Synchronous Machines: Introduction
Construction
Relation between Poles, Speed and Frequency
Principles of Working of Synchronous Machine
E. M. F. Equation
Distributed Winding
Stator Winding
Fractional slot winding
Armature Reaction
Synchronous Impedance of Synchronous Machine
Determination of Synchronous Impedance
Armature Winding of 3 Phase Machines
Pitch factor
Distribution factor
Synchronous reactance and phasor diagram of Alternator
Voltage regulation
EMF method (Numericals) Armature Reaction
Alternator
Operation of Alternator
Effect of change of Excitation & Input parameters on Alternator performance
Parallel Operation of Alternator
Concept of Infinite Bus-Bar
Power Angle
Synchronizing power
Sharing of Load (Numerical)
Synchronous Machines: Generators
Two reaction theory of Synchronous Machines
The Direct Axis Synchronous Reactance
The Quadrature Axis Synchronous Reactance
Determination of Xd and Xq by tests
Synchronous Generator Characteristics
Regulation Methods
Isolated Synchronous Generators: The effect of Load and Exciters
Synchronous Machine on Infinite Busbars
Effect of Change of Excitation
Power Angle Curves: Synchronizing Torque
Synchronizing of Alternator
Parallel Operation of Alternators
Division of Load between the generators
Transient Operations of Synchronous Generators
Synchronous Machines: Motors
Principle of Synchronous Motor
Phasor diagram
Effect of Load
Effect of change of Excitation
Torque Power relation
V Curves
Hunting of Synchronous motor
Starting of Synchronous motor
Synchronous Condenser
Effect of change of Excitation & Input parameters on sync motor performance
Power factor correction with Synchronous condenser
Application of Synchronous Motors
Losses and Efficiency of Synchronous Machines
