Index

accuracy

control
measure

anti-aliasing filter

Concordia transformation

constraints

control
technological

control

dead-beat
laws
vector see ‘input vector’

decision tree

decoupling

discretization

disturbances

measure
state

distortion

DSC

DTC

dynamics

eigenvalue

eigenvector

equivalent

air gap
circuit
current
inductance
impedance
resistance
vector

estimation

factor

Q-factor
shape factor

field orientation

FOC see ‘field orientation’

frame

discrete
final
fixed
initial
Park
predicted
rotating
three-phase
two-phase

free evolution

frequency

inverter PWM
natural
cut-off

harmonic

amplitude
frequency

hybrid control

induction machine

input filter

input vector

inversion

state-space equation
transfer matrix

Kalman

estimator see ‘Kalman filter’
filter
observer see ‘Kalman filter’

lagging

control
phase

limit

acceleration
current
flux see ‘voltage limit’
frequency
temperature
torque
transient voltage
voltage

losses

matrix

covariance
diagonal,
evolution
input
output
transfer
transition

mode

common
sliding
tracking

modulation

PWM

MPDTC

period

control
impressing
sampling

power filter see ‘input filter’

prediction

pure time-delay

rated

limit
power
speed
torque
voltage

robustness

saliency

direct
no
reverse
torque, see also ‘homopolar torque’

set-point

current
frame
flux
torque
vector
voltage

short-circuit evolution see ‘free evolution’

sizing

filter
process
mechanics
motor

steady state

state-space

equation
vector
eigen-
filtered
free evolution
initial
measured
predicted
set-point

state-transition graph

synchronous motor

interior permanent magnet
surface mounted permanent magnet

time

continuous-time
dead-time
discrete-time
real-time

torque ...

Get Direct Eigen Control for Induction Machines and Synchronous Motors now with the O’Reilly learning platform.

O’Reilly members experience books, live events, courses curated by job role, and more from O’Reilly and nearly 200 top publishers.