Basic Electronics and Electrical Engineering: Chapter 4: Synchronous Machines
Basic Principle of Synchronous Machines
An Alternator operates on the same fundamental principle of electromagnetic induction as a DC generators i.e., whenever a conductor cuts the magnetic flux, dynamically induced emf is produced in it according to Faraday's Laws of Electromagnetic induction.
CHAPTER
4
SYNCHRONOUS MACHINES
INTRODUCTION
AC generators or
Alternators operate on the same fundamental principles of electromagnetic
induction as DC generators. But there is one important difference between two
whereas in DC generators, the armature rotates and the field system is
stationary, the arrangement in alternators is just the reverse of it. In
alternators, standard construction consists of armature winding mounted on a
stationary element called stator and field winding mounted on a rotating
element called rotor. The machine which produces 3‒phase power from mechanical
power is called an alternator or synchronous generator. In this chapter, we
shall discuss the construction and characteristic of alternators.
BASIC PRINCIPLE
An Alternator operates
on the same fundamental principle of electromagnetic induction as a DC
generators i.e., whenever a conductor cuts the magnetic flux, dynamically
induced emf is produced in it according to Faraday's Laws of Electromagnetic
induction.
Basic Electronics and Electrical Engineering: Chapter 4: Synchronous Machines : Tag: Basic Engineering : - Basic Principle of Synchronous Machines
Basic Electronics and Electrical Engineering: Chapter 4: Synchronous Machines
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Basic Electronics and Electrical Engineering
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