Control engineering is anengineering discipline that applies automatic control theory to design systems with desired behaviors in controlenvironments....
Control engineering is anengineering discipline that applies automatic control theory to design systems with desired behaviors in controlenvironments....
The Control Problem
1h 63 minSome More Examples
1h 68 minDifferent Kinds of Control Systems
1h 65 minHistory of Feedback
1h 64 minModern Control Problems
47mDC Motor Speed Control
1h 68 minSystem Modelling, Analogy
1h 73 minCauses of System Error
1h 62 minCalculation of Error
1h 63 minControl System Sensitivity
1h 65 minAutomatic Control of DC Motor
1h 75 minProportional Control
1h 73 minNon-Unity Feedback
1h 66 minSignal-Flow Graph
1h 64 minMason's Gain Formula
1h 64 minSignal-Flow Graph for DC Motor Control
1h 64 minSteady-State Calculations
57mDifferential Equation Model and Laplace Transformation Model
1h 60 minD-Operator Method
57mSecond-Order System Response
57mFrequency Response
52mLaplace Transformation Theorems
50mFinal Value Theorem
55mTransfer Function and Pole-Zero Diagram
56m'Good' Poles and 'Bad' Poles
57mSignal Flow Graph with Transfer Functions
49ms-Domain and t-Domain
54mSecond-Order System Response in s-Domain
55mIntegral Feedback
45mRoot-Locus Rules
49mRoot-Locus Method
49mAsymptotes of Root Locus
44mRouth Array
57mSingular Cases
54mClosed Loop Poles
36mController in the Forwarded Path
56mMapping of Control in the Complex-Plane
51mEncirclement by a Curve
50mNyquist Criterion
52mApplication of the Nyquist Criterion
54mPolar Plot and Bode Plots
52mLogarithmic Scale for Frequency
53mCompensating Network
53mNichols' Chart
50mTime Domain Methods of Analysis and Design
51mState-Variable Equations
52m