10:32

Analysis of Semi-Converter with Resistive Load

04:41

Difference between Semi Converter and Fully Controlled Converter

04:09

Difference between Symmetrical and Asymmetrical Configuration of Semi Converter

04:00

Difference between Controlled Rectifiers and Un-Controlled Rectifiers/Converters

19:48

Single Phase Full Bridge Converter with R-L Load and with Output Waveforms

24:09

Single Phase Full Bridge Converters with Resistive Load and with Output Waveforms

13:58

Mid Point Full wave Controlled Converter with R-L Load with waveforms

14:16

Single Phase Mid Point Full wave Converter with Resistive Load and Output Waveforms

18:41

Single Phase Semi Converter with Resistive Load in Symmetrical Configuration with Output Waveforms

25:26

Single Phase Semi Converter with Inductive Load in Asymmetric Configuration with Waveforms

29:47

Semi Converter with Inductive Load in Symmetrical Operation with Waveforms

12:48

Analysis of Single Phase Half Wave Controlled Rectifier with Resistive Load(Derivations)

15:34

Half Wave Controlled Rectifier with R-L Load & Free wheeling diode

04:49

Half Waving and Need of Free Wheeling Diode in Half Wave Controlled Rectifier with R-L load

16:12

Single Phase Half Wave Controlled Rectifier with R-L Load : Working with Waveforms

21:27

Numerical 2 : Nyquist Plot , Closed Loop Stability , Limiting value of K

12:09

Numerical 1 : Nyquist Plot and Stability

15:38

Half Wave Controlled Rectifier using SCR (Working with Waveforms )

08:37

Nyquist Plot : Mapping of Semicircle of Radius tending to zero

06:42

Procedure to Investigate Stability and Steps to Solve Nyquist Criterion Problems

10:53

Generalized Nyquist Path and its Mapping

07:57

Nyquist Stability Criterion and its Statement

15:32

Mapping Theorem or Principle of Argument in Nyquist Plot

05:56

Analytic Function and Singularity of a Function

09:16

What is Encirclement and How to find out the Number of Encirclements in Nyquist Plot

06:39

Lecture 1 : Pole Zero Configuration in Nyquist Plot

20:30

Type 0, Type 1, Type 2 and Type 3 System's Polar Plot With Examples

14:53

Problem on Polar Plot No.2

15:26

Problem on Polar Plot No.1

06:23

Calculation of Phase Cross Over Frequency(ωpc) Mathematically with detailed steps

05:25

How to Determine the Stability of System using Polar Plot?(Complete Stability Analysis )

14:35

Gain Margin and Phase Margin and Stability Analysis with Solved Example

10:10

Problem on Phase Cross Over Frequency And Gain Cross Over Frequency

18:13

Gain Cross Over Frequency And Phase Cross Over Frequency with Stability Analysis

13:01

Procedure to draw polar plot In Control Engineering

10:37

Polar Plot : Introduction and Basics - Lecture 1

14:43

Effect Of Addition of Poles And Zeros To Open Loop Transfer Function On Root Locus With Examples

04:22

How to find the value of K directly from Root Locus? With Solved problem

14:16

Graphical Method of Finding Gain K for given Damping Ratio from Root Locus : with GATE 2014 Problem

29:02

How to draw Root Locus on Graph Paper (Part-3) : Problem 3 with detailed steps

10:35

Problem 4 : on Root Locus of GATE 2009

04:28

Problem 3 of Root Locus : From GATE 2011

05:01

Problem 2 of Root Locus : From GATE 2003

11:42

How to draw Root Locus On Graph paper(Part-2) : GATE Problem of 2005 (on Graph Paper)

22:10

How to Draw Root Locus on Graph Paper ? with steps on Graph paper(Part-1)

14:55

Angle of Arrival and Angle of Departure in Root Locus with solved Examples

06:45

Points of Intersection of Root Locus with Imaginary Axis with solved example

06:35

Steps to determine Break Away Point in Root Locus with solved example

11:07

Concept of Break Away Point and Break in Point in Root Locus

09:35

Rule 4 and 5 of Root Locus : Angle of Asymptotes and Centroid calculation with solved example

13:09

Rule 3 of Root Locus: To check a point on Root Locus with solved examples

08:34

Rule 1 and 2 of Drawing Root Locus(Cases of P greater than Z, P smaller than Z and P=Z )

14:19

Numerical 2 and 3 : To obtain Root Locus

05:41

Graphical method of Determining K in Root locus

05:53

Magnitude Condition of Root Locus with Solved Example

06:28

Numerical : Angle Condition of Root Locus

07:59

Angle Condition of Root Locus

06:48

Concept of Root Locus with solved example

06:49

Numerical 2 : Value of K (Relative Stability)

07:37

Numerical 1 : Finding Relative Stability using Routh's Array