ScholarWorks@SUNGKYUNKWAN UNIVERSITY: LEE, KANG YOON

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LEE, KANG YOON (이강윤)

Information and Communication Engineering (Electronic and Electrical Engineering)

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Tel
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CMOS:19||SAR ADC:10||Circular polarization:10||low power:9||low power consumption:8||ADPLL:8||Doherty power amplifier:7||ADC:7||Impedance:7||LabVIEW:7||GaNHEMT:7||High Efficiency:7||circular polarization:7||RF energy harvesting:6||VCO:6||DCDC buck converter:6||Power amplifier:6||Power Conversion Efficiency:6||Microwave power transfer:6||Modulation:5||Bandgap reference:5||SWIPT:5||wideband:5||PLL:5||power conversion efficiency:5||reconfigurable:5||Doherty power amplifier (DPA):5||temperature compensation:5||IoT:5||Bandwidth:5||BLE:5||Power generation:5||Low Power:5||DPWM:4||dedicated short range communication (DSRC):4||CMOS power amplifier:4||DCDC Converter:4||lowpower:4||RF energy harvester:4||TIA:4||envelope tracking:4||digital controller:4||Wireless power transfer:4||SPDT:4||dielectric resonator antenna:4||Wideband:4||FSK:4||CMOS technology:4||average power tracking:4||Energy harvesting:4||Gain:4||Transistors:3||Radio frequency:3||ASK:3||DCDC Buck Converter:3||Rectifier:3||DCDC converter:3||phase noise:3||NBIoT:3||power amplifier:3||power conversion efficiency (PCE):3||Bluetooth low energy:3||Wireless Power Transfer:3||DCO:3||DSRC:3||Active Rectifier:3||PSRR:3||PWM:3||high efficiency:3||Energy Harvesting:3||Peak to average power ratio:3||Comparator:3||Spidron fractal:3||slot antenna:3||small area:3||capacitive DAC (CDAC):3||Low power consumption:3||charge sharing:3||LowDropout Regulator:3||Asynchronous SAR ADC:3||Power amplifiers:3||Power conversion efficiency:3||synthesizable:3||compact load network:3||TV white space (TVWS):3||Lowpower consumption:3||Charge pump:3||Active rectifier:3||nonlinear energy harvesting:3||Transmission line measurements:3||Transmitter:3||Mellin transform:3||Inductors:3||RFDC converter:3||analog delay cell:2||SigmaDelta ADC:2||Sigmadelta ADC:2||analogtodigital converter (ADC):2||wide output range:2||ClassE power amplifier:2||High gain:2||high electron mobility transistors:2||Vibration:2||high power efficiency:2||Bandgap Reference:2||Array antenna:2||Wedge:2||asynchronous logic:2||Simultaneous wireless information and power transfer:2||1.5bit subADC:2||Low Noise:2||Triboelectric:2||LDO:2||Peak voltage:2||Phase Locked Loop:2||RadioFrequency to Directcurrent:2||LCVCO:2||Small Area:2||Wake up and Sample:2||Adaptive mode switching (MS):2||Delaylocked loop:2||Broad bandwidth:2||beamforming:2||Soft start:2||Solar:2||Low dropout regulator:2||bluetooth low energy:2||bootstrapped switch:2||Solenoid inductor:2||Complex bandpass filter:2||broadband antenna:2||DAC:2||Complex combining load (CCL):2||Microstrip feed line:2||Pipeline:2||phased array calibration:2||Verilog HDL:2||multilevel:2||Dualmode gain:2||Low noise amplifier:2||Configurable:2||dutycycling operation:2||Microwave theory and techniques:2||Antennas:2||Low voltage:2||Modeling:2||Relaxation Oscillator:2||longterm evolution:2||longterm evolution (LTE):2||successive approximation:2||successive approximation register (SAR) ADC:2||dipole antenna:2||IoT/wearable devices:2||dielectric resonator antenna (DRA):2||supply modulator:2||UltraLow Power LDO:2||Power conversion efficiency (PCE):2||Power demand:2||Switching frequency:2||GaN:2||Bandwidth enhancement:2||Information decoding:2||low phase noise:2||peaking amplifier:2||dualmode bias modulator:2||Internet of Things:2||low profile:2||Baseband analog:2||Digital:2||Controller:2||Reconfigurable:2||Lowpower:2||RF wireless charger:2||wireless power transfer:2||Power transmission lines:2||transceiver:2||TWDMPON:2||Voltage control:2||lowpass filter (LPF):2||output power capacity:2||transmitter:2||Temperature Compensation:2||RFDC:2||CDAC:2||MDAC:2||magnetic induction:2||magnetic resonance:2||ISM band:2||Thermoelectric:2||magnetoelectric (ME) dipole:2||Axial ratio:2||maximum power point tracking (MPPT):2||dual mode SWIPT:2||ultralow power:2||Adaptive power control (APC):2||Receiver:2||Buck converter:2||Crystal Oscillator:2||Dual mode SWIPT:2||Current Sensing:2||Buck converters:2||RF:2||Alliance for wireless power (A4WP):2||Alwayson domain:2||RF Energy Harvesting:2||Maximum Power Point Tracking (MPPT):2||Transimpedance amplifier:2||Random Number Generator:2||deep learning:2||wakeup receiver:2||negative resistance:2||feedback:2||ClassE:2||Wireless Sensor Network:2||fast startup:2||pressure sensor:2||OPAMP sharing:2||SOI Process:2||CMOS power amplifier (PA):2||LTE:2||Wireless power transmission:2||Liion battery:2||Hardware:2||LNA:2||SPI management:2||SAR ADCs:2||Optimized production technology:2||Zero Current Sensing:2||SAR:2||EMI:2||electronic toll collection system (ETCS):2||active rectifier:2||power amplifier integrated circuit:2||PA:2||5.8 GHz:2||digitally controlled oscillator:2||Radio Frequency Energy Harvesting (RFEH):2||Reverse leakage current:2||Calibration:2||efficiency:2||wide input range:2||High efficiency:2||EM rectifier:1||ETCS:1||Electromagnetic (EM):1||Electromagnetic interference (EMI):1||Electromagnetics:1||Electrostatic field:1||Energy Harvesting Boost Converter:1||Energy harvester:1||Energyefficient:1||Envelope detector:1||Equalizer:1||Error amplifier:1||Error correction codes:1||Error correction coding:1||Event driven:1||FPGA:1||FSK transciever:1||FSK transmitter:1||FSM:1||Fast Settling time:1||Fast Transient DCoffset cancellation (FTDCOC):1||Fast switching time:1||Fault Detection Circuit:1||Feedback resistor:1||Fermilevel depinning:1||Filter:1||Filter tuning:1||Finedust detection:1||FlashSAR ADC:1||Focal beamforming:1||Frequency Mode:1||Frequency Multiplier:1||Frequency control:1||Frequency conversion:1||Frequency locked loops:1||Frequency measurement:1||Frequency mode control:1||Frequency modulation:1||Frequency offset:1||Frequency selective degeneration:1||Frequency synthesis:1||Frequency synthesizers:1||Fresnel region:1||Friis formula:1||FullBrigde GaN core:1||Fuzzy logic:1||GNSS applications:1||GaAs pHEMT process:1||GaN HEMT:1||GaN HEMT device:1||Gain control:1||Gainerror:1||Gate charge recycle:1||Gaussian frequencyshift keying (GFSK):1||Glitch:1||GlitchFree Scaler Operation:1||Harvesting Algorithm:1||High Gain:1||High Isolation:1||High PSRR:1||High Reliability:1||High Voltage:1||High Voltage LDO:1||High isolation:1||High power:1||High power efficiency:1||High resolution:1||High sensitive:1||High speed analog to digital converters:1||High speed memory interface:1||HighGain:1||HighPower:1||Highefficiency:1||Highspeed:1||Highspeed DCDC:1||Hybrid Core:1||Hybrid DAC:1||Hybrid control:1||Hybrid energy harvesting:1||Hybrid power systems:1||Hybrid type time interleaved SAR ADC:1||I2C:1||IEEE 802.15.1 IoT sensors:1||IEEE 802.15.4g SUN:1||IIIV semiconductors:1||Image rejection:1||Impedance bandwidth:1||Impedance calibration:1||Impedance matching:1||InGaP/GaAs HBT:1||InGaP/GaAs HBT power amplifier integrated circuit:1||InGaP/GaAs heterojunction bipolar transistor (HBTs):1||Independent harmonic tuning circuit:1||Index Terms—Clock doubler:1||Inductance:1||Inductive Coupling:1||Inductive coupling:1||Injection Locked Frequency Multiplier:1||Inrush current:1||Instrumentation amplifier:1||Integral NonLinearity:1||Integrated circuit:1||Intelligent Transport System (ITS):1||Intermodulation distortion:1||Interlaced Hysteresis Delay Cells:1||Interlaced hysteresis delay cells (IHDCs):1||Internal threshold voltage cancellation (IVC):1||InternetofThings (IoT):1||IoT devices:1||IoT/Wearable Devices:1||JESD204B:1||Kochshaped patch antenna:1||LHO technique:1||LLC resonant converter:1||LTE small cell:1||LVT:1||Lab View:1||Leakage currents:1||Level shifter:1||Line Regulation:1||Line regulation:1||Load Regulation:1||Load modeling:1||Load modulation combiner:1||Load regulation:1||Loaded antennas:1||LongTerm Evolution (LTE):1||Longtermevolution:1||Lookup table:1||Loss Compensation:1||Low Area:1||Low Drop Out voltage regulator (LDO):1||Low Dropout:1||Low Dropout Regulator:1||Low Inrush Current:1||Low Noise Amplifier (LNA):1||Low Pass Filter:1||Low area:1||Low density parity check codes (LDPC):1||Low dropout:1||Low inrush current:1||Low insertion loss:1||Low leakage:1||Low