ScholarWorks@SUNGKYUNKWAN UNIVERSITY: LEE, YOON MYUNG

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LEE, YOON MYUNG (이윤명)

Information and Communication Engineering (Semiconductor Systems Engineering)

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DCDC converter:8||energy harvesting:6||low power:6||switched capacitor:5||Transistors:4||boost converter:4||Capacitors:4||energy harvester:4||PZT:3||IoT:3||lowpower electronics:3||Voltage measurement:3||flipflop:3||harvesting interface:3||Switches:3||Internet of Things (IoT):3||static:3||physically unclonable function (PUF):3||charge redistribution:3||piezoelectric energy harvester:2||highvoltage harvesting:2||piezoelectric generator:2||Clocks:2||Area efficient:2||Energy harvester:2||Couplings:2||variableprecision:2||variation tolerant:2||SRAM:2||PECE:2||Wireless sensor node:2||Inductors:2||arrayembedded DA/AD conversion:2||Security:2||redundant clock:2||Compute in memory:2||redundant transistor:2||Physically unclonable function (PUF):2||reliability:2||Computer architecture:2||wireless sensor node:2||security:2||multivalued logic:2||Capacitance:2||Inverters:2||negative differential transconductance:2||flipflop (FF):2||size 180:2||softcharging:2||chargedomain:2||graphene:2||hardware security:2||oscillators:2||partial electric charge extraction:2||0 nm:2||partial harvesting:2||Video recording:2||Voltage:2||contentionfree:2||Lowpower circuit:1||MFCs:1||MOSFET:1||Merging:1||Microprocessor:1||Microprocessors:1||Misalignment:1||Mmscale sensor:1||Monitoring:1||Multiplexing:1||Offset compensation:1||Output capacitorless lowdropout regulator:1||Over Current Protection:1||PMIC:1||Perturbation methods:1||Power Transfer Efficiency (PTE):1||Power demand:1||Power measurement:1||Power transistors:1||Pulse width modulation:1||RCtime constant:1||Rails:1||Real time clock:1||Realtime systems:1||Redundancy:1||Reliability:1||Resistance:1||SRAM cells:1||Schottky barrier transistor:1||Semiconductor device measurement:1||Sensor interface:1||Softcharging:1||Strain:1||Switched capacitor:1||Switching circuits:1||Switching loss:1||Thermal noise:1||Throughput:1||Transconductance:1||VHF oscillators:1||Voltage control:1||Voltage reference:1||WS2:1||WSe2:1||Wide load current range:1||Wireless Power Transfer (WPT):1||Wireless transceiver:1||artificial synapses:1||asynchronous logic:1||battery voltage supervisor (BVS):1||bias current:1||bioinspiration:1||bitscalable:1||bottomplate parasitic capacitance:1||brown out detector:1||capacitive feedback chopper stabilized instrumental amplifier (CCIA):1||capacitive partial electric charge extraction:1||capacitivecoupling:1||capacitivesensor interface:1||capacitively coupled stacked structure:1||chargedomain compute:1||comparators:1||comparators (circuits):1||cost effective:1||costeffective:1||costefficient:1||cycle costs:1||deep neural network (DNN):1||deep neural networks:1||differential nand:1||discontinuous:1||down converter:1||dualedge triggered (DET):1||dualedgetriggered (DET):1||dualmode:1||dynamic current mirror (DCM):1||dynamic power consumption:1||dynamic voltage scaling:1||effective clock load:1||effective clock loading:1||electrocardiography (ECG):1||energy conservation:1||energy investment:1||energyefficient leakagebased oscillator:1||external bias:1||fast Fourier transform (FFT):1||frequency 1:1||frequency 18:1||gallium arsenide (GaAs):1||harmonic conversion ratios:1||high efficiency:1||high precision:1||high voltage harvester:1||implantable system:1||integrating converter:1||interstage voltage swing optimization:1||internet of things:1||kickback noise:1||leakagebased:1||leakagebased delay cell:1||light load:1||load screening:1||loss