Electrical Engineering - The Polyphase Induction Motor

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Editorial Download and Release History Copyright 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 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 Characteristics of Polyphase Induction Motor Principle of Operation The Squirrel-Cage Rotor The Rotating Magnetic Field Speed of an Induction Motor Torque at Standstill The Constant-Speed Induction Motor Multi-Speed Motors Wound-Rotor (Slip-Ring) Motors Polyphase Induction Motor without Loading The Simplified Circle Diagram Starting of Polyphase Induction Motors The Polyphase Induction Motor Regenerative Braking of Induction Motors Operation at other than Rated Voltage and Frequency Problems 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