Electrical Engineering, 3 Ed.

Front
Preface
Contents
Introduction
Chapter 1 - Magnetic Fields and the Generation of Electromotive Force
Chapter 2 - Commercial Forms of Electromotive Force; Power and Energy
Chapter 3 - The Electric Circuit
Chapter 4 - Electromotive Forces in Conductors in Series
Chapter 5 - Circuits With Resistance, Inductance, and Capacitance
Chapter 6 - Electrical Conductors
Chapter 7 - Electromagnets
Chapter 8 - Electrical Transients
Chapter 9 - Polyphase Circuits
Chapter 10 - The Direct-Current Machine
Chapter 11 - The D-C Machine as a Motor: Force on a Conductor Carrying a Current in a Magnetic Field
Chapter 12 - Losses, Efficiency, and Rating of Direct-Current Machines
Chapter 13 - Mechanical Connection Between Motor and Load
Chapter 14 - Conversion of D-C Generator to D-C Motor
Chapter 15 - Control of Direct-Current Motors
Chapter 16 - Electrical Instruments and Meters
Chapter 17 - Transformers
Chapter 18 - The Polyphase Induction Motor
Chapter 19 - The Polyphase Synchronous Motor
Chapter 20 - Alternating-Current Generators
Chapter 21 - The Single-Phase Motor
Chapter 22 - Electric Batteries
Chapter 23 - Economics and Use of Electrical Apparatus
Chapter 24 - Electric Power Rates
Chapter 25 - Power-Factor Correction
Chapter 26 - Illumination
Chapter 27 - Electronic Devices
Chapter 28 - Electronic Applications
Chapter 29 - Special Motors and Generators
Appendix
Index