balancing:1||lossless stabilization:1||low power electronics:1||low quiescent current:1||machine learning:1||maximum power point tracking (MPPT):1||memorization:1||microbial fuel cells:1||minimum energy point (MEP):1||mmscale sensor system:1||mm3:1||multistates:1||nW harvesters:1||nanowattlevel energy harvesters:1||nearthreshold:1||nearthreshold voltage:1||negative differential resistance:1||nonreturntozero (NRZ):1||nonvolatile memory (NVM):1||oceanic system:1||offset compensation:1||optimal clock edgerate:1||organic electronics:1||partial electric charge extraction (PECE):1||peaktovalley current ratio:1||period modulation (PM):1||peripheryfree:1||photovoltaics:1||piezoelectric energy harvesting:1||power 17:1||power consumption:1||power electronics circuits:1||power on reset:1||powergating:1||precisely trimmed resistor:1||pressuresensing system:1||pulse amplitude modulation (PAM4):1||pulse frequency modulation (PFM):1||pulse harvester:1||pulsewidth modulation (PWM):1||radiofrequency integrated circuits:1||reconfigurable:1||redundant internal clock transition:1||relaxation oscillator:1||relaxation oscillators:1||remote gating:1||repetitive learning:1||resistive RAM (ReRAM):1||resistive selfbias:1||resistors:1||selfbias circuit:1||selfbiased relaxation oscillator:1||selfoscillating:1||sensor node:1||sensor systems:1||seriallink transmitter:1||shortcircuit current minimization:1||shortcircuit currents:1||single phase:1||singleended structure:1||stepdown converter:1||0 degC:1||structural engineering:1||switched capacitor (SC) dcdc converter:1||switched capacitor circuits:1||switched capacitor converter:1||switchedbias technique:1||switchedcapacitor DC/DC converter:1||synapse arrays:1||synthesized implementation:1||temperature coefficient:1||temperature sensitivity:1||temperature20:1||thinfilm piezoelectric generator (PEG):1||timebased control:1||transmitter:1||triboelectric energy harvesting:1||ultra lowpower:1||ultralow power:1||ultralowpower oscillator:1||ultralow power:1||van der Waals material:1||vdW heterojunction:1||vertical integration:1||voltage 1:1||voltage 2:1||voltage division:1||voltage doubler:1||voltage peak detector:1||wakeup timer:1||wakeup controller:1||weak PUF:1||wide load and voltage range:1||wide load range:1||wide temperature range:1||wide voltage range:1||wireless sensor network:1||stepup:1||0 degC to 80:1||0 kHz:1||2 MHz:1||2 V:1||2 kHz to 226:1||2D heterojunction:1||5 V:1||9 muW:1||Allan deviation:1||Aluminum gallium arsenide (AlGaAs):1||Analog frontend (AFE):1||Areaefficient:1||Asynchronous:1||Batteries:1||Battery internal resistance:1||Bending:1||Buck Converter:1||CMOS integrated circuits:1||CMOS process:1||Capacitancetodigital converter:1||Capacitancetodigital converter (CDC):1||Capacitive power management:1||Circuit stability:1||Coil Design:1||Computinginmemory (CIM):1||Contention free:1||Continuously scalableconversionratio (CSCR):1||Cost effective:1||Costs:1||Current mirrors:1||Current reference:1||Damping:1||Data bus:1||Differential structure:1||Driver circuits:1||Effective clock load:1||Energy harvesting:1||Flexible PZT:1||Flipflop:1||Flipflops:1||Flipped voltage follower:1||Generators:1||Geometric programming:1||Hardware design languages:1||Harvesting circuit:1||Human movement:1||Inmemory computing:1||Integrated circuit reliability:1||Interconnect:1||Internet of Things:1||Internet of things (IoT):1||Irregular input:1||Kelvin probe force microscopy:1||Latches:1||Logic gates:1||Low power:1||Low voltage:1||Lowdropout regulator:1||

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(03063) 25-2, SUNGKYUNKWAN-RO, JONGNO-GU, SEOUL, KOREAsamsunglib@skku.edu

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