2||xenon flash lamps:2||High voltage:2||xenon lamp:2||Department of Energy System Engineering:2||Insulated gate bipolar transistors:2||pulsed power supplies:2||Logic gates:2||Solid state pulsed power modulator:2||fuel cell:2||gate drive circuit:2||resonant converter:2||gate driver:2||Gate driver circuit:1||Gate drivers:1||Gate driving Circuit:1||Gridconnected Inverter:1||Gridconnected inverter:1||HVRT:1||Heater Power Supply:1||High Repetitive Pulse Power Modulator:1||High switching frequency:1||High voltage Converter:1||High voltage DC supply:1||High voltage pulsed power:1||High voltage pulsed power modulator:1||High voltage switches:1||Highvoltage:1||Highvoltage capacitor charger:1||Highvoltage power supply:1||Highvoltage pulsedpower generator:1||IGBT TurnOff Loss:1||INCCND:1||IPL:1||Indirect effect of lightning:1||Inductance:1||Inductors:1||Inverter control:1||Inverter noise:1||Korea:1||Korea Tel：028205178 Email：hjryoo@cau.ac.kr http://orcid.org/0000000186577350 * M.S course:1||Korea https://orcid.org/0000000339166457 ** Senior Researcher:1||LCC Converter:1||LCC Resonant Converter:1||LCC resonant converters:1||LCC resonant verter:1||LVRT:1||LVRT control:1||Lighting:1||Linear particle accelerator (LINAC):1||Lithium:1||Lithium polymer battery:1||Long pulse modulator:1||MOSFET:1||Magnetron:1||Marx generators:1||Modular Structure:1||Modular structure:1||Noise:1||Overshoot:1||PCA (Principal Component Analysis):1||PLECS:1||PV system:1||Parallel resonant converter:1||Parasitic inductance:1||Photovoltaic system:1||Photovotaic:1||Plasma reactor:1||Plasma source ion implantation (PSII):1||Plasmas:1||Polymers:1||Power semiconductor switch:1||Power supplies:1||Pulse Power Supply:1||Pulse generation:1||Pulse modulator:1||Pulse power systems:1||Pulsed Power Modulator:1||Pulsed power supply:1||Resistors:1||Resonant Converter:1||Series Arc:1||Series arc:1||Series resonant Converter:1||Short Pulse Width:1||Simmer:1||Simulated DC arc signal:1||Smart Electrical & Signaling Division:1||Snubber circuit †Corresponding Author：Professor:1||Soft Switching:1||Solid State Pulsed Power Supply:1||Solid state Pulsedpower Modulator:1||Solidstate Marx modulator:1||Spark gaps:1||Sparks:1||3phase electric power:1||Switching circuits:1||Synchronization:1||TNPC:1||Three phase resonant converter:1||Thyristors:1||Trigger:1||Variable step:1||Voltage:1||Voltage control:1||XBand magnetron:1||Xband:1||Xenon:1||Xenon lamp:1||Zero Current Transition (ZCT):1||dc series arc fault:1||dcac power converters:1||dcdc power converters:1||electromagnetic propagation:1||fast fourier transform:1||fast switching speed:1||flyback converter:1||gyrotrons:1||high reliability:1||high voltage generator:1||highvoltage pulsedpower supply:1||highvoltage techniques:1||industrial power systems:1||light sintering:1||lithium batteries:1||long pulse modulator:1||magnetic pulse compression (MPC):1||magnetron:1||medical LINAC:1||modular structure:1||narrow pulse width:1||photovoltaic:1||plasma activated water (PAW):1||plasma reactor:1||power cells:1||power supply system:1||pulldown circuit:1||pulse generation:1||pulse power supplies:1||pulse power systems:1||pulsed power applications:1||pulsed power modulator:1||pulsed power supply:1||pulsedpower application:1||pulsedpower supply:1||reliable triggering:1||resonant converter(s):1||reverse recovery:1||series trigger:1||seriesparallel resonant converter (SPRC):1||ship building painting factory:1||simmer:1||simmer circuit:1||simmer power supply:1||snubber circuit:1||solidstate Marx modulator:1||solidstate bipolar pulsedpower modulator:1||solidstate pulsed power modulator:1||solidstate pulsedpower modulator:1||solidstate switch:1||system realization:1||three phase:1||threephase resonant converter:1||transformer design:1||transformer windings:1||trigger circuit:1||volatile organic compound (VOC) treatment:1||voltage droop compensation:1||voltage multipliers:1||xenon flash lamp:1||Starting Peak Current:1||ACDC power conversion:1||Additional resonance:1||Arc Fault Detection:1||Arc generator:1||Batteries:1||Bidirectional dcdc converter:1||Bipolar Pulse:1||CCCV Control:1||Circuit faults:1||CockcroftWalton voltage multiplier:1||Converters:1||Current Sensor:1||Current balancing control:1||Current source characteristic:1||DC AFCI:1||DC arc fault detection:1||DC series arc fault:1||DWT:1||Damped sinusoidal pulse waveform:1||Digital Signal Processor (DSP):1||Discharging closing switch:1||Discontinuous conduction mode:1||EMI:1||EV fast charger:1||FFT:1||FFT (Fast Fourier Transform):1||False detection:1||Fast Rise Time:1||Fast falling time:1||Fast risetime:1||Filament Power Supply:1||Flyback circuit:1||Frequencyoutput characteristics:1||Gas treatment:1||Gate Drive Circuit:1||Gate Driver:1||Gate Driver Circuit:1||Gate driver:1||

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