In this crash course, you will learn about Electrical Machines for GATE. You will learn about the basic concepts of machines, basic operation of transformer, ideal transformer, practical transformer, transformer fundamentals, transformer losses, no load test of transformer, short circuit test, efficiency of transformer, voltage regulation of transformer, auto transformer, parallel operation of transformer, vector group connection, three phase transformer, rotating, DC machines, induction machine, synchronous machine, and much more.
Overview
Syllabus
Lec 00 Introduction of Electrical Machines I genique education.
Lec 01 Basic Concepts Required for Machines I Electrical Machines I Genique education.
Lec 02 Basic Operation of Transformer I Important Concepts I Electrical Machines.
Lec 03 Ideal Transformer Under No Load Condition I Electrical Machines I Genique education.
Lec 04 Ideal Transformer Under Loaded Condition I Electrical Machines I Genique education.
Lec 05 Practical Transformer I Electrical machine I Genique education.
Lec 06 Modeling of Transformer I Electrical Machines I Genique Education.
Lec 07 DOT Convention and Transformer Applications I Electrical Machines I Genique Education.
Lec 08 Important Question Discussion on Transformer Fundamentals I Part 01 I Electrical Machine.
Lec 09 Important Question Discussion on Transformer Fundamentals I Part 02.
Lec 10 Important Question Discussion on Transformer Fundamentals I Part 03.
Lec 11 Transformer Losses I Full Concept.
Lec 12 Important Question Discussion on Transformer Losses.
Lec 13 No Load Test of Transformer (All Concepts).
Lec 14 Full Concept of Short Circuit Test I Important for Complete Machine.
Lec 15 Transformer Efficiency Concepts.
Lec 16 Question Discussion on OCC & SCC and Efficiency I Part 01.
Lec 17 Question Discussion on OCC & SCC and Efficiency I Part 02.
Lec 18 Voltage Regulation of Transformer [Full Concept].
Lec 19 Question Discussion on Voltage Regulation of Transformer.
Lec 20 Auto Transformer full concept Part-1.
Lec 21 Auto Transformer Full Concept I Part 02.
Lec 22 Conversion of Two Winding Transformer in to Auto Transformer (Full Concept).
Lec 23 Question Discussion on Auto Transformer.
Lec 24 Parallel Operation of Transformer (Important Points).
Lec 25 Question Discussion on Parallel Operation of Transformer.
Lec 27 Vector Group Connection Yy0 and Dd0 (Full Concept).
Lec 28 Vector group connection Yy6 and Dd6 (Full Concept).
Lec 26 Basics of Star and Delta.
Lec 29 Vector Group Connection Yd1and Dy1.
Lec 30 Vector Group Connection Yd11 and Dy11.
Lec 31 Question Discussion on three phase transformer Part-01.
Lec 32 Important Question Discussion on three phase transformer Part-02.
Lec 33 Introduction to Rotating Machine Part -01.
Lec 34 Introduction to Rotating Machine Part -02.
Lec 35 Operation Principle of DC Machine.
Lec 36 Modelling of DC Machines (Full Concept) I Part 01.
Lec 37 Modelling of DC Machine (Full Concept)Part -02.
Lec 38 Modelling of DC Machines (Full Concept) I Part 03.
Lec 39 Important Question Discussion on DC Machine.
Lec 40 Important Question Discussion and Brush Removal Concept.
Lec 41 Important Question with Concept of Power Flow in DC Machine Part-01.
Lec 42 Important Question with Concept of Power Flow in DC Machine Part-02.
Lec 43 Concept of Armature Reaction in DC Machine I Important Concepts.
Lec 44 Concept of Compensating Winding and Interpoles.
Lec 45 Question Discussion on Armature Reaction (Important).
Lec 46 Important Concept of Voltage Build up in DC Shunt machine.
Lec 47 Concept of Critical Resistance I External and Internal Characteristics of DC shunt Generator.
Lec 48 Important Concept of Voltage Build up in DC Series Generator.
Lec 49 Characteristics of Separately excited DC Motor.
Lec 50 Characteristics of DC shunt Motor.
Lec 51 Characteristics of DC series Motor.
Lec 52 Important Discussion on Failure of Prime Mover and Field Winding in DC Machine.
Lec 53 Question Discussion on Speed Control of DC motor.
Superb Concept of Slip in Induction Machine | ELECTRICAL MACHINE.
Superb Concept I Inverted Induction Machine I Electrical Machines I GATE 2020.
Lec 01 I Basics of Synchronous Machine I microGATE 2020 I Synchronous Machine.
Lec 02 I Types of Synchronous Machine I microGATE 2020 I Synchronous Machine.
Lec 03 I Concept of EMF in Synchronous Machine I Part 01 I microGATE 2020 I Synchronous Machine.
Lec 04 I Concept of EMF in Synchronous Machine I Part 02 I microGATE 2020 I Synchronous Machine.
Lec 05 I Concept of Armature Winding I Part 01 I microGATE 2020 I Synchronous Machine.
Lec 06 I Concept of Armature Winding I Part 02 I microGATE 2020 I Synchronous Machine.
Lec 07 I Effect of Short Pitching I microGATE 2020 I Synchronous Machine.
Lec 08 I Concentrated and Distributed Windings I Part 01 I microGATE 2020 I Synchronous Machine.
Lec 09 I Concentrated and Distributed Windings I Part 02 I microGATE 2020 I Synchronous Machine.
Lec 10 I Important Points & Impact of Harmonics on EMF I Part 01 I MicroGATE 2020.
Lec 11 Important Points & Impact of Harmonics on EMF Part 02.
Lec 12 I Important Question Discussion on emf kd kp and basics of Syn Machine I MicroGATE 2020.
Lec 13 I Equivalent Circuit of Synchronous Machine I Part 01 I Microgate 2020 I Synchronous machine.
Lec 14 I Equivalent Circuit of Synchronous Machine I Part 02 I Microgate 2020 I Synchronous machine.
Lec 15 I Question Analysis on Equivalent Circuit and Phasor Diagram I Part 01 I Synchronous Machine.
Lec 16 I Question Analysis on Equivalent Circuit and Phasor Diagram I Part 02 I Synchronous Machine.
Lec 17 I Question Analysis on Phasor Diagram I Part 03 I Synchronous Machine.
Lec 18 I Question Analysis on Phasor Diagram I Part 04 I Synchronous Machine.
Lec - 19 I Power Flow in Synchronous Machine I Part 01 I Synchronous Machine I GATE 2020.
Final Revision I Electrical Machine I Part 01 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 02 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 03 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 04 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 05 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 06 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 07 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 08 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 09 I Electrical Engineering I GATE 2020.
Final Revision I Electrical Machine I Part 10 I Electrical Engineering I GATE 2020.
Genique Live Classes I Electrical Machines I Application of 3-Phase Circuit in Transformer.
Electrical Machines I Application of3-Phase Circuit inTransformer I Part 02 I Hot Classes I genique.
Biggest Live session on Transformer I Sunday 10 AM onwards by Pankaj Shukla sir I EE & IN.
GATE 2021 I Introduction to 3-phase I LIVE CLASSES I ELECTRICAL MACHINES I Live at 08: 00 PM.
Biggest Live session on Transformer I TODAY at 09:30 PM onwards by Pankaj Shukla sir I EE & IN.
Biggest Live session on Transformer I THURSDAY at 04:00 PM onwards by Pankaj Shukla sir I EE & IN.
Biggest Live Session Ever by Cofounders | 12 Hour Back to Back on 26 August | Genique Education.
Taught by
Genique Education
