ScholarWorks@Hanyang University: Lee, Byunghun

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Lee, Byunghun (이병훈)

COLLEGE OF ENGINEERING (서울 바이오메디컬공학전공)

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Tel 02-2220-2304
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inductive link:5||implantable medical devices:5||power management:4||wireless power transmission:4||Wireless power transfer:4||Impedance matching:3||load modulation:3||lowdropout regulator (LDO):3||rectifier:3||wireless power transmission (WPT):3||Wireless power transmission:2||Qmodulation:2||Frequency shift keying:2||Data telemetry:2||Inductive link:2||textile coil:2||Closedloop inductive power transmission:1||Coils:1||Computer architecture:1||Conductive thread:1||Couplings:1||Dielectric properties:1||Digitaltoanalog converter (DAC):1||Distributed devices:1||Downlink:1||Dual band:1||Dualband:1||Dualband coil:1||ECoG recording:1||Electrophysiology:1||EnerCage:1||Energy Harvester:1||Focusing:1||Freefloating:1||Fringing fields:1||Full duplex:1||Harmonic analysis:1||Implantable medical device:1||Inductive charging:1||Integrated circuits:1||InternetofThings:1||IoT/Mobile device:1||Kinect:1||LCD:1||Linearity:1||Lithium polymer battery:1||Low noise amplifier:1||Magnetic field focusing (MFF):1||Magnetic fields:1||Magnetic flux:1||Microbolometer:1||Microprocessors:1||NETD:1||Nearfieldcommunication method:1||Optimization:1||Parallelplate capacitor:1||Phaselocked loop (PLL):1||Power Conversion Efficiency (PCE):1||Power conversion:1||Power harmonic filters:1||RF heating:1||Radio frequency technology:1||Receivers:1||Rectifiers:1||Resonant frequency:1||SWIPT:1||Sensors:1||Steadystate:1||Switches:1||Telemetry:1||Textile coil:1||Thermal noise:1||Transformer:1||Twistron:1||Two dimensional displays:1||Uplink:1||Voltage Doubler:1||Voltage measurement:1||Voronoi diagram:1||WCu:1||WW contiguity:1||WPT:1||Wireless communication:1||Wireless sensor networks:1||active rectifier:1||adaptive deadtime control:1||automatic tracking:1||beamforming:1||behavioral neuroscience:1||bidirectional neural interface:1||builtin resistance (BIR):1||capacitorless:1||classD power amplifier:1||closedloop DC offset rejection:1||closedloop wireless power transmission (WPT):1||conductivity:1||data driver:1||data telemetry:1||digitaltoanalog converter (DAC):1||distributed neural interface:1||doubledgm:1||downlink:1||electric vehicles:1||energy harvesting:1||enriched environment:1||fast transient response:1||homecage:1||implantable:1||implantable microelectronic devices:1||inductive links:1||inductivepower transmission:1||interpolation:1||low area:1||low frequency:1||low voltage:1||lowV $_DD$ structure:1||magnetic resonance coupling(MRC):1||mmsized:1||neural interfacing:1||neural recording and stimulation:1||noise averaging:1||noise efficiency factor:1||null steering:1||optical stimulation on V1:1||optimal deadtime controller (ODTC):1||optogenetic switchedcapacitor based stimulation:1||parallel resonant circuit:1||peripheral nerve recording:1||piecewise linear:1||planar spiral coils:1||power supply rejection ratio (PSRR):1||pulse charging:1||quality factor:1||radio frequency identification (RFID):1||radiofrequency identification (RFID):1||resonance:1||resonant upconversion:1||selective WPT:1||selfregulation:1||slewrate (SR):1||small freely behaving animals:1||softwaredefined radio:1||three phase excitation:1||tripleloop power control:1||twistron:1||variable current control (VCC):1||visual stimulation:1||wearable device:1||wearable heater:1||wireless:1||wireless optoelectro neural interface (WOENI):1||wireless power transfer:1||wireless power transfer (WPT):1||zerovoltage detector (ZVD):1||zerovoltage switching:1||zerovoltage switching (ZVS):1||50% dutycycle:1||μLED array:1||Actuators:1||Adaptive resonance tuning:1||Alpha and beta corrections:1||Aqueous solutions:1||Artifact rejection:1||Battery charger:1||Battery charging:1||Buffer:1||Buffer amplifier:1||CMOS:1||CMOS thermal imager:1||Calibration:1||Capacitorless:1||Capacitors:1||Charge Pump:1||

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