noise:1||Low power VCO:1||LowDropout Voltage Regulator:1||Lowband LNA:1||Lowdensity paritycheck:1||Lowdropout(LDO) Regulator:1||Lowpass Filter:1||Lowpower LDO:1||Lowpower transmitter (Tx):1||MIPI MPHY:1||MIPIDigRF MPHY:1||MLP:1||MMIC:1||MNIST:1||MOS CML gate:1||MOS devices:1||MOSFET power amplifiers (PAs):1||Magnetic Resonant:1||Magnetic resonance:1||Magnetic resonant:1||Magnetoelectric effects:1||Measurement of fine dust mass:1||Mixers:1||MoM capacitor:1||Mode matching:1||Mode switching (MS):1||Modematching:1||Modulation index:1||Multi Feedback LDO Regulator:1||MultiMode Rectifier:1||Multibranch:1||Multichannel:1||Multigain mode:1||Multiinput:1||Multimode active rectifier:1||Multirate:1||Multisection bandpass filter:1||Multitone:1||Multiple device charging:1||Multiplecircularsector configuration:1||Multiplecircularsector structure:1||Multiplestack RFDC converter:1||Multiplying DAC:1||Npath filter:1||NAND Flash memory:1||NBIoT:1||Nanopore:1||Negative Feedback:1||Neuromorphic:1||Noise margin:1||Nonbinary DAC:1||Nonlinear energy harvesting models:1||Numerical models:1||ON/OFF keying (OOK):1||OneTime Programmable Memories(OTP):1||Openloop:1||Openloop duty cycle corrector:1||Optical Transceiver:1||Oscillator:1||Oscillators:1||Output Sharing:1||PA integrated circuit (PAIC):1||PAPR:1||PFM/PWM mode:1||PID controller:1||PTU:1||PWM dim:1||PWM power convertors:1||Packet data transfer:1||Parallel bit flipping:1||Paralleltoserial interface:1||Patch loading:1||Peak power conversion efficiency:1||Phase difference:1||Phase discontinuity:1||Phase locked loops:1||Phase noise:1||PhaseLocked Loop:1||PhaseLocked Loop (PLL):1||PhaseLockedLoops:1||Phaselocked loop (PLL):1||Piezoelectric (PZT):1||Pipelined ADC:1||Polarization:1||Polyphaser filter:1||Power Amplifier:1||Power Conversion Efficiency (PCE):1||Power Management Integrated Circuits (PMIC):1||Power Matters Alliance (PMA):1||Power Supply Rejection Ratio (PSRR):1||Power management Integrated circuits (PMICs):1||Power management and information decoding module:1||Power supply circuit:1||Power system measurements:1||Power transceiver (Rx):1||Predistortion:1||Pressure Sensor:1||Pressure sensor:1||Processor In Memory:1||Programmable Gain Amplifier:1||Programmable loop bandwidth:1||Protocol:1||Pseudo Resistor:1||Qenhancement:1||QPSK:1||Qi:1||Quantization:1||Quiescent current:1||RC Oscillator:1||RF Amplifier:1||RF CMOS switches:1||RF Energy harvesting system:1||RF Switch:1||RF Transceiver:1||RF front end:1||RF frontend LNA:1||RF isolation network:1||RF power amplifier:1||RF switch:1||RF synchronous rectifier:1||RFDC power converter:1||RFtoDC rectifier:1||RLC circuits:1||RTL:1||RTLbased design:1||Radio Frequency to Direct Current converter (RFDC):1||Radio frequency to direct current:1||Radio frequency to direct current (RFDC):1||Ramp controller:1||Real time MPPT:1||Real time ZCD:1||Receivers:1||Rectenna:1||Rectenna array:1||Rectifiers:1||Redundant capacitor:1||Reference Injection:1||Reference generator:1||Reliability:1||Resistor Feedback:1||ResistorString:1||Resonant frequency:1||Retrodirective array:1||Robust CML design:1||SAE J2716:1||SAW Sensor:1||SDM:1||SENT:1||SFDR:1||SIDITO:1||SNM:1||SOI:1||SOI CMOS Techonology:1||SP7T:1||SP8T:1||SPC:1||SRAM:1||SSCG technique:1||STZCD:1||SVT:1||Segmented:1||Segmented capacitive DAC:1||SelfPowered:1||SelfTracking Zero Current Detector:1||Sensor:1||Sequential rotational phase feed:1||Settling Time:1||Sharedaperture antenna:1||Shunts (electrical):1||Sigmadelta modulator:1||Signal conditioning IC:1||Signal waveform:1||Silicononinsulator:1||Simulation:1||Simultaneous wireless information and power transceiver:1||Simultaneous wireless information and power transfer (SWIPT):1||Single edge nibble transmission (SENT):1||Single pole double throw (SPDT):1||Single pole double throw switch:1||SingleInductor DualOutput:1||Slew rate:1||Slot antenna:1||Small DieSize:1||Small Size:1||Small area:1||Smith chart.:1||Solar energy:1||Sonar sensor:1||Spidron fractal structure:1||Spikes:1||Split DAC:1||Spread Spectrum Clock Generator:1||Stability:1||Start Up Operation:1||Step up dcdc converter:1||Stepdown converter:1||Stepup converter:1||Subthreshold