Control Systems
Anna University - Electronics and Communication Engineering - SEM IV


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  • Lectures
  • 82 Lectures
  • Videos
  • 25.68 Hrs Video

Course Description

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Curriculum

Total Chapters: 4 82 Videos

Chapter No. 1 : CONTROL SYSTEM MODELING

   

What is a Control System?

Preview 15.12

Open Loop and Closed Loop Control Systems

Preview 19.31

Difference between Open loop and closed Loop control systems

7.03

What is a Transfer Function?

10.57

Properties of a Transfer Function

6.38

Procedure to determine Transfer Function of a system

5.39

Poles & Zeros of Transfer Function

7.39

Problem No. 1

8.12

Problem No. 2

8.26

Problem No. 3

12.17

Problem No. 4

11.48

Problem No. 5

17.44

Problem No. 6

9.43

What is a Block Diagram?

30.1

Block Diagram Reduction Technique

49.52

Problem No. 1

10.19

Problem No. 2

10.13

Problem No. 3

15.5

Problem No. 4

9.09

Problem No. 5

16.36

Problem No. 6

13.3

Problem No. 7

11.59

What is a Signal Flow Graph?

39.42

Procedure for converting a Block Diagram into a Signal Flow Graph and vice versa

7.55

Mason's Gain Formula

9.09

Problem No. 1

17.29

Problem No. 2

9.5

Problem No. 3

18.03

Problem No. 4

11.03

Problem No. 5

8.52

Problem No. 6

8.39

Problem No. 7

12.49

Mathematical Modelling of Mechanical Systems

37.04

Mathematical Modelling of Electrical Systems

17.16

Analogous Systems

23.45

Determination of mathematical modelling using Nodal Method

14.3

Problem No. 2 on Analogous Systems

25.47

Problem No. 3 on Analogous Systems

16.14

Problem No. 5 on Analogous Systems

9.07

Chapter No. 2 : TIME RESPONSE ANALYSIS

   

Introduction of Time Response Analysis

Preview 27.13

Types of input test Signals , Type of system and order of system

Preview 27.34

Time Response Analysis of Second Order Control System

36.31

Location of root of different values of damping ratio

19.38

Transient Response Specifications

46.21

Static and dynamic coffeicient

37.13

Types of transfer function and steay state error

29.57

Problem No. 1

19.19

Problem No. 2

12.12

Problem No. 3

12.54

Problem No. 4

13.49

Problem No. 5

12.2

Problem No. 6

9.44

Problem No. 7

6.47

Chapter No. 3 : FREQUENCY RESPONSE ANALYSIS

   

Introduction of Frequency Response Analysis

Preview 13.55

Polar Plots

Preview 52.58

To calculate gain margin and phase margin from polar plots

33.03

Nyquist Stability Criteria

25.05

Nyquist Plot

30.31

Problem No. 1

19.05

Problem No. 2

15.21

Problem No. 3

19.06

Problem No. 4

17.28

Problem No. 1

46.19

Problem No. 2

33.22

Problem No. 6

10.53

Problem No. 7

10.53

Problem No. 8

11.25

Problem No. 9

13.15

Chapter No. 4 : STABILITY ANALYSIS

   

Problem No. 1

Preview 11.25

Problem No. 2

Preview 9.55

Problem No. 3

12.19

Problem No. 4

10.38

Problem No. 5

9.22

Problem No. 6

8.34

Problem No. 7

14.43

What is Root Locus?

28.59

Rules for Plotting Root Locus

64.26

Problem No. 1

28.48

Problem No. 3

18.57

Problem No. 4

15.32

Problem No. 5

29.15

Problem No. 6

34.57

Instructor Biography

Shruti Joshi, Instructor and Teacher

Ekeeda is India's leading online technical educational platform. We work with Technical students and Professional to impart technical knowledge anytime, anywhere.

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