저자의 연구 키워드

저자의 연구 키워드

#공진 주파수

#구동 증폭단

#구동증폭단

#다중대역

#멤스

#바이패스 구조

#변압기

#센서

#안압

#위성 통신

#이득제어

#이중 모드

#인덕터

#저잡음 증폭기

#전력 증폭기

#정합회로

#증폭기

#차동

#캐스코드

#ac 접지

#AC ground

#Adaptive biasing

#AM distortion

#Amplifier

#Attenuator

#Beamforming

#Bias control

#Bias network

#Bypass structure

#Cascode

#center-tap

#CMOS

#CMOS 전력 증폭기

#CMOS power amplifier

#Defect detection

#Detect Detection(결함 검출)

#Detection circuit

#Differential

#drive stage

#driver stage

#dual mode

#dual-mode

#Dual-mode CMOS power amplifier

#efficiency

#Electronic Circuit(전자회로)

#Electronic Circuits

#Envelope Detector(포락선검출기)

#Ferrite

#Gain control

#GaN pHEMT

#Impedance

#inductor

#Interaocular Pressure

#Inverter

#IOP sensor

#Ka-band

#Line inductor

#linearity

#low noise amplifier

#Low Phase Noise

#Low Power Consumption

#Low-power power amplifier design

#LTE

#Magnetic coupling

#Matching Network

#MEMS

#Millimeter-Waves

#mm-wave

#Power amplifier

#power detector

#power stage

#pre-distortion

#Prognostics and Health Management(고장예측진단 및 건전성 관리기법)

#Prognostics and Health Management(PHM)

#Quad-Band

#Resonance Frequency

#Retrodirective Array

#RF circuit

#Ring VCO

#Rotman Lens

#satellite communication

#Second harmonic

#Sensor

#S-parameter

#Spiral inductor

#stability

#transformer

#variable gain amplifier

#variable inductance

#VCO(전압제어발진기)

#virtual ground

#W-band

#Wide Tuning Range

#Wireless Power Transfer

#WLAN