CAU Scholar's Space: Baek, Dong Hyun

Detailed Information

Baek, Dong Hyun (백동현)

창의ICT공과대학 (전자전기공학부)

Research Area

Tel 02-820-5828
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

CMOS:26||phased array antenna:8||phase noise:6||DPDT switch:5||RF:4||VCO:4||currentreuse:4||Doppler radar:4||Xband:3||transceiver:3||phase shifter:3||sensor:3||FMCW radar:3||complementary:3||voltage 1:3||LNA:3||phaselocked loop (PLL):3||voltagecontrolled oscillator (VCO):3||differential:2||GPS:2||size 0:2||Armstrong:2||digital step attenuator:2||SOI:2||high isolation:2||Kaband:2||cascode:2||SPDT:2||transformer:2||Phase locked loops:2||MMIC oscillators:2||integrated circuit noise:2||13 mum:2||voltage controlled oscillator (VCO):2||linearization:2||wideband:2||Wideband:2||fourthorder resonator:2||power 2:2||low jitter:2||power amplifier:2||power amplifier (PA):2||low noise amplifier (LNA):2||power consumption:2||power management integrated circuit:2||ZigBee:2||low phase noise:2||CMOS process:2||Automotive radar:2||lowpower electronics:2||frequency modulated continuous wave (FMCW):2||frequency synthesizer:2||millimeter wave:2||G(m) boosted:2||Frequency jamming:1||Frequency locked loops:1||Frequency shifting key (FSK):1||Frequency synthesizers:1||Frequencytocurrent feedback:1||Freuquency modulation wavae (FMCW):1||Frontend:1||GaAs FET:1||GaN:1||Gaincontrol:1||Galileo:1||Generators:1||I:1||IIP2:1||ILFD:1||Injection locked frequency divider:1||Injectionlocked quadrature voltagecontrolled oscillator (ILQVCO):1||Input dynamic range:1||Kband Radar:1||Kuband phased array antenna:1||Kuband transmit and receive IC:1||LDMOS:1||LTCC Substrate:1||Linear frequency modulator:1||Linearity:1||Low harmonic distortion:1||LowIF:1||Lowcurrent:1||Lowdropout regulator (LDO):1||Lownoise:1||Memory effect:1||Millimeter wave circutis:1||Mixer:1||Mixers:1||Modulation depth:1||Movement detection:1||Multistep gain:1||NFC:1||Outdoor:1||Phase Locked Loop:1||Phase frequency detectors:1||Phase locked loop:1||Phase noise:1||Phaselocked loops:1||Q receiver:1||QVCO:1||Quantizer:1||RF switch:1||RF switch matrix:1||RFIC:1||RFID:1||Radar:1||Receiver:1||RoC:1||SP3T:1||Sigmadelta (Sigma Delta) modulator:1||Switchedcapacitor circuit:1||Switchs controller:1||T/R:1||T/r switch:1||THz detector:1||THz imaging:1||TermsCMOS:1||Transceiver:1||Transceivers:1||Transmitter:1||Triplelevel shifter:1||True time delay:1||Tx leakage:1||UHF integrated circuits:1||UHF oscillators:1||UWB:1||Voltage controlled oscillator:1||Voltagecontrolled oscillators:1||WiGig:1||WiMAX/WiBro:1||Xband radar:1||active feedforward compensation (AFFC):1||architecture:1||audio device:1||autoadaptive bias:1||automatic frequency calibrator (AFC):1||average capacitance variation:1||beam squint:1||beam steering:1||beamforming:1||binary frequency search algorithm (BFSA):1||capacitor:1||cellular network:1||chirp:1||circularly polarized radar:1||colpitts:1||common gate (CG):1||commonsource:1||complementary G(m)boosted Colpitts oscillator core:1||complementary currentreuse Armstrong voltagecontrolled oscillators:1||concurrent:1||continuous wave (CW):1||coupled:1||coupler:1||current efficiency:1||current mirror amplifier:1||current reuse:1||devicetodevice communication:1||differential detector:1||digital beamforming:1||digitally assisted:1||directional:1||directivity:1||distributed matching:1||doublepole doublethrow:1||doublepole doublethrow (DPDT):1||dual injection technique:1||dualmode:1||dualmode radar:1||error vector magnitude (EVM):1||fast transient:1||fasttransient response:1||fifth generation (5G):1||fractionalN:1||frequency 4:1||frequency 8:1||frequency 870 MHz:1||frequency