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4 Pole 3 Phase Synchronous Machines Example Problems Lec 08

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Lesson extensions

Lessons List | 45 Lesson
Synchronous generator Alternator Working Principle Lec 01
00:08:47

Synchronous generator Alternator Working Principle Lec 01
Stator construction Synchronous Machines Lec 02
00:10:35

Stator construction Synchronous Machines Lec 02
Rotor construction Salient Pole Cylindrical Synchronous Machines Lec 03
00:11:42

Rotor construction Salient Pole Cylindrical Synchronous Machines Lec 03
Armature winding Coil Pole pitch Synchronous Machines Lec 04
00:12:18

Armature winding Coil Pole pitch Synchronous Machines Lec 04
Full and Short pitch winding Synchronous Machines Lec 05
00:13:39

Full and Short pitch winding Synchronous Machines Lec 05
Short pitch factor Synchronous Machines Lec 06
00:13:51

Short pitch factor Synchronous Machines Lec 06
Short pitch factor Advantages Dis Advantages Synchronous Machines Lec 07
00:11:22

Short pitch factor Advantages Dis Advantages Synchronous Machines Lec 07
4 Pole 3 Phase Synchronous Machines Example Problems Lec 08
00:09:20

4 Pole 3 Phase Synchronous Machines Example Problems Lec 08
Distributed winding Phase Belt Phase Spread Synchronous Machines Lec 09
00:11:47

Distributed winding Phase Belt Phase Spread Synchronous Machines Lec 09
Concentrated winding Distribution factor 1 2 Synchronous Machines Lec 10
00:12:05

Concentrated winding Distribution factor 1 2 Synchronous Machines Lec 10
Concentrated Winding Distribution factor 2 2 Synchronous Machines Lec 11
00:12:08

Concentrated Winding Distribution factor 2 2 Synchronous Machines Lec 11
Distribution Factor Problem Synchronous Machines Lec 12
00:12:56

Distribution Factor Problem Synchronous Machines Lec 12
Harmonics elimination Uniformly Distributed Winding Synchronous Machines Lec 13
00:12:26

Harmonics elimination Uniformly Distributed Winding Synchronous Machines Lec 13
Armature reaction Alternators Synchronous Machines Lec 14
00:12:09

Armature reaction Alternators Synchronous Machines Lec 14
Voltage drops Synchronous Motors Synchronous machine Lec 15
00:12:27

Voltage drops Synchronous Motors Synchronous machine Lec 15
Alternator Phasor diagram Synchronous Machines Lec 16
00:10:23

Alternator Phasor diagram Synchronous Machines Lec 16
Alternator Voltage regulation Synchronous Machines Lec 17
00:10:52

Alternator Voltage regulation Synchronous Machines Lec 17
Voltage regulation Synchronous Machines Lec 18
00:10:35

Voltage regulation Synchronous Machines Lec 18
Short Circuit Open Circuit Characteristics SCC OCC Synchronous Machines Lec 19
00:09:44

Short Circuit Open Circuit Characteristics SCC OCC Synchronous Machines Lec 19
Two reactances theory Slip Test Synchronous Machines Lec 20
00:11:29

Two reactances theory Slip Test Synchronous Machines Lec 20
Power flow equations Synchronous Machines Lec 21
00:12:49

Power flow equations Synchronous Machines Lec 21
Maximum output power Synchronous Machines Lec 22
00:13:09

Maximum output power Synchronous Machines Lec 22
Salient pole alternator Power flow Synchronous Machines Lec 23
00:10:40

Salient pole alternator Power flow Synchronous Machines Lec 23
Power angle curves Synchronous Machines Lec 24
00:13:07

Power angle curves Synchronous Machines Lec 24
Synchronizing power coefficient Synchronous Machines Lec 25
00:12:04

Synchronizing power coefficient Synchronous Machines Lec 25
Alternators Parallel operation Synchronous Machines Lec 26
00:12:09

Alternators Parallel operation Synchronous Machines Lec 26
Synchronization methods Synchronous Machines Lec 27
00:11:17

Synchronization methods Synchronous Machines Lec 27
Effect of change in excitation Synchronous Machines Lec 28
00:10:09

Effect of change in excitation Synchronous Machines Lec 28
Effect of change in steam input Synchronous Machines Lec 29
00:11:21

Effect of change in steam input Synchronous Machines Lec 29
Alternators under load condition Synchronous Machines Lec 30
00:12:47

Alternators under load condition Synchronous Machines Lec 30
Alternators in parallel Infinite bus bar Different excitation Synchronous Machines Lec 31
00:11:12

Alternators in parallel Infinite bus bar Different excitation Synchronous Machines Lec 31
Reactive power Importance Synchronous Machines Lec 32
00:12:16

Reactive power Importance Synchronous Machines Lec 32
Change in excitation under load condition Synchronous Machines Lec 33
00:12:06

Change in excitation under load condition Synchronous Machines Lec 33
V inverted V curves Alternators Synchronous Machines Lec 34
00:14:23

V inverted V curves Alternators Synchronous Machines Lec 34
Synchronous motor Applications Synchronous Machines Lec 35
00:12:29

Synchronous motor Applications Synchronous Machines Lec 35
Torque Advantages Dis Advantages Synchronous Machines Lec 36
00:10:30

Torque Advantages Dis Advantages Synchronous Machines Lec 36
Synchronous motor Starting methods Synchronous Machines Lec 37
00:10:15

Synchronous motor Starting methods Synchronous Machines Lec 37
Synchronous Induction Motor Power flow equations Synchronous Machines Lec 38
00:11:37

Synchronous Induction Motor Power flow equations Synchronous Machines Lec 38
Synchronous Induction Motor Maximum power input Synchronous Machines Lec 39
00:12:02

Synchronous Induction Motor Maximum power input Synchronous Machines Lec 39
Synchronous Induction Motor Maximum mechanical power developed Synchronous Machines Lec 40
00:11:16

Synchronous Induction Motor Maximum mechanical power developed Synchronous Machines Lec 40
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Course Description

Stator construction for synchronous machines course, in this course we will learn about the Stator Construction for Synchronous Machines. This course provides a comprehensive overview of the design, materials, and manufacturing processes involved in constructing the stator for synchronous machines. Starting with the fundamentals, we will explore the key components of the stator, including the outer frame, iron core, windings, and insulation. You will learn how the iron core is designed using thin laminated steel sheets to reduce iron losses and how windings are strategically placed in slots to create a strong magnetic field. The course will also cover various winding configurations, insulation techniques, and cooling methods to ensure optimal performance and durability. Through practical examples and case studies, you will gain insights into the importance of precise stator construction in enhancing the efficiency and reliability of synchronous machines. Additionally, the course will discuss maintenance and testing procedures to ensure long-term operational integrity. By the end of this course, you will have a solid understanding of how to design, build, and maintain stators for synchronous machines, making you well-equipped to handle real-world applications and challenges in the field of electrical engineering. This course is ideal for students, engineers, and professionals looking to deepen their knowledge of synchronous machine design and construction.
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