本书注重从实际应用的角度培养大学生的专业
英语水平。编者结合多年来从事
专业英语教学的经验和体会，编写了内容难度适中、表述
规范的文章作为本书的阅读
材料。书中涵盖了电气工程与自动化专业的主要知识点内容，覆盖面广。书中所涉及的专业词汇和句型具有较强的专业特色和代表性，也是了解相关专业领域内容的
基础。全书共包括电气工程基础(第1～5章)、控制
理论与
技术(第6～11章)、电机与电器
设备(第12～16章)和电力系统(第17～20章)4个部分。 前言
PART1FUNDAMENTALSOFELECTRICENGINEERING
Chapter1CircuitFundamentals
1.1ElectrostaticCharges
1.2Conductors,InsulatorsandSemiconductors
1.3Current,VoltageandResistance
1.4MeasuringResistance,VoltageandCurrent
1.5DCSeriesElectricalCircuit
1.6AlternatingCurrent(AC)Voltage
Chapter2AnalogElectronics
2.1Introduction
2.2OperationalAmplifiers
2.3DifferentialandInstrumentationAmplifiers
2.4IntegratorandDifferentiator
2.5ActiveFilters
Chapter3DigitalElectronics
3.1Introduction
3.2DigitalNumberSystems
3.3BinaryLogicCircuits
3.4CombinationLogicGates
3.5TimingandStorageElements
Chapter4PowerElectronicsTechnology
4.1Introduction
4.2ApplicationsandtheRolesofPowerElectronics
4.3EnergyandEnvironment
4.4StructureofPowerElectronicsInterface
4.5Voltage-Link-Structure
4.6RecentandPotentialAdvancements
Chapter5MagnetismandElectromagnetism
5.1Introduction
5.2PermanentMagnets
5.3MagneticFieldAroundConductorsandaCoil
5.4Ohm'sLawforMagneticCircuits
5.5DomainTheoryofMagnetism
5.6ElectricityProducedbyMagnetism
PART2CONTROLTHEORYANDTECHNOLOGY
Chapter6KnowledgeofControlTheory
6.1WhatIsControl
6.2Feedback
6.3PIDControl
6.4AdaptiveControl
Chapter7MotorDrivesandControls
7.1DCMotorDrives
7.2Inverter-fedInductionMotorDrives
Chapter8ProgrammableLogicControllerTechnology
8.1Introduction
8.2PLCOperationProcess
8.3PLCMaintenanceManagement
Chapter9SingleChipMicrocomputerControlTechnology
9.1Foundation
9.2ASinglechipMicrocomputerIntegratedCircuit
Chapter10ComputerNetworkingBasics
10.1Foundation
10.2Applications
10.3Reguirements
10.4Links,NodesandClouds
10.5NetworkArchitecture
PART3ELECRICALMACHINESANDDEVICES
Chapter11Direct-CurrentMachine
11.1Introduction
11.2BasicStructuralFeature
1I.3EffectofArmatureMMF
Chapter12Three-PhaseInductionMotor
12.1Introduction
12.2ConstructionofThree-phaseInductionMotor
12.3PrincipleofOperation
12.4EquivalentCircuit
Chapter13SynchronousMachine
13.1Introduction
13.2PrincipleofOperation
Chapter14Transformer
14.1Introduction
14.2TransformerConstruction
14.3IdealTransformer
Chapter15Alternating-CurrentContactorsandRelays
15.1Introduction
15.2Alternating-CurrentContactor
15.3Relays
PART4POWERSYSTEMS
Chapter16OperatingCharacteristicsofModernPowerSystems
16.1TransmissionandDistributionSystems
16.2PowerSystemControls
16.3Generator-VoltageControl
16.4Turbine-GovernorControl
16.5Load-Frequency-Control
16.6OptimalPowerFlow
16.7PowerSystemStability
Chapter17GeneratingPlants
17.1ElectricEnergy
17.2Fossil-FuelPlant
17.3NuclearPowerPlant
17.4HydroelectricPowerPlant
Chapter18NewEnergyTechnology
18.1WindPowerSystems
18.2PhotovoltaicSystems
18.3GeothermalEnergy
18.4CleanEnergy
18.5ReportonChinaRenewableEnergyMarket,
2008Chapter19HighVoltageInsulation
19.1Introduction
19.2Lightning
19.3SwitchingSurges
19.4InsulationCoordination
Chapter20SystemProtection
20.1Introduction
20.2ProtectionofRadialSystems
20.3SystemwithTwoSources
20.4Impedance(Distance)Relays
20.5DifferentialProtectionofGenerators
20.6DifferentialProtectionofTransformers
20.7ComputerRelaying
