Electrical Engineering
is a free introductory textbook to the basics of electrical engineering. See the
editorial
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Index
Editorial
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Preface
Introduction
Magnetic Fields and
Electromotive Force
Commercial Forms of EMF,
Power and Energy
The Electric Circuit
Electromotive Forces in
Conductors in Series
Circuits With Resistance,
Inductance, and Capacitance
Electrical Conductors
Electromagnets
Electrical Transients
Polyphase Circuits
The Direct-Current Machine
Types of Direct-Current
Machines
Armature of Direct-Current
Generator
The Commutator
The Elementary Generator
Brushes
Windings
Lap Winding
Wave Winding
Field Structure
Field Excitation of Shunt
Generator
Building up Voltage of a
Self-Excited Generator
Calculation of Electromotive
Force in a Generator
Performance of a Shunt
Generator
Other Limits of Power Output
Voltage Regulation
Operation at Voltages Above
or Below Rated Voltage
Operation of Speeds Above
or Below Rated Speed
The Compound Generator
The Series Generator
Armature Reaction
Calculation of
Armature Reaction
Interpoles
Change in Characteristics
Parallel Operation of
Compound Generators
Effect of Brush Shift
Commutator Wear
Problems
The D-C Machine as a Motor
Losses, Efficiency, and Rating of
Direct-Current Machines
Mechanical Connection Between
Motor and Load
Conversion of D-C Generator to
D-C Motor
Control of Direct-Current Motors
Electrical Instruments and
Meters
Transformers
The Polyphase Induction Motor
The Polyphase Synchronous
Motor
Alternating-Current Generators
The Single-Phase Motor
Electric Batteries
Economics of Use of
Electrical Apparatus
Electric Power Rates
Power-Factor Correction
Illumination
Electronic Devices
Electronic Applications
Special Motors and Generators
Appendix
Last Update: 2011-03-20