ScholarWorks@Soongsil University: Jeon, Hee Jong

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Jeon, Hee Jong (전희종)

공과대학 (전기공학부)

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High Performance:2||contrast enhancement:2||High efficiency:2||Energy storage:2||Parameter Sensitivity:2||harmonics:2||Bidirectional converter:2||inrush current:2||local histogram:2||low cost.:2||magnetic flux saturation:2||matching transformer:2||Hybrid active power filter:2||photovoltaic systems:2||plateau equalization:2||Vector Control:2||power factor:2||IED(Intelligent Electronic Device):2||Induction motor:2||Dynamic voltage restorer(DVR):2||Instantaneous Position of the Rotor Flux:2||thermal imaging system:2||계전기:2||고조파 분석:2||실시간 OS:2||Fuel cell:1||Gridconnected:1||Halfbridge boost converter:1||High stepup:1||Highefficiency Energy:1||Inrush Current:1||Instantaneous r.m.s.
Doublecarrier modulation.:1||Integrated inductor:1||Interleaved energy transfer:1||Interphase Transformer:1||Inverter Systems:1||Isolated switchedcapacitor cell:1||Large scale power stack:1||Lineinteractive UPS:1||Linear regulator:1||Magnet Load Power Supply:1||Magnetic Flux Saturation:1||Matching Transformer:1||Modeling Method:1||Moving Average Method:1||Multipleoutput:1||Offline Type:1||Output ripple:1||PFC(power factor correction):1||PV lighting system:1||PWM Converter:1||PWM Inverter:1||Parasitic Resistance:1||Phase Controlled Rectifier:1||Photovoltaic power generator:1||Power conditioner:1||Reformer:1||Remote diagnosis monitoring system:1||Renewable Energy:1||Sensitive loads:1||Series SCR:1||AC voltage controllers:1||Single ended:1||Smallsignal model:1||Smallsignal modelling:1||Soft starters:1||Standalone:1||Standby power:1||Supercapacitor:1||Switching mode power supply:1||Tapped inductor:1||Tappedinductor:1||UPS(uninterruptible Power Supply):1||Ultracapacitor:1||Voltage Sag:1||Zigbeebased hardware:1||averaging current mode control:1||building integrated:1||bypass switch:1||current measurement:1||current sampling:1||forwardflyback converter:1||high efficiency:1||module integrated:1||power conditioning:1||ripple reduction:1||sampleandholder:1||series connected:1||shunt resistor:1||Series Voltage Compensation(SVC):1||BackEMF:1||Bidirectional DC/DC Converter:1||Bidirectional DCDC Converter:1||Boost Converter:1||Bypass diode:1||Charger/Discharger:1||Constant Current Regulator(CCR):1||Controller design:1||DC link electrolytic capacitor:1||DCDC power converters:1||Differential power processor:1||Digital Controller:1||Direct rotor fieldoriented control(DFOC):1||Dynamic Voltage Restorer(DVR):1||Dynamic response model:1||EDLC(Electric Double Layer Capacitor):1||ESR(equivalent series resistance):1||Electrolytic capacitor:1||Energy Storage:1||Equivalent Series Resistance(ESR):1||Extended range electric vehicle:1||Failure prediction monitoring:1||Firing angle:1||Fuel calculation:1||

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Soongsil University Library 369 Sangdo-Ro, Dongjak-Gu, Seoul, Korea (06978)02-820-0733

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