Kuliah Kemudi Industri – Elektronika Daya (Bagian IV)

Contents:

31 – Speed Control of Induction Motor Part-2 [54:22]
32 – High dynamic performance of I M Drive [50:38]
33 – Dynamic Model of Induction Motor Part 1 [42:06]
34 – Dynamic Model of Induction Motor Part 2 [51:41]
35 – Vector Control of Induction Motor [54:15]
36 – Effect of Switching Time lag in Inverter [47:38]
37 – Power Switch Protection – Snubbers [54:32]

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31 – Speed Control of Induction Motor Part-2 [54:22]

 

32 – High dynamic performance of I M Drive [50:38]

33 – Dynamic Model of Induction Motor Part 1 [42:06]

 

34 – Dynamic Model of Induction Motor Part 2 [51:41]

35 – Vector Control of Induction Motor [54:15]

36 – Effect of Switching Time lag in Inverter [47:38]

37 – Power Switch Protection – Snubbers [54:32]

Kuliah Kemudi Industri – Elektronika Daya (Bagian III)

21 – Dc Motor Speed Control Controller Design Part 3 [50:41]
22 – Basics of DC to AC Converter Part 1 [54:09]
23 – Basics of DC to AC Converter 2 [53:18]
24 – Inverter Sine Triangle PWM [54:05]
25 – Inverter – Current Hysteresis Controlled PWM [53:44]
26 – C H controlled & Basics of space vector PWM [55:41]
27 – Space Vector PWM [53:43]
28 – Space Vector PWM Part – 3 [49:52]
29 – Space Vector PWM Signal Generation [54:39]
30 – Speed Control of Induction Motor Part 1 [54:53]

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21 – Dc Motor Speed Control Controller Design Part 3 [50:41]

22 – Basics of DC to AC Converter Part 1 [54:09]

23 – Basics of DC to AC Converter 2 [53:18]

24 – Inverter Sine Triangle PWM [54:05]

25 – Inverter – Current Hysteresis Controlled PWM [53:44]

26 – C H controlled & Basics of space vector PWM [55:41]

27 – Space Vector PWM [53:43]

28 – Space Vector PWM Part – 3 [49:52]

29 – Space Vector PWM Signal Generation [54:39]

30 – Speed Control of Induction Motor Part 1 [54:53]

Kuliah Kemudi Industri – Elektronika Daya (Bagian II)

Contents:

11 – Ac to Dc Converter Close Loop Control Schematic [01:02:19]
12 – Ac-Dc Converter Close loop Control BlockDiagram [50:24]
13 – Desing of the Converter Controller & Ac to Dc [49:01]
14 – Front-End Ac to Dc Converter-Design [52:10]
15 – Front-End Ac to Dc Converter – Simulation study [54:55]
16 – Dc Motor Speed Control – Introduction [56:00]
17 – Dc Motor Speed Control – Block Diagram [51:50]
18 – Dc Motor Speed Control Current Control & S C L [51:15]
19 – Dc-Motor Speed Control Controller Design Part 1 [50:28]
20 – Dc Motor Speed Control Controller Design Part 2 [45:40]

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Lecture 11 – Ac to Dc Converter Close Loop Control Schematic [01:02:19]

Lecture 12 – Ac-Dc Converter Close loop Control BlockDiagram [50:24]

Lecture 13 – Desing of the Converter Controller & Ac to Dc [49:01]

Lecture 14 – Front-End Ac to Dc Converter-Design [52:10]

Lecture 15 – Front-End Ac to Dc Converter – Simulation study [54:55]

Lecture 16 – Dc Motor Speed Control – Introduction [56:00]

Lecture 17 – Dc Motor Speed Control – Block Diagram [51:50]

Lecture 18 – Dc Motor Speed Control Current Control & S C L [51:15]

Lecture 19 – Dc-Motor Speed Control Controller Design Part 1 [50:28]

Lecture 20 – Dc Motor Speed Control Controller Design Part 2 [45:40]

Kuliah Kemudi Industri – Elektronika Daya (Bagian I)

Contents:

1 – Electric Drive [58:11]
2 – Controlled Rectifier Part 1 [57:44]
3 – Controlled Rectifier Part – II (Three phase) [56:19]
4 – Controlled Rectifier Part – III (Three phase) [01:06:17]
5 – Controlled Rectifier Part-4(Three Phase) [52:31]
6 – Controlled Rectifier Part-5 (Three Phase) [54:42]
7 – Power Electronics Improvements [52:15]
8 – Four Quadrant Dc to Dc Converter [53:45]
9 – Sine Triangle PWM Control of Converter [50:39]
10 – Front-end Ac-Dc Converter with harmonic control [53:20]

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1 – Electric Drive [58:11]

2 – Controlled Rectifier Part 1 [57:44]

3 – Controlled Rectifier Part – II (Three phase) [56:19]

4 – Controlled Rectifier Part – III (Three phase) [01:06:17]

5 – Controlled Rectifier Part-4(Three Phase) [52:31]

6 – Controlled Rectifier Part-5 (Three Phase) [54:42]

7 – Power Electronics Improvements [52:15]

8 – Four Quadrant Dc to Dc Converter [53:45]

9 – Sine Triangle PWM Control of Converter [50:39]

10 – Front-end Ac-Dc Converter with harmonic control [53:20]

Kendali Vektor untuk Motor PMSM 3-Phase

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