Basic Electrical Technology by L. Umanand (IISC Bangalore)

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source: nptelhrd    2008年3月31日
Electrical - Basic Electrical Technology by Prof. L.Umanand, Principal Research Scientist, Power Electronics Group, CEDT, IISC Bangalore

Lecture 1 & 2 - Basic Electrical Technology 46:38
Lecture - 3 Passive Components 1:02:18
Lecture - 4 Sources 59:29
lecture - 5 Kirchoff''s Law 51:53
Lecture - 6 Modelling of Circuit 58:31
Lecture - 07 Modeling of Circuit 2 58:03
Lecture - 8 Analysis Using MatLab 59:54
Lecture - 9 Sinusoidal steady state 58:00
Lecture - 10 Transfer Function and Pole Zero domain 59:58
lecture 11 - Transfer function & pole zero 1:00:07
Lecture - 12 The Sinusoid 1:01:54
lecture 13 Phasor Analysis 1:00:18
Lecture - 14 Phasor Analysis part 2 1:02:56
Lecture - 15 Power Factor 57:00
Lecture - 16 Power ports 1:00:23
Lecture - 17 Transformer Basics 58:34
Lecture - 18 Transformer Basic part 2 1:00:06
Lecture - 19 Transformer Basics part 3 54:15
Lecture - 20 The Practical Transformer 58:33
Lecture - 21 Transformer 2 1:00:13
Lecture - 22 The Practical Transformer Part 3 1:01:55
Lecture - 23 DC Machine 1:01:06
lecture 24 - DC Machines Part 2 58:55
Lecture - 25 DC Generators 59:53
Lecture - 26 DC Generators 2 1:01:02
Lecture - 27 D C Motors 1:01:48
Lecture - 28 DC Motor 2 1:01:47
Lecture - 29 DC Motor 3 1:01:56
Lecture - 30 Three Phase System 1:01:00
Lecture - 31 Three Phase System 2 1:00:53
Lecture - 32 Three Phase System - 3 1:00:59
Lecture - 33 Three Phase System 4 1:01:11
Lecture - 34 Three Phase Transformer 1:01:18
Lecture - 35 Three Phase Transformer 2 1:01:38
lecture 36 - Induction motor 1:01:00
Lecture - 37 Induction Motor 2 1:01:38
Lecture - 38 Induction Motor 3 59:45
Lecture - 39 Induction Motor 4 57:58
Lecture 40 - Synchronous Machine 1:03:35

Switched Mode Power Conversion by L. Umanand & V. Ramanarayanan (IISc Bangalore)

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source: nptelhrd   2014年1月9日
Electrical - Switched Mode Power Conversion by Prof. L. Umanand & Prof. V. Ramanarayanan, Department of Electrical Engineering, IISc Bangalore. For more details on NPTEL visit http://nptel.ac.in

Lec-01 Introduction to DC-DC converter 51:34
Lec-02 Diode 58:00
Lec-03 Controlled Switches 57:24
Lec-04 Prior Art 56:31
Lec-05 Inductor 57:33
Lec-06 Transformer 57:15
Lec-07 Capacitor 55:37
Lec-08 Issues related to switches 57:15
Lec-09 Energy storage - Capacitor 56:42
Lec-10 Energy storage -- Inductor 54:10
Lec-11 Primitive Converter 57:55
Lec-12 Non-Isolated converter - I 58:03
Lec-13 Non-Isolated converter -- II 57:50
Lec-14 Isolated Converters - I 59:39
Lec-15 Isolated Converters -- II 59:37
Lec-16 Conduction Mode 59:10
Lec-17 Problem set - I 58:35
Lec-18 Problem set -- II 58:49
Lec-19 Modeling DC-DC converters 58:32
Lec-20 State space representation - I 1:00:12
Lec-21 State Space representation - II 1:01:32
Lec-22 Circuit Averaging - I 57:23
Lec-23 Circuit Averaging - II 1:01:25
Lec-24 State Space Model of Boost Converter 59:23
Lec-25 DC-DC converter controller 1:00:09
Lec-26 Controller Structure 59:59
Lec-27 PID Controller - I 59:26
Lec-28 PID Controller - II 59:00
Lec-29 PID Controller - III 1:01:22
Lec-30 Implementation of PID controller 1:01:43
Lec-31 Pulse Width Modulator 1:00:10
Lec-32 Controller Design - I 1:03:34
Lec-33 Controller Design -- II 58:18
Lec-34 Controllers and Sensing Circuit 1:00:51
Lec-35 Regulation of Multiple outputs - I 59:48
Lec-36 Regulation of Multiple outputs - II 59:56
Lec-37 Current Control 59:43
Lec-38 Unity Power Factor Converter 59:08
Lec-39 Magnetic Design 58:37
Lec-40 DC-DC Converter Design 1:22:18