Page 13 - Basic Electrical Engineering
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10. Synchronous Machines
10.1 Introduction
10.2 Constructional Details of Synchronous Machines
10.3 Advantages of Stationary Armature and Rotating Field
10.4 Use of Laminated Sheets for the Stator and the Rotor
10.5 Armature Windings
10.6 Concept of Coil Span, Mechanical, and Electrical Degrees
10.7 Types of Windings
10.8 Induced EMF in a Synchronous Machine
10.8.1 EMF Equation
10.8.2 Distribution Factor
10.8.3 Pitch Factor
10.9 Open-circuit or No-load Characteristic
10.10 Synchronous Generator on Load
10.11 Synchronous Impedance and Voltage Drop Due to Synchronous Impedance
10.12 Voltage Regulation of a Synchronous Generator
10.13 Determination of Voltage Regulation by the Synchronous Impedance Method
10.14 Synchronous Generators Connected in Parallel to Supply a Common Load
10.14.1 Advantages of Parallel Operation
10.14.2 Parallel Connection of Alternators
10.14.3 Conditions for Parallel Connection and Synchronization
10.14.4 Load Sharing
10.15 Synchronous Motor
10.15.1 Introduction
10.15.2 Principle of Working of a Synchronous Motor
