27:42

1 October 2021

33:19

WINDING DIAGRAM. PROBLEMS. Lecture 16

16:05

WINDING DIAGRAM. Lecture 15. DC MACHINES & TRANSFORMERS. Mod 1

29:23

Methods To Improve COMMUTATION. Lecture 14. DC Machines & Transformers.

26:50

COMMUTATION. Lecture no. 13. DCMT. KTU EET202

25:57

DEMAGNETISING AND CROSSMAGNETISING AT. Lecture 12. DC Machines & Transformers.

20:37

ARMATURE REACTION. Part 2. Lecture 11. EET202 DCMT. Module 1,2

29:00

ARMATURE REACTION. Lecture 10. DC MACHINES &TRANSFORMERS. EET202. Module 1&2

15:16

Problems EMF equation. Lecture 9. DC MACHINES & TRANSFORMERS. KTU EET202. Module 1&2

34:18

DC GENERATOR CLASSIFICATION. LECTURE 8. DC MACHINES &TRANSFORMERS. KTU EET202.

19:03

EMF EQUATION OF DC GENERATOR.Lectute 07. KTU EET202. DC MACHINES & TRANSFORMERS. Module 1&2

13:45

ARMATURE WINDING- terminologies. KTU- EET202. DC MACHINES & TRANSFORMERS. Lecture 6. Module 1

30:09

LAP & WAVE WINDING. DC MACHINES. KTUEET202. DC MACHINES & TRANSFORMERS.Lecture 5

30:47

ARMATURE WINDING - introduction. DC Machines & Transformers. KTU EET202. LECTURE 4. Module 1&2

25:47

Construction Details - DC Generator. KTU EET202. DC MACHINES & TRANSFORMERS. Lecture 3. Module 1,2

32:03

WORKING OF DC GENERATOR. FLEMINGS RIGHT HAND RULE. KTU. EE202 DCMT. Lecture 2. Module 1,2

29:10

FARADAYS LAW - ELECTROMAGNETIC INDUCTION. DC MACHINES & TRANSFORMERS(EET 202)Lecture 1.

22:11

Three phase unbalanced load. problems, neutral current. Lecture 42. EET 201. Circuits & Networks.

48:56

3 phase power- Basic concepts. Lecture 41. EET201. Circuits & Networks. mModule 4

52:09

series, Parallel, Cascade connection of 2 port networks. LECTURE 40. Circuits & Networks. Mod 5

34:18

ABCD PARAMETERS. THEORY & PROBLEMS. LECTURE 39.CIRCUITS & NETWORKS. KTU EET 201. Module 5

31:40

H PARAMETERS. THEORY & PROBLEMS. Lecture 38. Circuits & Networks. KTU - EET 201. Module 5

38:09

Y Parameter in tetms of Z. Lecture 37. Circuits & Networks. KTU. EET 201. Module 5

24:36

Y PARAMETER SOLVED PROBLEMS. EET201 Circuits & Networks . Lecture 36. Module 5

29:16

Y PARAMETERS - Circuits & Networks. KTU - EET 201. Lecture 35. Module 5

21:50

Z PARAMETER - EQUIVALENT CIRCUIT & CONDITION FOR SYMMETRY. Lecture 33. Circuits & Networks

35:17

Z parameters - Problems with R L & C. KTU EET 201.Circuits & Networks. LECTURE 33. Module 5

35:31

TWÒ PORT NETWORK- Z PARAMETERS . Lecture 32. Circuits & Networks _ KTU. Module5

32:36

Adjustment of Gain K from Bode plot. Lecture 32. Linear Control Systems. Module 5

16:56

PHASE & GAIN MARGIN FROM BODE PLOT. Lecture 30 KTU. Linear Control Systems

30:45

BODE PHASE PLOT. Lecture 29. Linear Control Systems. KTU. module 5

18:18

NODAL ANALYSIS OF RLC - WITH LAPLACE TRANSFORM. LECTURE 31. Circuits & Networks

54:55

BODE MAGNITUDE PLOT. Lecture 29. Linear Control Systems. KTU.

35:12

BODE PLOT. INTRODUCTION. Lecture 28. Linear Control Systems. KTU.

29:19

MESH ANALYSIS OF RLC CIRCUIT USING LAPLACE. Lecture 30. KTU. CIRCUITS &NETWORKS. MODULE 3

16:22

EFFECT OF ADDITION OF ZERO. Lecture 27. Linear Control Systems. KTU. Module 4

27:44

EFFECT OF ADDING A POLE. Lecture 26. Linear Control Systems. (KTU) Module 4

31:00

STABILITY ANALYSIS FROM ROOTLOCUS. Lecture 25. Linear Control Systems (KTU). Module 4

21:16

RLC SWITCHING WITH AC. S DOMANE ANALYSIS. LECTURE 29. CIRCUITS & NETWORKS. EET 201. KTU. Module 3

34:53

ROOT LOCUS DIAGRAM SOLVED PROBLEMS. Lecture 24. KTU EE303. Linear Control Systems. Module 4

18:06

RL switching with AC source. s domain analysis. Lecture 28. CIRCUITS & NETWORKS. KTU. Module 3

26:25

RLC CIRCUIT. S DOMANE ANALYSIS. LECTURE 27. CIRCUITS & NETWORKS. KTU. Module 3

28:55

ROOT LOCUS DIAGRAM.(Crossing on jw axis) LECTURE 23. LINEAR CONTROL SYSTEMS. KTU. Mod 4

20:07

RC SWITCHING - S DOMANE ANALYSIS. Lecture 26. CIRCUITS & NETWORKS. EET201. KTU. Module 3

24:14

Root locus diagram. Solved Problem. Lecture 22. LINEAR CONTROL SYSTEMS. EE303. KTU. Module 4

16:11

RL switching (S Domane solution) - Nodal analysis. Lecture 25. EET201 Circuits & Networks. (KTU)

26:34

ROOT LOCUS DIAGRAM ( With Angle of arrival & Departure). Lecture21. Linear Control Systems. MOD 4

30:41

ROOT LOCUS DIAGRAM ( Rule- Break away/In points). Lecture 20 Linear Control Systems. (KTU EE303)

27:57

RL Circuit (S domain). LECTURE 24..Solved Problems.KTU _EET201 CIRCUITS & NETWORKS. Module 3

39:16

Root locus diagram. Linear control system.KTU EE303. Lecture 19. Module 4

22:58

R, L & C representation in frequency domain. CIRCUITS & NETWORKS. KTU EET 201. Lecture 23. Mod 3

25:45

Frequency domain analysis - RL circuit. Circuits & Networks KTU EET201. Lecture 22. Module3

37:34

Second Order Systems. Problems with Solutions. Linear Control Systems. KTU EEE 303. Lecture 18.Mod 2

31:38

Time doamain specifications. 2nd order system. Linear Contril system. KTU EE303. LECTURE 17.MODULE 2

34:03

Partial Fraction Techniques- LINEAR CONTROL SYSTEMS(KTU). Lecture 16, Module 2

34:07

Inverse Lpalce & Partial Fraction- Circuits & Networks. (KTU). Lecture 21. Module 3

26:44

Laplace Transform in Control System

34:10

Introdouction to Laplace Transform. EET 201 Circuits & Networks(KTU). Lecture 20 ( Module 3)

35:47

Classification of second order system. KTU-EE 303.LINEAR CONTROL SYSTEMS. Lecture 14

40:42

Second order systems- Response & Analysis. KTU-EE303.Linear control systems. Lecture 13