Complete Electrical Machines Course for Beginners

"Ultimate Electrical Machines Course Bundle for Complete Beginners"

The only course bundle out there with everything you need to know about DC machines, induction machines, transformers, magnetic circuits, synchronous machines, and generators

• Course Content 10:07

  • 1: Electrical Machines Course Content 05:14
  • 2: Course Content and Slides 04:53

• Magnetic Circuits 2:33:15

  • 3: Magnetic Flux, Flux Density, and MMF 20:25
  • 4: Magnetic Permeability, Magnetic Intensity, and Reluctance 15:54
  • 5: Solved Example 1 05:45
  • 6: Solved Example 2 09:24
  • 7: Fringing Effect in Magnetic Circuits 06:55
  • 8: Representation of a Magnetic Circuit 14:41
  • 9: Solved Example 3 10:04
  • 10: Solved Example 4 14:07
  • 11: Magnetization Curve and Hysteresis Loop 20:18
  • 12: Solved Example 5 11:06
  • 13: Inductance and Flux Linkage 03:49
  • 14: Faraday's Law of Induction and Lenz’s Law 20:47

• Basics of Transformers 5:13:53

  • 15: Introduction to Electrical Transformers 08:59
  • 16: Construction and Operation of a Single Phase Transformer 15:28
  • 17: Ideal Transformer 09:41
  • 18: Phasor Diagram of an Ideal Transformer 06:57
  • 19: E.M.F Equation of a Transformer 07:03
  • 20: Polarity of Transformer Windings 13:54
  • 21: Solved Questions 07:41
  • 22: Solved Examples on Ideal Transformer 12:57
  • 23: Shifting Impedances in a Transformer 05:42
  • 24: Example on Shifting Impedances 13:01
  • 25: Transformer Losses 11:37
  • 26: Practical Transformer and Exact Equivalent Circuit 11:14
  • 27: Approximate Equivalent Circuit 06:46
  • 28: Phasor Diagram of a Practical Transformer at No Load 08:18
  • 29: Phasor Diagram of a Practical Transformer at Inductive Load 07:46
  • 30: Solved Example 1 on Practical Transformers 05:25
  • 31: Solved Example 2 on Practical Transformers 02:41
  • 32: Solved Example 3 on Practical Transformers 04:17
  • 33: Solved Example 4 on Practical Transformers 10:29
  • 34: Transformer Voltage Regulation 05:05
  • 35: Transformer Efficiency 15:36
  • 36: Notes About Transformers 06:15
  • 37: Solved Example on Transformer Efficiency 05:51
  • 38: Open Circuit Test 11:42
  • 39: Short Circuit Test 05:15
  • 40: Solved Example on Transformer Parameters 11:27
  • 41: Autotransformer 17:11
  • 42: Solved Example 1 on Autotransformer 06:32
  • 43: Solved Example 2 on Autotransformer 06:07
  • 44: Solved Example 3 on Autotransformer 09:02
  • 45: Core Type Transformers 22:39
  • 46: Shell Type Transformers 12:09
  • 47: Comparison Between Shell and Core Type Transformers 09:06

• Three-Phase Transformers 2:04:20

  • 48: Three-Phase Electrical System 06:39
  • 49: Three-Phase Core and Shell Type Transformers 09:09
  • 50: Three-Phase or Single-Phase Transformers 05:13
  • 51: Three-Phase Transformers Connections 17:36
  • 52: Solved Example 1 on Three-Phase Transformers 11:26
  • 53: Solved Example 2 on Three-Phase Transformers 09:34
  • 54: Vector Group and Nameplate of a Three-Phase Transformer.mp4 22:31
  • 55: Drawing Connection of Dyn11 of a Three-Phase Transformer 10:49
  • 56: Drawing Connection of YNd11 of a Three-Phase Transformer 04:46
  • 57: Drawing Connection of Dyn1 of a Three-Phase Transformer 06:26
  • 58: K-Factor of a Transformer 10:02
  • 59: Per-Unit Impedance of a Transformer 10:09

• Components of Three-Phase Transformers 2:31:10

  • 60: Construction of Three-Phase Transformer 02:18
  • 61: Iron Core of the Transformer 08:45
  • 62: Eddy Losses and Saturation Phenomena 07:21
  • 63: Windings of the Transformer 06:18
  • 64: Types of Transformer Windings 06:35
  • 65: Insulating Materials in Transformer 05:06
  • 66: Bushings of the Transformer 14:52
  • 67: Arching Horn and Surge Arrester 09:54
  • 68: Dry and Hermetic Transformers 12:18
  • 69: Cooling Fins and Tubes 06:24
  • 70: Conservator Transformer 06:08
  • 71: Oil Level Gauge and Dehydrating Breather 09:37
  • 72: Buchholz Relay 10:25
  • 73: Methods of Cooling 09:21
  • 74: Tap Changer in Electrical Transformers 17:18
  • 75: Explosion Vent 02:32
  • 76: Temperature Monitoring and Control Box 06:16
  • 77: Power and Distribution Transformers 06:58
  • 78: Assembly of a Three-Phase Transformer 02:44

• DC Machine Construction 1:10:31

  • 79: Principle of Operation of a DC Motor 19:16
  • 80: Principle of Operation of a DC Generator 16:03
  • 81: Construction of a DC Machine 05:37
  • 82: Field Winding of a DC Machine 10:39
  • 83: Armature Core and Magnetic Path 10:51
  • 84: Commutator and Brushes 08:05

