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Bihar Engineering University, Bihar, Electrical Engineering Semester 4, Electrical Machines – II Syllabus
Electrical Machines – II Lecture notes | Videos | Free pdf Download | Previous years solved question papers | MCQs | Question Banks| Syllabus
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Unit - 1 Fundamentals of AC machine windings
1.1 Physical arrangements of windings in stator rotors
1.2 Physical windings of cylindrical rotor
1.3 Slots for winding
1.4 Single turn coil –active portion and overhang
1.5 Overhang
1.6 Full pitched coils
1.7 Concentrated winding
1.8 Distributed winding
1.9 Winding axis
1.10 3D Visualisation for windings
1.11 Air gap MMF distribution with fixed current through winding concentrated and distributed
1.12 Sinusoidally distributed winding
1.13 Distribution Factor
1.14 Winding factor
1.1 Physical arrangements of windings in stator rotors
1.2 Physical windings of cylindrical rotor
1.3 Slots for winding
1.4 Single turn coil –active portion and overhang
1.5 Overhang
1.6 Full pitched coils
1.7 Concentrated winding
1.8 Distributed winding
1.9 Winding axis
1.10 3D Visualisation for windings
1.11 Air gap MMF distribution with fixed current through winding concentrated and distributed
1.12 Sinusoidally distributed winding
1.13 Distribution Factor
1.14 Winding factor
Unit - 2 Pulsating and revolving magnetic fields
2.1 Constant magnetic field
2.2 Pulsating magnetic field
2.3 Alternating current in windings with spatial displacement
2.4 Magnetic field produced by single winding fixed current – alternating current
2.5 Pulsating fields produced by spatially displaced windings
2.6 Windings spatially shifted by 90 degrees
2.7 Addition of pulsating magnetic field
2.8 Three windings spatially shifted by 120 degree carrying three phase balanced current
2.9 Revolving magnetic field
2.1 Constant magnetic field
2.2 Pulsating magnetic field
2.3 Alternating current in windings with spatial displacement
2.4 Magnetic field produced by single winding fixed current – alternating current
2.5 Pulsating fields produced by spatially displaced windings
2.6 Windings spatially shifted by 90 degrees
2.7 Addition of pulsating magnetic field
2.8 Three windings spatially shifted by 120 degree carrying three phase balanced current
2.9 Revolving magnetic field
Unit - 3 Induction Machines
3.1 Construction and types
3.2 Slip ring induction motor
3.3 Torque slip characteristics
3.4 Starting and maximum torque
3.5 Equivalent Circuit of an Induction Motor
3.6 Phasor diagram of induction machines
3.7 Losses and efficiency of induction machine
3.8 Efficiency
3.9 Blocked rotor test
3.10 Noload test
3.11 Determination of parameters and power flow diagram
3.12 Variations by parameters in TorqueSpeed Characteristics
3.13 Methods of starting
3.14 Braking and speed control of induction motor
3.15 Generator operation
3.16 Selfexcitation
3.17 Doubly fed induction machine
3.1 Construction and types
3.2 Slip ring induction motor
3.3 Torque slip characteristics
3.4 Starting and maximum torque
3.5 Equivalent Circuit of an Induction Motor
3.6 Phasor diagram of induction machines
3.7 Losses and efficiency of induction machine
3.8 Efficiency
3.9 Blocked rotor test
3.10 Noload test
3.11 Determination of parameters and power flow diagram
3.12 Variations by parameters in TorqueSpeed Characteristics
3.13 Methods of starting
3.14 Braking and speed control of induction motor
3.15 Generator operation
3.16 Selfexcitation
3.17 Doubly fed induction machine
Unit - 4 Single-phase induction motors
4.1 Constructional features
4.2 Double revolving field theory
4.3 Equivalent Circuit of an Induction Motor
4.4 Determination of parameters
4.5 Split Phase Induction Motor
4.6 Methods of starting using an auxiliary winding
4.7 Development of equivalent circuit
4.8 Block rotor and noload test
4.1 Constructional features
4.2 Double revolving field theory
4.3 Equivalent Circuit of an Induction Motor
4.4 Determination of parameters
4.5 Split Phase Induction Motor
4.6 Methods of starting using an auxiliary winding
4.7 Development of equivalent circuit
4.8 Block rotor and noload test
Unit - 5 Special Machines
5.1 Plane Earth Reflection
5.2 Space Wave
5.3 Surface Wave
5.4 Space Wave Propagation
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