voltage:1||Subthreshold region:1||Successive Approximation Register:1||Successive approximation register (SAR):1||Superregenerative receiver:1||Superstrate:1||Switches:1||Synthesizable:1||Ttype shunt:1||T/R RF switch:1||T/R switch:1||TEM horn antenna:1||TRX dual mode:1||TVWS transceiver:1||TX:1||Temperature sensor:1||Temperature variations:1||Termination mode:1||Thermal stability:1||Thermometer Decoder:1||Thinned array:1||Threshold voltage cancellation:1||Time Division sensing method:1||Time reversal duality:1||Timefrequency analysis:1||Timeinterleaved SAR:1||Timeskew calibration:1||Timeskew error:1||Transceiver design:1||Transciever:1||Transformers:1||Transient analysis:1||Transimpedance Amplifier:1||Transimpedance amplifiers (TIA):1||Transmitters:1||Tristate weight:1||Trimming bit:1||Tx~IC:1||UHF power amplifiers:1||Ultra Low Noise:1||Ultra Wide Bandwidth:1||UltraLow Noise:1||UltraLowPower:1||Ultralow noise:1||Ultralow power:1||Ultralownoise:1||Ultrolowpower:1||VCSEL Driver:1||VCSEL driver:1||VHDL:1||VHF:1||Variability:1||Variable Rate:1||Vcm based CDAC:1||VerilogA:1||VerilogHDL:1||Very large scale integration:1||Voltage:1||Voltage Booster:1||Voltage Control Delay Loop(VCDL):1||Voltage Controlled Oscillator (VCO):1||Voltage Generator:1||Voltage Selectable:1||Voltage controlled oscillator (VCO):1||Voltage doubler:1||Voltage mode driver:1||Voltage offset:1||VoltageControlled Oscillator (VCO):1||Voltagecontrolled oscillators:1||Voltagemode classD:1||WPT:1||WPT System:1||WPT system:1||Wakeup receiver:1||Wakeup Receiver (WuR):1||Waveguidefed aperture antenna:1||Wide Bandwidth:1||Wide bandwidth:1||Wide frequency range:1||Wide input range:1||Wide tuning r:1||Window ADC:1||Wireless Charge System:1||Wireless Charging System:1||Wireless Power Consortium (WPC):1||Wireless Power Receiver:1||Wireless Power Transfer System:1||Wireless access in vehicular environments (WAVE):1||Wireless battery charging:1||Wireless charger:1||Wireless communication:1||Wireless power consortium (WPC):1||Wireless power standard:1||Wireless sensor networks:1||Wireless sensors network:1||Word alignment:1||WuRx:1||Xband twostage Doherty power amplifier:1||Zener Diode:1||Zero Voltage Sensing:1||active capacitor:1||active matching network:1||adaptive matching:1||adaptive mode switching:1||adaptive power control:1||adaptive power control (APC):1||adaptive power management:1||alldigital delaylocked loop:1||alldigital frequency locked loop:1||alldigital phasedlocked loop (ADPLL):1||aluminum pad metal:1||analog front end:1||analog frontend:1||analogue circuits:1||aperture efficiency:1||aperturecoupled feeding:1||asymmetric coplanar striplines:1||asynchronous SAR logic and comparator clock generator:1||asynchronous comparator clock generation:1||asynchronous successive approximation register (SAR) ADC:1||automatic bandwidth calibration (ABC):1||automatic calibration:1||automatic impedancematching calibration:1||backoff level:1||band gap reference circuit:1||band pass filter:1||bandgap reference:1||bandgap reference voltage generator:1||bandwidth 10 MHz:1||bandwidth calibration:1||bandwidth switching:1||beam scanning:1||beamforming algorithm:1||binaryweighted PA:1||biosensor:1||bottom contact:1||broadband PAIC:1||broadband load network:1||buckboost DCDC converter:1||buffer:1||calibration:1||capacitive touch panel:1||cascode PA:1||channel estimation:1||channel mismatch:1||charge pump:1||charging speed:1||chopper:1||circularly polarized (CP) antenna:1||classAB operation:1||classC VCO:1||classC type VCO:1||classE:1||clock and data recovery (CDR):1||clock doubler:1||clock oscillator:1||closeloop performance:1||closed loop systems:1||codesign:1||coaxial probe:1||coil driver:1||common course (CS):1||comparator:1||complementary metaloxidesemiconductor (CMOS):1||complementary metaloxidesemiconductors:1||complex combining load:1||constant current:1||constantontime (COT) controller:1||controlled electrical length:1||controller:1||conversion efficiency:1||convolutional neural network:1||convolutional neural networks (CNN):1||core communication:1||coupled slotline feed:1||coupling shield:1||crosstalk:1||crystal replacement:1||current cell:1||current