20:05

Lag Lead Compensation complete analysis: Network, transfer function, pole - zero graph, bode plot.

15:21

Lag Compensation complete analysis: Network, transfer function, pole - zero graph, bode plot.

20:05

Lead Compensation complete analysis: Network, transfer function, pole - zero graph, bode plot.

11:39

Compensation, necessary of compensation, Methods of compensation, types of compensation.

28:40

Problem 2 on Nyquist stability criterion (Nyquist Plot)

20:43

Problem on Nyquist plot - Part - 2

21:35

Problem on Nyquist plot - Part - 1

12:20

Problem on polar plot

23:52

Sketches of Polar Plots for different systems based on Type & Order

10:28

Introduction to Polar form representation and rules to plot in Polar Graph

20:49

Problem on Bode Plot

25:45

Frequency domain Analysis - Frequency domain specifications

28:56

Problem 3 on Root Locus

09:45

Problem 2 on Root Locus Part - 2

17:24

Problem 2 on Root Locus Part - 1

17:43

Example Problem on Root Locus: Part - 2

21:50

Example Problem on Root Locus: Part - 1

28:19

Routh hurwitz Problems on Case - 2 (A Row of all zeros) & Case -3 (The 1st element of a row is zero)

26:50

Routh hurwitz cases & Problems on Case - 1: Normal Routh Array

13:11

Routh-hurwitz criterion - Construction of Routh Array

16:44

Conclusive summaries to determine the stability using location of poles

15:30

Poles, Location of poles and their stability analysis of different systems

08:18

Location of poles on s-plane to determine the stability

09:29

Stability Analysis introduction, The concept of stability, Stability types and definitions

10:16

Effects of P, PI, PD, PID – Controllers on the control system

18:37

P, I, D, PI, PD, PID controllers

09:50

Problem - 2 on Static error constants & steady state errors

14:08

Problem - 1 on Static error constants & steady state errors

37:20

Time response of second order system - Part - 3

32:27

Time response of second order system - Part - 2

32:20

Time response of Second order system - Part-1

17:57

Time Response of 1st order system with Step & unit step input

09:09

Partial fractions: A review - Part - 3

13:08

Partial fractions: A review - Part - 2

14:40

Partial fractions: A review - Part - 1

12:06

Order of a system, estimation of poles and zeros from the transfer function

15:40

Standard test signals their representations in Time and Laplace domain

20:41

Time Response Analysis - introduction

11:12

Transfer function of Field controlled DC servo motor

27:25

Concept and Types of servo motors, Transfer function of armature controlled DC servo motor

25:12

Problem 2 on signal flow graphs - Traditional teaching - Telugu Language

20:01

Problem 1 on signal flow graphs to calculate the transfer function using Mason's gain formula

07:47

Constructing a Signal Flow Graph using an algebraic equation

10:35

S. J. Mason’s Gain (Transfer Function) Formula for SFG's (Signal Flow Graphs)

17:11

Signal Flow Graphs (SFG) Rules

28:36

Signal Flow Graphs (SFG) concept basics & terms

12:02

Problem on Block Diagram reduction - (Multi input multi output)

09:56

Problem on Block Diagram Algebra

08:06

Rules of Block Diagram Algebra - Part - 1 (Rules 6 to 11)

17:02

Rules of Block Diagram Algebra - Part - 1 (Rules 1 to 5)

18:55

Block Diagram Algebra Basics

15:15

Problems on Mechanical Rotational systems

15:10

Problem on Mechanical Rotational systems

13:42

Mechanical Rotational systems basics

19:50

Problem on Mechanical Translational systems

23:46

Mechanical Translational systems Part-2

13:47

Transfer function, Mathematical modeling - Mechanical Translational systems Part-1

08:42

Feed-Back Characteristics, Effects of feedback

19:35

Classification of control systems

12:26

Examples of open & closed loop control systems