Electric Machines (Hardcover)

BASIC ELECTROMAGNETIC CONCEPTSBasic Magnetic ConceptsMagnetically Linear Systems: Magnetic CircuitsVoltage, Current, and Magnetic Field InteractionsMagnetic Properties of MaterialsNonlinear Magnetic Circuit AnalysisPermanent MagnetsSuperconducting MagnetsThe Fundamental Translational EM MachineThe Fundamental Rotational EM MachineMultiwinding EM SystemsLeakage FluxThe Concept of Ratings in EM SystemsSummaryProblemsTRANSFORMERSThe Ideal n-Winding TransformerTransformer Ratings and Per-Unit ScalingThe Nonideal Three-Winding TransformerThe Nonideal Two-Winding TransformerTransformer Efficiency and Voltage RegulationPractical ConsiderationsThe AutotransformerOperation of Transformers in Three-Phase EnvironmentsSequence Circuit Models for Three-Phase Transformer AnalysisHarmonics in TransformersSummaryProblemsBASIC MECHANICAL CONSIDERATIONSSome General PerspectivesEfficiencyLoad Torque-Speed CharacteristicsMass Polar Moment of InertiaGearingOperating ModesTranslational SystemsA Comprehensive Example: The ElevatorPrime MoversSummaryProblemsTHE POLYPHASE INDUCTION MACHINE: BALANCED OPERATIONMachine ConstructionStator Winding LayoutThe Rotating Magnetic FieldStator-Rotor InteractionsPerformance Analysis using the Equivalent CircuitEquivalent Circuit Constants from TestsOperating Modes: Motor, Generator, and BrakingDynamic PerformanceCage Rotor MachinesThermal ConsiderationsSummaryProblemsCONTROL OF AC MOTORSControl of the Load Torque-Speed CharacteristicControl of the Motor Torque-speed CharacteristicControlling Voltage and FrequencyPower Semiconductor Switching ComponentsThe Single-Phase InverterThe Three-Phase InverterAC to DC Conversion: RectifiersThree-Phase RectifiersControlled RectifiersAC Motor DrivesAC Motor Drives: Dynamic PerformanceFour-Quadrant PerformanceThe CycloconverterSummaryProblemsTHE POLYPHASE INDUCTION MACHINE: UNBALANCED OPERATIONUnbalanced OperationSingle PhasingOperation on Nonsinusoidal VoltageThe Two-Phase Induction MotorThe Single-Phase Induction MotorThe Single-Phase Induction Motor Operating on One WindingEquivalent Circuit Constants from TestsDynamic PerformanceSummaryProblemsTHE POLYPHASE SYNCHRONOUS MACHINE: BALANCED OPERATIONMachine ConstructionEvolution of the Machine Model from the Induction MachineInteraction of the Rotor and Stator Circuits: The Magnetization CharacteristicThe Nonsalient Pole Synchronous Machine: Generator OperationThe Nonsalient Pole Synchronous Machine: Motor OperationThe Salient Pole Synchronous MachineSynchronous Machine Constants from TestsThe Synchronous Generator Operating in a Utility EnvironmentPermanent Magnetic Synchronous MachinesThe Polyphase Synchronous-Reluctance MachineThe Brushless DC MotorSummaryProblemsTHE POLYPHASE SYNCHRONOUS MACHINE: THE GENERAL COUPLED CIRCUIT MODELThe General Coupled Circuit Model of the Synchronous MachineThe 0dq TransformationPowers and Torques in the 0dqFDQ ModelThe 0dqFDQ Model Using Generator Sign ConventionsBalanced Three-Phase Constant Speed Generator PerformancePer-Unit Scaling as applied to Synchronous MachinesThe Tee Equivalent Circuits0dqFDQU Constants Derived from Manufacturer's Data0dqFDQU Model PerformanceSummaryProblemsTHE DC MACHINEMachine ConstructionGeneration of DC VoltageThe DC Machine Model: Generator OperationThe DC Machine Model: Motor OperationSpeed Control of DC MotorsDC Machine Constants from TestsDC Motor Drives: Half-Wave ConvertersDC Motor Drives: Full-Wave ConvertersFour-Quadrant PerformanceDC Motor Dynamic PerformanceAn Elevator ApplicationA More General DC Machine ModelSummaryProblemsTRANSLATIONAL ELECTROMECHANICAL MACHINESLinear Induction Machine ConstructionLinear Induction Machine Modeling: The Equivalent CircuitThe High-Speed Rail ApplicationLinear Synchronous Machine ConstructionLinear Synchronous Machine Nonsalient Pole ModelLinear Electromechanical Machine Applications in ElevatorsSummaryProblemsSPECIAL PURPOSE MACHINES AND SENSORSThe Universal MotorThe Shaded Pole MotorThe Hysteresis MotorThe Stepper MotorEncodersResolversMicroelectromechanical SystemsSummaryProblemsEPILOGUEREFERENCES IN ELECTRIC MACHINES AND TRANSFORMERSAPPENDIX A: UNITS AND CONVERSION FACTORSAPPENDIX B: A REVIEW OF ELECTRICAL CIRCUIT CONCEPTSDC Circuit ConceptsAC Circuit ConceptsBalanced Three-Phase AC Circuit ConceptsSymmetrical ComponentsAPPENDIX C: HARMONIC CONCEPTSBasic ConceptsCoefficient CalculationsRms (Effective) ValuesSymmetriesSpectral PlotsResponse of Linear Circuits to Nonsinusoidal ExcitationINDEX