sensing:1||currentsteering (CS):1||custommade transformer:1||cyclic:1||data converter:1||dcdc converter:1||dcgain:1||decimation filter:1||deep neural network:1||deglitch circuit:1||delay cell:1||delay compensation:1||delay lines:1||delaylocked loop:1||delaylocked loop (DLL):1||delta–sigma modulation:1||deltasigma modulator:1||demodulator:1||derivative:1||detuning state:1||dielectric resonator:1||differential feed:1||differential power amplifier:1||digital LDO:1||digital automatic calibration piezoresistive type pressure sensor:1||digital compensator:1||digital control:1||digital hysterisis:1||digital loop filter:1||digital phase detector:1||digital pulse width modulation (DPWM):1||digitaltoanalog converter (DAC):1||digitally controlled delay line (DCDL):1||digitally controlled linear delay inverter:1||digitally controlled singleinductor multipleoutput DCDC boost converters:1||direct power division:1||dithering:1||double capacitances and inductancesseries (LCCS) compensation topology:1||doubleridged waveguide:1||down mixer:1||downlink longterm evolution signal:1||drive amplifier:1||dual circular polarization:1||dual delay line:1||dual injection:1||dual path:1||dual sampling:1||dualband:1||dualband characteristic:1||dualband circular polarization:1||dualmode PA:1||dualmode gain:1||dualmode power amplifier:1||dualmode supply modulator:1||duty cycle compensation:1||duty cycle operation:1||dynamic bias swtiching:1||dynamic biasing:1||dynamic frequency scaling (DFS):1||dynamic range:1||dynamic supply switching (DSS):1||eccentric annular dielectric resonator:1||electric vehicle (HEV/EV):1||electromagnetic resonance:1||electromagnetic resonance (EMR) touch panel:1||electronic toll collection (ETC) system:1||energy harvesting (EH):1||energyefficient:1||extended OBO level:1||extended output power backoff:1||falling edge modulator:1||fast locking:1||fast phase tracking loop:1||fast settling time:1||fast transient:1||fastsettling pierce oscillator:1||ferrite:1||fieldprogrammablegatearray (FPGA):1||filtering antenna:1||finetuning:1||first phase canceller:1||flicker noise:1||fractal DRA:1||framebased simulation:1||frequency 2:1||frequency accuracy:1||frequency hopping:1||frequency locked loop (FLL):1||frequency synthesizer:1||fully digital frequency detection loop:1||fully synthesizable:1||gain 84:1||gain and offset compensation:1||gain bandwidth:1||gain control:1||gain estimation:1||gallium compounds:1||gallium nitride (GAN)MMIC:1||gallium nitride highelectronmobility transistor (GaNHEMT):1||galliumnitride highelectronmobility transistor (GaNHEMT):1||galliumnitrideHEMT asymmetric threeway Doherty power amplifier:1||gate charge recycling:1||global positioning system (GPS) applications:1||hardware accelerator:1||harmonic distortion:1||harmonic filter:1||harmonic lock:1||harmonics:1||heterogeneous topology:1||high electron mobility transistor:1||high gain:1||high sensitive:1||highefficiency:1||highpass filter (HPF):1||higher order mode:1||highly linear:1||hill climbing:1||hybrid DAC:1||hybrid WKrecursive onchip network:1||hybrid antenna:1||hybrid buck convertor:1||hybrid converter:1||hybrid digital pulse width modulation core:1||hybrid type:1||hybrid vehicle:1||hysteresis comparator:1||image rejection:1||inductive position sensor:1||inductive power transfer (IPT):1||injection locked frequency multiplier:1||injectionlocked frequency divider (ILFD):1||input power division ratio:1||insertion loss:1||integrated circuit layout:1||integrated mast:1||intermodulationi:1||internal threshold voltage cancelation (IVC):1||jitter:1||kirigami structures:1||laser cutting:1||lefthanded (LH) transmission line (TL):1||light detection and ranging (LIDAR):1||light detection and ranging (LiDAR) sensors:1||limit cycle oscillation (LCO):1||limiter:1||linear transconductance:1||linearity:1||linearized transconductance:1||load impedance modulation:1||load modulation:1||loadimpedance modulation:1||logo antenna:1||lookup table:1||loop feed:1||loop stability:1||loophandover technique:1||low NF:1||low crosspolarization:1||low noise:1||low noise amplifier:1||low pass filter:1||low quiescent current:1||low ripple:1||low sidelobe array:1||low