ScholarWorks@Gyeongsang National University: Kang, Feel-soon

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Kang, Feel-soon (강필순)

IT공과대학 (메카트로닉스공학부)

Research Area: E-모빌리티 전력변환시스템, 직류전송시스템, 신뢰성, MCU, OBC, LDC for E-mobility, HVDC, MVDC, LVDC, Reliability

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metal oxide varistor (MOV):5||solidstate circuit breaker (SSCB):5||Switches:5||snubber circuit:4||Voltage:4||Voltage control:4||Snubbers:3||Cost model analysis (CMA):3||surge voltage:3||reliability:3||Surge protection:3||Surges:2||Integrated circuit reliability:2||Total harmonic distortion (THD):2||fault tree analysis (FTA):2||Dual active bridge (DAB):2||Digital signal processor (DSP):2||Batteries:2||Zero voltage switching:2||overvoltage suppression:2||SolidState Circuit Breaker (SSCB):2||DCDC power converters:2||Resistance:2||Surge voltage:2||redundancy:2||Inverters:2||dc circuit breaker (DCCB):2||Gridconnected:1||Harmonic analysis:1||Image edge detection:1||Inductance:1||Inductors:1||Industrial electronics:1||Integrated circuit modeling:1||Interleaved:1||Inversecurrent injection:1||Isolated DCDC fullbridge converter:1||Low voltage:1||Low voltage dctodc converter:1||MODBUS:1||MOSFET:1||Markov model:1||Markov processes:1||Mathematical models:1||Metal Oxide Varistor (MOV):1||Metal oxide varistor (MOV):1||Metal oxide varistor(MOV):1||Nonisolated:1||Onboard charger:1||PSpice:1||Periodic filter:1||Phase shift modulation (PSM):1||Power conversion:1||Power grids:1||Power system reliability:1||Power system stability:1||Principal component analysis:1||Protocols:1||Pulse width modulation:1||Pulse width modulation (PWM):1||Pushpull:1||Recycling:1||Redundancy:1||Registers:1||Reliability:1||Reliability engineering:1||Resistors:1||SPICE:1||Silicon:1||Silicon Carbide (SiC):1||Silicon carbide:1||Singlephase:1||SolidState Circuit Breaker(SSCB):1||Standalone:1||Surge voltage reduction:1||Switching circuits:1||Transformers:1||Varistors:1||Voltage damping:1||Voltage source inverter (VSI):1||Zero voltage switching (ZVS):1||battery chargers:1||bidirectional dcdc converters:1||burnin test:1||cost model analysis (CMA):1||costbenefit analysis:1||curve fit function:1||dual active bridge (DAB):1||electric load:1||electronic load:1||failure analysis:1||faulttree analysis (FTA):1||feedforward control:1||inputseries and outputparallel (ISOP):1||interleaved structure:1||inverse current injection:1||isolated dctodc full bridge converter:1||mean time between failures (MTBF):1||part count analysis (PCA):1||part stress analysis (PSA):1||power conversion systems:1||power electronics:1||power loss:1||pulse width modulation (PWM):1||remote terminal unit (RTU):1||silicon carbide (SiC):1||snubber:1||solidstate circuit breakers (SSCB):1||surge voltage reduction:1||surge voltage suppression:1||swapping control algorithm:1||total harmonic distortion (THD):1||voltage fluctuation rate:1||voltage ripple:1||Absorption:1||zerovoltage switching (ZVS):1||Aging test:1||Analytical models:1||Battery charge/discharge tester:1||Benefitcost ratio (BCR):1||Bridge circuits:1||Buck converters:1||Capacitors:1||Cascaded Hbridge multilevel inverter (CHBMI):1||Circuit breakers:1||Clamps:1||Codes:1||Control systems:1||Converter:1||Converters:1||Cost benefit analysis:1||Cost model analysis:1||Costs:1||Crowbar clamping circuit:1||Current slope control:1||Direct memory access (DMA):1||Economic efficiency analysis:1||Electric propulsion ship (EPS):1||Electric vehicles charger:1||Floating photovoltaic power generation system:1||Fuel cells:1||Fuelcell:1||

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