What you'll learn
After the completion of this course, students will get the complete knowledge of Control System.
Course Curriculum
9 Sections • 129 Lectures
Free Preview Available: Watch "1. Introduction to Control System.mp4" before enrolling.
1. Introduction to Control System.mp4
Free Preview
00:17:26
2. Open Loop Control System.mp4
Free Preview
00:10:48
3. Closed Loop Control System.mp4
Free Preview
00:09:29
4. Comparison between Open Loop and Closed Loop Control System.mp4
00:03:20
2. Review of Laplace Transform method.mp4
00:20:06
3. Types of Mathematical Modelling.mp4
00:11:19
4. Translational and Rotational Motion.mp4
00:05:49
5. Free Body Diagram Translational System.mp4
00:07:07
6. Numerical 1 [Transfer Function Translational System].mp4
00:06:40
7. Numerical 2 [Transfer Function Translational System].mp4
00:24:25
8. Numerical 3 [Transfer Function Translational System].mp4
00:17:23
9. Numerical 4 [Transfer Function Translational System].mp4
00:21:17
10.Numerical 5 [Transfer Function Translational System].mp4
00:21:17
11. Numerical 6 [Transfer Function Translational System].mp4
00:11:03
12. Numerical 7 [Transfer Function Translational System].mp4
00:28:06
13.Numerical 8 [Transfer Function Translational System].mp4
00:20:17
14. Numerical 9 [Transfer Function Rotational System].mp4
00:12:36
15.Transfer Function of Electric System.mp4
00:09:04
16. Numerical 10 [Transfer Function of Electric System].mp4
00:11:55
17. Numerical 11 [Transfer Function of Electric System].mp4
00:20:37
18. Numerical 12 [Transfer Function of Electric Network]].mp4
00:07:20
19. Numerical 13 [Transfer Function of Electric System].mp4
00:04:47
20. Numerical 14 [Transfer Function of Electric System].mp4
00:06:43
21. Transfer Function of Inverting OP amp.mp4
00:09:48
22. Numerical 15. [Transfer Function of Electrical Network].mp4
00:09:35
23. Numerical 16. [Transfer Function of Electrical Network].mp4
00:06:05
24. Numerical 17. [Transfer Function of Electrical Network].mp4
00:03:48
25. Transfer Function of non inverting OP amp.mp4
00:05:34
26. Numerical 18. [Transfer Function of Electrical Network].mp4
00:04:39
27. Electric System Analog [F V Analog].mp4
00:08:03
28. Numerical 19.mp4
00:04:56
29. Numerical 20.mp4
00:04:52
30. Numerical 21.mp4
00:03:50
31. Numerical 22.mp4
00:05:07
32. Numerical 23.mp4
00:04:46
33. Numerical 24.mp4
00:03:26
34. Numerical 25.mp4
00:02:57
35. Numerical 26.mp4
00:03:58
36. Numerical 27.mp4
00:04:14
37. Transfer Function of Armature Control DC Motor.mp4
00:21:57
38. DC Motor (Field Control).mp4
00:09:40
1.Block Diagram Reduction Techniques.mp4
00:08:34
2. Numerical 1 [Block Diagram Reduction].mp4
00:15:11
3.Numerical 2 [Block Diagram Reduction].mp4
00:09:26
4. Numerical 3 [Block Diagram Reduction].mp4
00:13:41
5. Numerical 4 [Cloased Loop Control System].mp4
00:06:08
6. Numerical 5 [Block Diagram Reduction].mp4
00:07:36
7. Numerical 6 [Block Diagram Reduction].mp4
00:15:57
8. Numerical 7 [Block Diagram Reduction].mp4
00:15:39
9. Signal Flow Graph.mp4
00:04:10
10. Numerical 9 [Signal Flow Graph].mp4
00:10:04
11. Numerical 10 [Signal Flow Graph].mp4
00:07:32
12. Masson's Rule.mp4
00:12:41
13. Numerical 10 [Signal Flow Diagram].mp4
00:18:51
14. Numerical 11 [Signal Flow Diagram].mp4
00:19:49
15. Numerical 12 [Signal Flow Diagram].mp4
00:16:28
16. Numerical 13 [Signal Flow Diagram].mp4
00:17:04
17. Numerical 14 [Signal Flow Diagram].mp4
00:22:47
18. Numerical 15 [Signal Flow Diagram].mp4
00:15:33
19. Numerical 16 [Signal Flow Diagram].mp4
00:16:10
20. Transient and Steady State response.mp4
00:05:02
21. Response of First Order System.mp4
00:23:12
22. Transfer function of SEcond Order System.mp4
00:04:21
23. Transient Response Specification.mp4
00:05:12
24. Step Response of 2nd order system.mp4
00:19:37
25. Transient Response Specifications for Second Order System.mp4
00:24:35
26. Numerical 17 (Transient Response Specifications).mp4
00:05:18
27. Numerical 18 (Transient Response Specifications ).mp4
00:06:58
28. Numerical 19 (Transient Response Specifications ).mp4
00:05:33
1. Introduction.mp4
00:25:54
2. Routh Hurwitz Stability Criterion.mp4
00:10:17
3. Numerical 1 [Routh Hurwitz Stability Criterion].mp4
00:06:15
4. Numerical 2 [Routh Hurwitz Stability Criterion].mp4