spur:1||low voltage:1||lowdropout regulator:1||lowdropout regulators:1||lownoise:1||lownoise LDO:1||lowpass filter:1||lowpower oscillator:1||lumped element:1||magnetic coupling:1||magnetic field communication:1||magnetic resonant:1||magnetic secure transmission (MST):1||massive Tx array:1||memory communication:1||metaloxidemetal (MOM) capacitor:1||microstrip antenna:1||microstrip combline antenna:1||mixed analoguedigital integrated circuits:1||mixedmode:1||mixedsignal circuits:1||mixer:1||mmWave:1||mode switching:1||modematching:1||modified load network:1||modified multiple resonance circuit (MMRC).:1||modular design:1||modulation index:1||multiTap transformer:1||multichannel:1||multifeedback lowdropout regulator:1||multilayer design:1||multiloop:1||multimode active rectifier:1||multipath scheme:1||multibeam array antenna:1||multichannel timetodigital converter (TDC):1||multicore processor design:1||multicore system:1||multimode:1||multimode Doherty power amplifier (MDPA):1||multiple channels:1||multiple chargers:1||multiple resonance circuit:1||multipleoutput boost converter architecture:1||multiplereceiver charging:1||multiprocessing systems:1||multistage interpolation:1||narrowband Internet of Things (NBIoT):1||negative temperature coefficient:1||network latency:1||networkonchip:1||noise density:1||nonlinear energy harvesting:1||nonlinear current mirror:1||nonlinear energy harvesting (EH):1||offset error:1||offset transmission line:1||offshore patrol vessel:1||onchip digital controller:1||onchip implementation on a biosensor:1||onchip solenoid inductor:1||onepoint modulation:1||openloop delay compensation:1||operational amplifiers:1||operational transconductance amplifiers:1||optimisation:1||optimization algorithm:1||orthogonal frequency division multiplexing:1||outphased current combining:1||outphased current combining (OCC):1||output power backoff (OBO) extension technique:1||overtheair wireless power transfer (WPT):1||paralleltoserial interface:1||parasitic element:1||passive optical network:1||peak efficiency:1||peak fundamental current ratio (FCR):1||peaktoaverage power ratio:1||pen touch system:1||period jitter:1||phase blend:1||phase difference:1||phase interpolator:1||phaseint:1||phaselocked loop (PLL):1||pitype transmission line (TL):1||piezoresistive:1||pin constrained:1||pixelated dielectric resonator antenna:1||polyphaser filter:1||positive feedback device (PFD):1||post matching network:1||power added efficiency:1||power amplifier (PA):1||power amplifiers:1||power capacity ratio (PCR):1||power conversion:1||power customized resonator:1||power dissipation:1||power dividers:1||power handling:1||power loss:1||power management:1||power matters alliance (PMA):1||power regulated circuit (PRC):1||power supply modulator:1||power transmission efficiency:1||preemphasis:1||prematched galliumnitride high electron mobility transistors:1||prematchedHEMT:1||prematching circuits:1||pressure sensing:1||processing in memory (PIM):1||processorinmemory:1||proportionalIntegrator filter:1||pulse frequency modulation (PFM):1||pulse width modulation (PWM):1||pulsewidth modulated power converters:1||quadruplemode active rectifier:1||quasiYagi antenna:1||quenching wave generation:1||radio frequency (RF)dc CMOS converter:1||radiofrequency (RF) circuits:1||ramp controller:1||ramp generator:1||ramp trimming:1||random clock jitter:1||reconfigurable filter:1||resynthesizable:1||realtime clock (RTC):1||received power:1||receiver:1||receiver magnetic resonant:1||reconfigurable ClassE power amplifier:1||reconfigurable antenna:1||reconfigurable comparator:1||reconfigurable energy harvester:1||rectangular dielectric resonator antenna:1||rectangular tile floorplanning:1||rectenna:1||rectifier:1||reduced sidelobe array:1||reflection phase:1||regulated cascode:1||regulation:1||relaxation oscillator:1||reliability:1||resistorless:1||resonant circuits:1||retention:1||retrodirective:1||retroreflective:1||returntozero (RZ):1||righthanded (RH) TL:1||righthanded circular polarization:1||robust design:1||scaled CMOS technology:1||segmented DAC:1||segmented delay line digital pulse width modulation:1||selectivity:1||selfpowering:1||selfthreshold