저자의 연구 키워드

저자의 연구 키워드

#3차원유한요소법

#3d Finite element method

#무부하 손실

#변압기

#상호인덕턴스

#선형 유도 모터

#슬라이딩모드제어

#위치 제어

#자동열차방호

#자동열차정지

#자동피킹 시스템

#적분형 가변구조 제어

#전기장

#주파수응답

#차상통합신호시스템

#철도부하

#코아

#파라미터 불확실성

#효율

#Adaptive current control

#APS

#ATP

#ATS

#Automatic Picking System

#band-pass filter

#Combined on-board system

#Condition Monitoring

#core

#current slope

#dead time

#Distorted grid

#Distributed Generation

#Disturbance Force Observer

#DOB(Disturbance observer) based controller

#DSP

#DSP TMS320C31

#Dual Current Control

#efficiency

#electric field

#enhanced harmonic extraction

#Feedback linearization

#FFT(Fast Fourier Transform)

#Frequency response

#Grid voltage estimation

#Grid-connected inverter

#Grid-Connected Wind Turbine

#harmonic analysis

#Harmonic Compensation

#Hybrid Anti-islanding

#hybrid anti-islanding method

#Hyperstability

#IFMSM

#Inductor Optimization

#Integrated Simulation

#Inverter

#inverter nonlinearity

#IPMSM

#IVSC

#LCL Filter Design

#Linear Induction Motor

#Magnetic Core

#Mass Estimation

#Minimum sampling

#Mutual inductance

#NDZ

#no-load loss

#on-line elimination

#Open Fault

#parameter insensitive

#Parameter Uncertainty

#Phase lead compensator

#PI control

#PI제어

#PLL(Phase Locked Loop)

#PMSG

#PMSM

#Position Control

#Railway resistance

#Reliability

#Renewable Energy

#Sequential parameter auto-tuning

#Servo

#Sliding mode control

#SRM

#transformer

#Utility Interactive Inverter

#Voltage-sensorless control

#Wind Power System