00:06:45
5. Special Cases.mp4
00:05:11
6. Numerical 3 [Routh Hurwitz Stability Criterion].mp4
00:09:18
7. Numerical 4 [Routh - Hurwitz Criterion].mp4
00:09:15
8. Numerical 5 [Routh - Hurwitz Criterion].mp4
00:03:39
9. Numerical 6 [Routh - Hurwitz Criterion].mp4
00:04:07
1. Introduction to Root Locus.mp4
00:10:35
2. Rules for construction of root Locus.mp4
00:20:21
3. Numerical 1 [Root Locus Method].mp4
00:22:28
4. Numerical 2 [Root Locus Method].mp4
00:25:34
5. Numerical 3 [Root Locus Method].mp4
00:32:02
6. Numerical 4 [Root Locus Method].mp4
00:23:50
7. Numerical 5 [Root Locus].mp4
00:31:32
8.1 Numerical 6 [Root Locus].mp4
00:24:36
9. Numerical 7 [Root Locus Method].mp4
00:09:29
10. Numerical 8 [Root Locus].mp4
00:44:58
11. Numerical 9 [Root Locus Method].mp4
00:16:43
Frequency Response Technique|1. Introduction to Frequency Response Techniques.mp4
00:03:35
Frequency Response Technique|2. Frequency Domain Specification.mp4
00:03:58
Frequency Response Technique|4. Bode Plots.mp4
00:06:56
Frequency Response Technique|5. Bode plot for constant K.mp4
00:04:37
Frequency Response Technique|6. Bode Plot for poles at origin.mp4
00:10:37
Frequency Response Technique|7. Bode Plot for zeros at origin.mp4
00:07:31
Frequency Response Technique|9. Bode Plot of Second Order System.mp4
00:18:50
Frequency Response Technique|10. Effect of gain and time constant on Bode Plot.mp4
00:04:15
Frequency Response Technique|11. Gain Margin Phase Margin.mp4
00:17:05
Nyquist Plot|1. Introduction to Nyquist Plot.mp4
00:05:03
Nyquist Plot|2. Mapping Theorem.mp4
00:14:26
Nyquist Plot|4.1 [2078 Bhadra] Numerical 1 Nyquist Plot.mp4
00:20:06
Nyquist Plot|5.1 Numerical 2 Nyquist plot.mp4
00:21:52
Nyquist Plot|6. Numerical 3 Nyquist Plot [2071 Chaitra].mp4
00:04:51
Nyquist Plot|7. Numerical 4 Nyquist Plot [2079 Bhadra 4.a].mp4
00:18:21
Nyquist Plot|8.1 Numerical 5 Nyquist plot [2078 Kartik 4.c].mp4
00:13:36
Nyquist Plot|9.1 Numerical 6[2076 Chaitra 4.a].mp4
00:14:07
Polar Plot|1.Polar Plot.mp4
00:12:58
Polar Plot|2. Numerical 1.mp4
00:27:06
Polar Plot|3.Numerical 2.mp4
00:09:39
Polar Plot|Polar Plot Numerical 2 (1).mp4
00:23:09
Polar Plot|Polar Plot of Some special type of transfer function 4.mp4
00:07:37
Polar Plot|Polar Plot of some special type of transfer functions 2.mp4
00:08:25
Polar Plot|Polar Plot of some special type of transfer functions 3 (1).mp4
00:14:51
Polar Plot|Polar plot of some special typr of Transfer functions.mp4
00:08:56
Polar Plot|Stability Analysis from Polar Plot.mp4
00:09:50
1. Steady State Error.mp4
00:04:23
2. Static Error Coefficient.mp4
00:07:13
3. Numerical 1 [2079 Bhadra 5.b].mp4
00:09:11
4. Numerical 2 [2078 Bhadra 5.b].mp4
00:08:12
5.1 Numerical 3[2078 Kartik2.b].mp4
00:11:37
6. Numerical 4[2076 Chaitra 2.b].mp4
00:09:33
7. Numerical 5 [2078 Bhadra 5.b].mp4
00:11:15
8.1 Numerical 6 [2070 Ashad].mp4
00:10:42
3. Numerical 2 [2079 Bhadra] 4.a.mp4
00:11:35
4. Numerical 3 [2078 Bhadra 4.b].mp4
00:12:53
5.1 Numerical 4 [2078 Kartik 4a].mp4
00:15:24
6. Numerical 5 [2076 Ashwin 4b].mp4
00:10:51
7. Numerical 6 [2076 Chaitra 4.a].mp4
00:08:54
0. How to Purchase Course from MeroSchool.mp4
Free Preview
00:03:30
Requirements
- Students are required to have basic knowledge of Control System.
Course Description
The videos herein are strictly based on syllabus of Institute of Engineering Tribhuvan University, Nepal promoting "e-Learning in Nepal" and are made with intention to provide guidance to the "Bachelor in Engineering(BE) appearing students", for securing good results. The course tries to cover all the lessons of Control System. We strongly believe that, viewers will be benefited from these videos and the thirst of curiosity of viewers will be quenched! Feedbacks and suggestion to improve are always welcome and highly appreciated!
Instructor
M
Mero School Academic Team
Senior Academic Instructor • Mero School E-Learning
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45 Days Access Duration
This course includes:
- 129 on-demand video lectures
- Complete CDC curriculum notes
- Accessible on Mobile, Tablet & PC
- Verified Certificate of completion
- 45 days unrestricted revision access
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