voltage cancellation (STVC):1||selftracking zero current detector (STZCD):1||sensor node:1||serial interface:1||seriesseries (SS) compensation topology:1||sharedaperture:1||shorting parasitic element:1||signal bandwidth:1||signal integrity:1||signaltonoise ratio (SNR):1||simultaneous wireless information and power transfer (SWIPT):1||single pole double throw (SPDT):1||single wire communication:1||singleinductor multipleoutput (SIMO) dcdc converter:1||size 180 nm:1||slot array:1||slotline mode:1||small cell:1||smallcell base station:1||smart sensing controller:1||solar energy harvesting:1||sonar sensor:1||spidron fractal:1||splitting capacitor:1||spread spectrum clock generator (SSCG):1||stacked PAIC:1||static performance:1||substrate integrated waveguide (SIW):1||subthreshold:1||superregenerative oscillation:1||superregenerative oscillator (SRO):1||superregenerative transceiver:1||susceptance switching circuit:1||switched bias:1||switched capacitor:1||switching amplifier:1||switching loss:1||switching time:1||temperature coefficient:1||thermometer code:1||threshold volateg compensation:1||tiled shapes:1||time interleaving (TI):1||time interval measurement:1||time shared analogtodigital converter (ADC):1||time to digital converter (TDC):1||timeto digital converter:1||timetodigital converter (TDC):1||topgate fieldeffect transistors:1||transconductance:1||transceiver (TRX), low power:1||transciever:1||transformerless interstage:1||transimpedance amplifier:1||triangular topology:1||triboelectric energy harvesting:1||triple folded cascode:1||triple mode:1||triplemode:1||tripletbased WKrecursive topology:1||tungsten diselenide (WSe 2):1||two stage:1||twopoint modulation:1||twostage classAB OTA:1||twostage dynamic comparator:1||ultra low power:1||ultralow voltage:1||ultralownoise:1||ultralight load:1||ultralow power:1||unequal threeway GPD:1||unequal threeway Gysel power divider:1||unit resistor:1||variable gain amplifier:1||variablegain amplifier (VGA):1||vernier delay line timetodigital converter:1||verticalstrip feeding:1||vibration sensing:1||virtual open stub:1||virtual stub (VS):1||voltage 1:1||wearable antenna:1||wearable devices:1||wedge:1||wide bandwidth:1||wide tuning r:1||widerage:1||widerange:1||wideband antenna:1||wireless battery char:1||wireless battery charging:1||wireless communication:1||wireless communications:1||wireless monitoring:1||wireless network sensors:1||wireless power consortium (WPC):1||wireless power receiver:1||wireless power receiver (WPR):1||wireless power receiving (WPR) unit:1||wireless power receiving unit (WPRU):1||wireless power transfer system:1||wireless power transmitters:1||wireless powerreceiving unit:1||wireless sensors network (WSN):1||zero current detector (ZCD):1||zero current sensing:1||가변 속도:1||블라인드 오버샘플링(Blind Oversampling):1||0 dB:1||클록 데이터 복원:1||12T SRAM:1||14 GHz:1||1P6M CMOS technology:1||2D adaptive sequential searching algorithm:1||2.4 GHz Power Amplifier:1||3D meandered probe feeding:1||3way Doherty power amplifier:1||3Dprinted antenna:1||3P3T:1||5:1||5G:1||5G New Radio:1||5G application:1||5G mobile communication:1||5G new radio:1||5G new radio (NR):1||6.78 MHz:1||65nm SOI process:1||8 GHz:1||8 V:1||8B10B encoding:1||A4 WP:1||A4WP:1||ACEQ100:1||ACRR:1||AECQ100:1||AFE:1||AI controller:1||AMR(Absolute Maximum Rating):1||ANN:1||APC:1||ASIC:1||ASK Modulation:1||Accelerator:1||Active capacitor:1||Active inductor:1||Adaptive:1||Adaptive Dynamic latch comparator:1||Adaptive Matching:1||Adaptive Power Control:1||Adaptive controller:1||Adaptive ontime (AOT):1||Adaptive window ADC:1||Adaptive window analog to digital converter (ADC):1||Adjustable lowdropout (LDO):1||All digital delay locked loop (ADDLL):1||All digital phase lock loop:1||Alldigital calibration:1||Alldigital delaylocked loop (ADDLL):1||Alldigital phaselocked loop (A:1||Alliance for Wireless Power (A4WP):1||Analog:1||Analog Front End:1||Analog front end:1||Analog frontend:1||Analog frontend (AFE):1||Analog to Digital Converter:1||Analogfrontend:1||Analogtodigital converter (ADC):1||Antenna feeds:1||Antenna measurements:1||Antenna radiation patterns:1||Antenna switch