ScholarWorks@Dongguk University: Kim, Min sung

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Kim, Min sung (김민성)

College of Engineering (Department of Electronics and Electrical Engineering)

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Tel 02-2260-3587
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Switches:30||Capacitors:20||Inductors:14||Zero voltage switching:13||Voltage:12||high efficiency:11||Transformers:11||Pulse width modulation:9||RLC circuits:9||Resonant converters:7||Switching loss:7||Topology:6||Clamps:5||soft switching:5||ACDC power converters:5||Highvoltage techniques:5||Magnetic resonance:4||Modulation:4||Bidirectional switch:4||Voltage control:4||fixed frequency:4||Inverters:4||minimized switching loss:3||high stepup:3||minimum number of devices:3||Inductance:3||low cost:3||Bidirectional operation:3||discontinuous conduction mode (DCM):3||wide voltage range:3||Logic gates:3||switching modulation:3||repetitive controller (RC):3||Batteries:3||Legged locomotion:2||input current ripple:2||microinverter:2||input current harmonics:2||Trajectory:2||Memory management:2||modulation technique:2||circulating current:2||capacitor current:2||Video recording:2||ACDC power conversion:2||Bridge circuits:2||pushpull resonant converter:2||noncomplementary modulation strategy:2||DCDC power converters:2||feedforward controller:2||pulsewidth modulation (PWM):2||Repetitive control:2||zero current ripple:2||pulse width modulation converters:2||Pushpull transformer:2||gridconnected inverter:2||bidirectional switch:2||Reactive power:2||zero voltage switching:2||below resonance mode:2||reduced voltage stress:2||continuous conduction mode (CCM):2||Control systems:2||Heating systems:2||zerocurrent switching:2||High efficiency:2||Stress:2||reverse current:2||continuous conduction mode:2||Switching circuits:2||ripple free:2||conduction loss:2||down:2||input voltage variation:2||seriesresonant circuit:2||low voltage stress:2||Powerconversion unit:1||Reactive power control:1||Reliability:1||Repetitive controller:1||Resonant flyback converter:1||Series resonance:1||Seriesresonant:1||Si IGBT/SiC MOSFET hybrid switches:1||Silicon:1||Singlestage PFC:1||Stability analysis:1||Switching frequency:1||Synchronous rectification:1||Ttype voltage doubler:1||Transient response:1||Transportation:1||VSCHVDC system:1||Voltage unbalance:1||Wide operating range:1||Windings:1||Zeta topology:1||Zirconium:1||above resonance mode:1||active power flow control:1||autonomous navigation framework:1||balanced capacitor voltage stress:1||below resonance mode (BRM):1||bidirectional DC:1||bidirectional neutralpointclamped (NPC)type resonant dc–dc converter:1||bidirectional operation:1||bridgeless converter:1||buckboost converter:1||capacitor voltage balancing:1||compact core size:1||continuousconduction mode (CCM):1||currentfed:1||currentfed pushpull resonant converter:1||cyclic modulation:1||different resonance combinations:1||diodeclamped cell:1||discontinuous conduction mode:1||discontinuousconduction mode (DCM):1||downsampling technique:1||dual mode operation:1||dual seriesresonant converter:1||dualmode nominal duty:1||dualpath series resonance:1||duality:1||electric vehicle (EV) charger:1||energy storage system (ESS):1||enhanced switch utilization:1||environment modeling:1||equal loss distribution:1||excessive torque:1||extra dead time:1||faultride through:1||feedforward controller:1||fifthorder dynamic model:1||fractionalorder phaselead compensation:1||fuelcell:1||fullbridge circuit with clamp capacitor:1||grid fault:1||gridconnected inverters:1||halfbridge resonantboost converter:1||harmonic control:1||heat balancing:1||heat distribution:1||heat sink:1||hierarchical planning:1||high reliability:1||high step up converter:1||highconversion ratio:1||highefficient:1||highvoltage capacitor charger:1||highvoltage gain:1||improved duty compensation control:1||inputcurrent ripple minimization:1||instantaneous reactive current:1||instantaneous reactive power:1||intelligent robot:1||interleaved resonant converter:1||isolated resonant buckboost converter:1||isolated resonant converter:1||junction temperature:1||knowledgebased recognition:1||life time:1||loss balance:1||loss balancing:1||low component count:1||low current ripple:1||low switching loss:1||matching control:1||medium power capacity:1||missing resonance mode:1||mode boundary:1||module integrated inverter:1||moduleintegrated converter (MIC):1||multiple phaselead compensator:1||nearly ZVS turnOFF:1||nearly zerovoltageswitching (ZVS) turn<sc xmlns:ali=http://www.niso.org/schemas/ali/1.0/ xmlns:mml=http://www.w3.org/1998/Math/MathML xmlns:xlink=http://www.w3.org/1999/xlink xmlns:xsi=http://www.w3.org/2001/XMLSchemainstance>off</sc>:1||new modulation technique:1||no instantaneous reactive current:1||no offset current. no extra filter inductor:1||nonlinearities compensation:1||onboard charger (OBC):1||ondemand database:1||overloaded vehicles:1||phase adjustment:1||phase shift:1||phaselead compensator:1||phaseshift fullbridge seriesresonant converter (PSFBSRC):1||photovoltaic applications:1||power distribution faults:1||power factor (PF):1||power factor correction:1||power factor improvement:1||power semiconductor devices:1||power supplies:1||powerconversion unit:1||proportionalresonant (PR) controller:1||protection:1||pulsewidth modulated power converters:1||pulsewidthmodulation (PWM) fullbridge series resonant converter:1||pushpull transformer:1||rated power:1||reactive power:1||reactive power blocking:1||reactive power control:1||reactive power transfer:1||reactivepower injection:1||rectifier diodes:1||reduced number of components:1||reduced number of power components:1||renewable energy:1||repetitive control:1||resonant boost converter:1||resonant converter:1||resonant flyback converter:1||resonant neutralpointclamped (NPC) cell:1||righthalfplane (RHP) zeros:1||righthalfplane zeros (RHPZs):1||ripplefree converter:1||secondaryside switching:1||selective harmonics:1||semibridgeless structure:1||seriesresonance:1||seriesresonant converter:1||short circuit fault:1||shortcircuit problem:1||single power conversion:1||single powerconversion structure:1||single stage:1||singlestage inverter:1||stateplane trajectory (SPT):1||switching loss:1||synchronous rectification (SR):1||total harmonic distortion:1||total harmonic distortion (THD):1||triplemode operation:1||triplet ontological semantic model:1||turn:1||two consecutive switching periods:1||unfoldingtype inverter:1||very large current spike:1||voltage stress balance:1||voltage stress distribution:1||voltage unbalance:1||weak/strong ZVS current:1||wide input voltage range:1||widevoltage range:1||zero current switching:1||zero dcoffset current:1||zero input current ripple:1||zero inputcurrent ripple:1||zero ripple:1||zero ripple current:1||zerocurrent ripple:1||zerovoltage switching:1||zerovoltage switching (ZVS):1||zerovoltageswitching (ZVS):1||5G mobile communication:1||zerovoltageswitching (ZVS) turnon:1||Above resonance mode:1||Above resonance mode (ARM):1||Acdc power converters:1||Ac/dc power conversion:1||Active clamp:1||Activeclamp converter:1||Adaptive control:1||Aerospace electronics:1||Almost zero voltage switching (ZVS) turnoff:1||Almost zerovoltage switching (ZVS) turnOFF:1||Asymmetric PWM:1||Asymmetric modulation:1||Balanced capacitor voltage:1||Balanced loss distribution:1||Battery energy storage systems (BESSs):1||Bidirectional converter:1||Boost halfbridge circuit:1||Bridgeless inverter:1||Bridgeless resonant converter:1||Bridgeless structure:1||Capacitance:1||Compact core size:1||Complete zerovoltageswitching (ZVS) turn off:1||Continuous conduction mode (CCM):1||Convergence:1||Cuk inverters:1||Cuk topology:1||DC converter:1||DCAC power converters:1||Dclink capacitor:1||Deadtime adjustment:1||Detectors:1||Different deadtimes:1||Digital signal processor:1||Diode clamping:1||Diodeclamped cell:1||Double line frequency voltage fluctuation:1||Dutyratio:1||Fault ridethrough:1||Faultride through:1||First harmonic approximation:1||Fixed frequency:1||Frequency control:1||Fuel cells:1||Fuelcell source:1||Full bridge:1||Global convergence:1||Grid voltage disturbance:1||Gridconnected inverter:1||Gridforming capability transfer:1||Hardware:1||Harmonic analysis:1||Heat sinks:1||High voltage gain:1||High voltage output:1||High voltage stepdown capability:1||Informatics:1||Input current ripple:1||Instantaneous reactive current:1||Iterative learning controller:1||Load modeling:1||Low voltage:1||Microwave integrated circuits:1||Multiuser detection:1||NOMA:1||Nonlinear dynamics:1||Number of devices:1||OFF switching loss:1||PWM fullbridge resonantboost converter:1||PWM halfbridge resonantbuck converter:1||Parallel processing:1||Phase modulation:1||Phaseshift:1||Power electronics:1||Power generation:1||

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