ScholarWorks@Korea University: Lee, Hyung Min

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Lee, Hyung Min (이형민)

College of Engineering

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Tel 02-3290-3219
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Voltage control:6||radiationhardened:3||flying capacitor:3||Capacitors:3||bitstream:3||Logic gates:3||wireless power transfer (WPT):3||Integrated circuits:3||Telemetry:3||total ionizing dose:2||Wireless communication:2||Light emitting diodes:2||digitaltoanalog converter (DAC):2||Inductors:2||Transistors:2||Rectifiers:2||stacked power stage:2||SAR ADC:2||soft error:2||Buck converters:2||Regulators:2||Neurons:2||Demodulation:2||single event effect:2||Switches:2||Electrodes:2||buck converter:2||Voltage measurement:2||power management integrated circuits:1||inductive link:1||Capacitance:1||SEE:1||nuclear fusion:1||Thermal noise:1||Neural processing:1||uplink:1||Realtime systems:1||devicealgorithm cooptimization:1||neuromorphic:1||Adaptivegain nested Miller compensation:1||lowdropout regulator (LDO):1||transient response:1||implantable medical devices (IMDs):1||rowhammer:1||highvoltage (HV) tolerant:1||stimulussynchronized CB:1||switchedcapacitor stimulation:1||central nervous system (CNS):1||Rabbits:1||functional electrical stimulation:1||prediagnosis:1||telemedicine:1||wireless power/data transfer:1||Power transistors:1||Dual path:1||dc resistance (DCR):1||dualpath stepup dcdc converter (DPUC):1||implantable medical device (IMD):1||singlepath:1||interpolation:1||Xilinx:1||stimulation efficiency:1||sampleandhold:1||sensor system:1||CMOS thermal imager:1||nonresidual energy:1||wireless power transfer:1||Faulttolerant:1||discontinuous conduction mode (DCM):1||inductor current emulator (ICE):1||Micromechanical devices:1||inmemory computing:1||image sensor:1||logic analyzer:1||Video recording:1||Capacitor charger:1||neural stimulation:1||rapid charge balancing (CB):1||Back/forward data telemetry:1||dualoutput comparator:1||Surgery:1||Hafnium:1||Bluetooth Low Energy:1||envelopedetectorless:1||optogenetic stimulation:1||Optogenetics:1||data driver:1||sensor readout IC:1||FPGA:1||implantable medical devices (IMD):1||near field:1||transistor breakdown voltage:1||Back:1||slopebased demodulator:1||Currentmodulated energyreuse back telemetry (ERBT):1||dual negative voltage tank (DNVT):1||Power demand:1||Adaptive electrode selection:1||neural recording:1||liion compatible:1||MEMS micro filter:1||resonance:1||indium gallium zinc oxide thin film transistor (IGZO TFT):1||preemphasis inverse (PI) biasing:1||lightemitting diode (LED) driver IC:1||loopfree selfbalancing:1||muscular stimulation:1||Retina:1||Stimulated emission:1||Optical pulses:1||hybrid stimulation:1||selfbalancing:1||timeinterleaved scheme:1||DCDC power converters:1||flipflop:1||Buckboost converter:1||Liion battery management:1||hardware security:1||noninvasive attack:1||project Xray:1||microbolometer:1||noiseequivalent temperature difference (NETD):1||loadinsensitive data telemetry:1||delay cell:1||Area measurement:1||NMOS LDO:1||photodiode (PD):1||stimulus scattering:1||timebased:1||dynamic randomaccess memory:1||Low voltage:1||Deadzone pulse width modulation control (DZPC):1||wide voltage range:1||Transmission line measurements:1||Iron:1||implantable medical devices:1||battery lifetime:1||Resonant frequency:1||Mice:1||retinal prosthesis:1||output voltage ripple:1||statebased current control:1||Linearity:1||wide input range:1||Wireless sensor networks:1||load shift keying:1||digital low dropout regulator (LDO):1||Radiation effects:1||Threshold voltage:1||multiunit activity (MUA):1||pulse frequency modulation (PFM):1||multisplit ring resonant:1||Sensors:1||stimulator:1||subretina:1||security:1||hybrid multilevel converter:1||stackedcapacitor discharger:1||retina:1||localization across species:1||Stress:1||energy resuscitating:1||neardata processing:1||Artificial vision:1||power management:1||Transient response:1||typeIII compensator:1||TID:1||compact model:1||LCD:1||switchedcapacitor discharging stimulation:1||softerror:1||logic extract:1||FPGA reverse engineering:1||Computer architecture:1||Automated maximum efficiency controller:1||series LC:1||Neural recording:1||hybrid loadshift keying:1||Delays:1||Ring oscillators:1||Fault tolerance:1||implantable device:1||neural interface:1||Microplastics sensor:1||notch frequency shift:1||Reservoirs:1||capacitorless LDO:1||Dynamic voltage scaling (DVS):1||Xilinx 7series FPGAs:1||large dc resistance (DCR) inductor:1||threelevel boost converter:1||paralytic strabismus:1||stimulation:1||3lead ECG:1||power path less:1||Microscopy:1||Breakdown voltage:1||threelevel buck converter:1||zerocurrent detector:1||Boost converter:1||output delivery current:1||peak time detector:1||Feedback loop:1||piecewise linear:1||instrumentation amplifier:1||wireless power transmission:1||Calibration:1||resonant current mode (RCM):1||Neural signal:1||Voltage:1||Batteries:1||Back telemetry:1||implantable medical device:1||Energy storage:1||wireless power and data transfer (WPDT):1||Adaptive transient recovery path (ATRP):1||Fault tolerant systems:1||currentstarved ring oscillator:1||radiation:1||DCDC converter:1||Pollution measurement:1||principal component analysis:1||tikitaka algorithm:1||electrode array:1||pixel sharing:1||retinal prosthesis (RP):1||flash memory:1||vulnerability:1||HCN channels:1||retinal degeneration:1||regulated dualoutput voltages:1||resonant regulating rectifier (R3):1||Envelope detectors:1||digital cleaner:1||downlink:1||Vectors:1||Animals:1||loopfree calibration:1||discontinuous conduction mode:1||righthalfplane zero (RHPzero):1||Delaybased control:1||Transfer functions:1||Fast transient response:1||voltagemode dcdc converter:1||Buffer amplifier:1||variable current control (VCC):1||reverse engineering:1||netlists:1||Implantable pulse generator:1||vivado design suite:1||Microprocessors:1||Highdensity:1||Impedance:1||energy storage:1||energyadaptive dualinput regulator:1||analogassisted (AA):1||low input voltage (VIN):1||negative voltage gate driver (NVGD):1||Clocks:1||Recording:1||Silicon:1||Frequency measurement:1||Microwave filters:1||Sensitivity:1||stability:1||Reverse engineering:1||Alwaysdualpath recursive:1||Portable computers:1||Pulse width modulation:1||Muscles:1||Extraocular muscle:1||Realtime ECG acquisition system:1||wearable ECG device:1||Amplitude shift keying:1||comparatorless:1||forward telemetry:1||electric stimulation:1||

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