module:1||Aperturecoupled:1||Aperturecoupled feeding:1||Architecture:1||Array:1||Asymmetric Doherty power amplifier (DPA):1||Asymmetric coplanar waveguide:1||Asynchronous control logic:1||Auto Amplitude Calibration (AAC):1||Auto calibration:1||Auto tuning system:1||Automatic Filter Tuning System:1||Automatic duty—cycle error correction:1||Automatic frequency calibration (AFC) loop:1||Automatic magnitude calibration:1||Automatic power calibration:1||Automatic twostep impedance calibration:1||Automotive:1||Automotive Analog FrontEnd IC:1||Automotive application:1||Automotive capacitive pressure sensor:1||Average power tracking:1||BCD technology:1||BLE 5.0:1||BPSK:1||Backtoback Switch:1||Balun:1||Baluns:1||Band Pass Filter:1||Band pass filter:1||Bandnotch property:1||Bandgap Reference (BGR):1||Bandgap Reference(BGR):1||Bandgap reference (BGR):1||Bandwidth balancing:1||Battery Charger System:1||Beamfocusing:1||Beamforming:1||Behavioral modeling:1||BinaryWeighted:1||Bio Sensors:1||Biosensor:1||Bit flipping (BF):1||Blind Oversampling:1||Bluetooth low energy (BLE):1||Bluetooth lowenergy (BLE):1||Boost DCDC Converter:1||Bootstrap:1||Bootstrapped switch:1||Bootstrapping Technique:1||Bootstrapping Technique, Rectifier:1||Branched antenna:1||Broadband:1||Broadband Doherty power amplifier:1||Broadband amplifiers:1||Broadband antenna:1||Broadband antennas:1||Broadband communication:1||Broadband power amplifier (PA):1||Buck DCDC Converter Introduction:1||Bump Overlap:1||Butler matrix (BM):1||Bypass Mode Operation:1||Cshaped slot:1||CIC:1||CMOS integrated circuits:1||CMOS modeling:1||CNN:1||CPWslotline divider:1||Calibration Microcontroller:1||Capacitance:1||Capacitive digital to analog converter (CDAC):1||Capacitor switching:1||Capacitor switching energy:1||Capacitors:1||Carrier amplifier:1||Cascade with L degeneration:1||Cascode:1||Cavitybacked antenna:1||Channel mismatch:1||Charger IC:1||Chopper:1||Circuit:1||Circuit stability:1||Class D:1||ClassAB OTA:1||ClassAB type amplifier:1||ClassC type VCO:1||ClassD Power Amplifier:1||ClassE/F23:1||ClassF harmonic termination:1||ClassF power amplifier:1||ClassS:1||Clock Quadrature:1||Clock and:1||Clock and Data Recovery:1||Clock control:1||CoarseFine:1||Coils:1||Comma detection:1||Common course (CS):1||Communication:1||Communication control:1||Comparator offset calibration:1||Complex Band Pass Filter:1||Complex Filter:1||Conducting halfplane:1||Constant ontime (COT):1||ContinuousTime Sigma Delta Modulator:1||Control:1||Convolution:1||Convolutional SRAM:1||Convolutional neural network:1||Coplanar waveguide:1||Crescentshaped slot antenna:1||Cross Regulation:1||Current Reused Current Sensor (CRCS):1||Current bleeding:1||Current mismatch calibration:1||Current steering:1||CurrentReuse VCO:1||Currentmode regulator:1||Currentsteering:1||Cutoff frequency:1||Cyclic:1||DBPSK:1||DCDC power converters:1||DCDC power convertors:1||DCgain:1||DLL:1||DP15T:1||DPA:1||DRAM Memory Module:1||DSRC(Dedicated Short Range Commu nication):1||DeadTime Geverator:1||Dedicated Short Range Communication (DSRC):1||Dedicated short range communication:1||Deepneuralnetworks:1||Deglitch Circuit:1||Delay Locked Loop:1||Delay cell:1||Delays:1||Density measurement:1||Dickson charge pump:1||Dielectric resonator antenna:1||Dielectric resonator antennas:1||Dielectrics:1||Differential Charge Pump:1||Differential NonLinearity:1||Digital Compensator:1||Digital DCDC SIMO converter:1||Digital Decimation filter:1||Digital LDO:1||Digital Low Dropout regulator:1||Digital Pulse Width Modulation:1||Digital compensator:1||Digital controller:1||Digital filter:1||Digital pulse width modulation:1||Digitalbased:1||Digitalcontroller:1||Digitaltoanalog converter (DAC):1||DigitallyControlled Oscillator:1||Dipole antennas:1||Direct modulation:1||Diseases classification:1||Distance measurement:1||Doherty power amplifiers (DPAs):1||Down mixer:1||Dual Band:1||DualSampling:1||Dualband:1||Dualmode:1||Dualsampling:1||Dynamic Latch Comparator:1||Dynamic Performance:1||Dynamic comparator:1||Dynamic pullup resistor:1||EBG structure:1||

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

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