compensation:1||frequency dividers:1||frequency doubler:1||frequency modulation:1||frequency synthesizers:1||frequencymodulated continuouswave (FMCW) radar:1||frontend:1||frontend receiver:1||fullyintegrated transceiver:1||gatebody floating:1||hartley:1||hybrid:1||inphase and quadrature (I/Q):1||injection locked oscillators:1||injectionlocked frequency divider:1||injectionlocked frequency multiplier:1||integrated antenna:1||interdigital:1||intermodulation distortion:1||intermodulation distortion (IMD):1||linearity:1||linearized PA:1||linearizer:1||local oscillator (LO):1||low phase error:1||low power:1||low power transmitter:1||low quiescent current:1||lowdropout regulator (LDO):1||lowpower currentreuse quadrature voltagecontrolled oscillator:1||lowpower transformerbased currentreuse injectionlocked frequency divider:1||microwave integrated circuits:1||microwave switches:1||mismatch compensation:1||mm wave:1||motion detection:1||multichannel:1||multigated transistor (MGTR):1||multimode:1||multiplying delay locked loop (MDLL):1||negative transconductance:1||nested Miller compensation (NMC):1||noise figure:1||nonlinear transconductance:1||octave bandwidth:1||operating mode:1||output capacitorless LDO:1||parallelcascoded configuration (PCC):1||phase and gain control:1||phase difference:1||phase error:1||phase locked loop (PLL):1||phase locked loops:1||phase rotator:1||phasedarray transceiver:1||power 1:1||power allocation:1||power amplifiers:1||power matching:1||quadrature:1||radar:1||radar sensor:1||raster scanning:1||reference spur:1||referencesampling PLL (RSPLL):1||reverse nested Miller compensation (RNMC):1||selfbiasing:1||selftriggered:1||series coupling switch:1||sigmadelta modulator (SDM) noise reduction:1||single antenna:1||singlepole doublethrow (SPDT):1||singlepoledoublethrow:1||spread spectrum clock generator (SSCG):1||subsampling PLL (SSPLL):1||subsampling PLL (SSPLL):1||subthreshold amplifiers:1||sum rate:1||sweet spots:1||switched capacitor:1||switchless bidirectional amplifier:1||transformer cores:1||transformerbased Armstrong configuration:1||transformers:1||transmission line transformer (TLT):1||transmitter (TX):1||true time delay:1||velocity measurement:1||voltage to time converter (VTC):1||voltagecontrolled oscillators:1||widerange:1||wideband phaselocked loop (PLL):1||1 V:1||wireless local area network (WLAN):1||11ad:1||13 GHz:1||15 V:1||24 GHz:1||28 GHz:1||3 V:1||34 GHz to 9:1||37 mW:1||46 mW:1||5 mW:1||60 GHz:1||77GHz CMOS transceiver:1||77GHz circuits:1||802:1||802.11 ac:1||93 GHz:1||AMAM:1||AMAM/AMPM distortion correction:1||AMPM:1||Adaptive frequency search algorithm (AFSA):1||Amplifier sharing:1||Analog beamforming:1||Analogtodigital converter:1||Antenna:1||Automotive:1||Body floating:1||Bulk CMOS switch:1||CMOS PA:1||CMOS RF transmitter:1||CMOS Radar:1||CMOS T/R chipset:1||CMOS analogue integrated circuits:1||CMOS integrated circuit:1||CMOS integrated circuits:1||CMOS power amplifier:1||CMOS technology:1||Charge pump circuit:1||Chirp:1||ClassC:1||Clock generator:1||Cmos integrated circuits:1||Codes:1||Colpitts:1||Component:1||Continous wave (CW):1||DCDC converter:1||Doppler:1||EMI reduction:1||FMCW synthesizer:1||Fractional<inlineformula 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> <texmath notation=LaTeX>$N$</texmath> </inlineformula> phaselocked loop (FNPLL):1||FractionalN synthesizer:1||Frequency chirp generator:1||Frequency hopping:1||

STATISTICS: Total View :6,849,833; Today View :3,999

RSS_1.0 RSS_2.0 ATOM_1.0

84, Heukseok-ro, Dongjak-gu, Seoul, Republic of Korea (06974)02-820-6194

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE