Teach Control Engineering Course training

17th
DEC

Posted by upa_kid under Science & Engineering, Video Training

Teach Control Engineering Course training
Filesonic | 12.45 GB
Type : Engineering

Course contents
Lectures in this course:47

1 – The Control Problem (01:03:24)
2 – Some More Examples (01:08:59)
3 – Different Kinds of Control Systems (01:05:16)
4 – History of Feedback (01:04:11)
5 – Modern Control Problems (47:25)
6 – DC Motor Speed Control (01:08:11)
7 – System Modelling Analogy (01:13:09)
8 – Causes of System Error (01:02:50)
9 – Calculation of Error (01:03:21)
10 – Control System Sensitivity (01:05:00)
and more…
11 – Automatic Control of DC Motor (01:15:03)
12 – Proportional Control (01:13:12)
13 – Non-Unity Feedback (01:06:41)
14 – Signal-Flow Graph (01:04:57)
15 – Mason’s Gain Formula (01:06:52)
16 – Signal-Flow Graph for DC Motor Control (01:04:25)
17 – Steady-State Calculations (57:23)
18 – Differential Equation Model and Laplace Transformation Model (01:00:12)
19 – D-Operator Method (57:29)
20 – Second-der System Response (01:01:15)
21 – Frequency Response (52:07)
22 – Laplace Transformation Theorems (50:20)
23 – Final Value Theorem (55:30)
24 – Transfer Function and Pole-Zero Diagram (56:10)
25 – ‘Good’ Poles and ‘Bad’ Poles (57:31)
26 – Signal Flow Graph with Transfer Functions (49:33)
27 – s-Domain and t-Domain (54:55)
28 – Second-der System Response in s-Domain (55:32)
29 – Integral Feedback (45:34)
30 – Root-Locus Method (1:00:28)
31 – Root-Locus Rules (49:16)
32 – Asymptotes of Root Locus (44:53)
33 – Routh Array (54:07)
34 – Singular Cases (54:40)
35 – Closed Loop Poles (36:22)
36 – Controller in the Forwarded Path (56:30)
37 – Mapping of Control in the Complex-Plane (51:09)
38 – Encirclement by a Curve (50:32)
39 – Nyquist Criterion (52:49)
40 – Application of the Nyquist Criterion (54:23)
41 – Polar Plot and Bode Plots (52:40)
42 – Logarithmic Scale for Frequency (53:04)
43 – ‘Asymptotic’ DB Gain (55:07)
44 – Compensating Network (50:51)
45 – Nichols’ Chart (50:06)
46 – Time Domain Methods of Analysis and Design (51:21)
47 – State-Variable Equations (52:22)
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