• Armature Windings in a DC Machine 2:30:01

  • 85: Turn, Coil, and Winding 05:57
  • 86: Mechanical and Electrical Angles 11:40
  • 87: Pole, Coil, Full, and Short Pitch 03:37
  • 88: Single and Double Layer 09:03
  • 89: Example 1 04:02
  • 90: Types of Armature Winding 09:16
  • 91: Lap Winding 15:06
  • 92: Wave Winding 10:03
  • 93: Types of Pitch in Windings 28:44
  • 94: Dummy Coils and Equalizer Rings 16:54
  • 95: Example 2 16:11
  • 96: Example 3 19:28

• Types of DC Generators 3:49:37

  • 97: Induced E.M.F Equation 11:55
  • 98: Example 1 02:34
  • 99: Example 2 02:46
  • 100: Example 3 07:57
  • 101: Example 4 03:53
  • 102: Types of DC Generators 07:11
  • 103: Separately Excited DC Generator 17:42
  • 104: Characteristics of a Separately Excited DC Generator 15:17
  • 105: Example 5 07:17
  • 106: Example 6 05:34
  • 107: Example 7 05:50
  • 108: Example 8 04:15
  • 109: Shunt DC Generator 17:40
  • 110: Characteristics of a Shunt DC Generator 15:10
  • 111: Example 9 03:00
  • 112: Example 10 04:45
  • 113: Series Wound DC Generator 10:35
  • 114: Efficiency of a DC Generator 14:48
  • 115: Example 11 07:08
  • 116: Example 12 03:56
  • 117: Compound Wound DC Generator 18:10
  • 118: Example 13 06:13
  • 119: Example 14 03:19
  • 120: Armature Reaction in DC Machines 17:58
  • 121: Example 15 02:35
  • 122: Interpoles in DC Machines 12:09

• Types of DC Motors 1:23:31

  • 123: Shunt DC Motor – Torque-Speed Characteristics 09:46
  • 124: Speed Control of the Shunt DC Motor 13:34
  • 125: Speed Control Beyond Rated Speed 08:09
  • 126: Series DC Motor – Torque-Speed Characteristics 12:06
  • 127: Example 1 08:18
  • 128: Example 2 06:18
  • 129: Starting of DC Machines 07:23
  • 130: Example 3 17:57

• Synchronous Machines 3:30:40

  • 131: Construction and Principle of Operation of Synchronous Generator 29:29
  • 132: Principle of Operation of Synchronous Motor 24:21
  • 133: Equivalent Circuit and Phasor Diagram of Non Salient Synchronous Machi 29:11
  • 134: Solved Example 1 on Non Salient Machine 04:37
  • 135: Solved Example 2 on Non Salient Machine 10:32
  • 136: Solved Example 3 on Non Salient Machine 06:52
  • 137: Solved Example 4 on Non Salient Machine 04:01
  • 138: Solved Example 5 on Non Salient Machine 07:28
  • 139: Solved Example 6 on Non Salient Machine 03:27
  • 140: Equivalent Circuit and Phasor Diagram of Salient Synchronous Machine 38:36
  • 141: Solved Example 1 on Salient Machine 09:14
  • 142: Solved Example 2 on Salient Machine 05:24
  • 143: Solved Example 3 on Salient Machine 09:47
  • 144: Parallel Operation of Two Generators 17:26
  • 145: Synchronization of Machine with Grid 10:15

• Induction Machines 3:24:20

  • 146: Construction and Theory of Operation of Induction Machines 27:01
  • 147: Equivalent Circuit and Power Flow in Induction Motor 23:27
  • 148: Torque-Speed Characteristics of Induction Motor 19:47
  • 149: Solved Example 1 on Induction Motor 07:37
  • 150: Solved Example 2 on Induction Motor 06:27
  • 151: Solved Example 3 on Induction Motor 06:20
  • 152: Solved Example 4 on Induction Motor 18:06
  • 153: Solved Example 5 on Induction Motor 13:19
  • 154: Methods of Speed Control of Induction Motor 27:22
  • 155: Methods of Starting of Induction Motor 21:06
  • 156: Solved Example on Motor Starter 14:34
  • 157: Principle of Operation of Doubly Fed Induction Generator 10:54
  • 158: Self Excited Induction Generator 08:20

Throughout the course you will get:

• Magnetic circuits course: It will help you in learning all about magnetic circuits concepts from scratch with many solved examples.
• Transformers course: You will learn about electrical transformers' construction, their importance, the three-phase transformers, the main components of the electrical transformers, and much more.
• DC machines course: In this course, you will learn about different types of DC electrical machines, such as separately excited, shunt, and series DC motors and generators.
• Synchronous machines course: You will understand the principle of operation of the salient and non-salient synchronous machines.
• Induction machines course: In this course, you will understand how induction generators and motors work. In addition to methods of starting and speed control of induction machines.
• Electrical machines MATLAB course: You will learn how to simulate the electrical machines in the MATLAB Simulink program without any previous knowledge.

All of these topics are in a step by step lessons with many solved examples.

Bonus Gift:

​You will also get the slides for the Ultimate Electrical Machines Course Bundle for those who are interested in them or having them as a revision for themselves:

Take this bundle if you've been looking for ONE COURSE BUNDLE with in-depth insight into the basics of electrical machines.

• Anyone who wants to get knowledge about transformers from scratch
• Anyone who wants to get knowledge about magnetic circuits.
• Anyone who wants to learn about DC machines.
• Anyone who wants to get knowledge about synchronous machines.
• Anyone who wants to learn everything about induction machines.

• Only internet access for watching the lessons.

Reed courses certificate of completion

Digital certificate - Included