简介:自电动机问世以来世界工业革命即进人新的动力革命的前夜,当1889年俄罗斯人发明了第一台实用的鼠笼式三相感应电动机之后,全球工业即进入了气势磅礴的第二次动力革命的浪潮之中,由于电力便于长距离传输并方便配置,使用效率高,操作控制十分容易,工作运行可靠性很高,而且由于管理计量简洁明了,所以几乎可以说是毫不费力地便取代了蒸汽机在工业动力中的统治地位。电动机在世界的经济、社会的各领域行业,如机械、电气、车辆、电动工具、娱乐设备、厨房炊具、医药生物、航海、纺织、食品等等行业无不广泛使用着电动机,以其作原动力来驱动各种工业装置给人类世界提供形形色色的各类商品。因此掌握了解对电动机控制运用技术及规范使用是安全、可靠的,运用电动机为人类服务是非常重要的。本文对目前原动力装置中使用最广泛,使用量最多的三相交流感应电云打棚的辖制话行枯术作了简尊的介绍.
简介:ControlDesignforaMixedRotaryandLinearMotorsBasedManipulator,ControlofaWearableRobotUsingaPowerSupplythroughUSB,CoumentSensor-lessSpeedServoSystemofPMMotorBasedonSelf-TuningCurrentSimulator,DESIGNOFROBUSTSYNCHRONIZINGCONTROLLERFORUNKNOWNSERVO-MOTORSYSTEMSWITHH{sup}∞CONTROLLER
简介:ALorentzforcetypeself-bearingmotorwithnew4-polewindingconfiguration;Adaptiveandfuzzyneuralnetworksliding-modecontrollersformotor-quick-returnservomechanism;Adaptivefuzzylogic-basedvelocityobserverforservomotordrives;Alternativecontrolstructuretodeterminethevelocitysignalbyemployinganaccelerationsensortocontrolaservomotor;Applicationofmodelreferencefrequency-shapedslidingmodecontrolwithpre-filtertoanelectrohydraulicservomotor;AutomaticPIDtuningconsideringmotormaximuminputandpowerconsumptionforservocontrolsystems;
简介:Dual-LoopFeedbackControlofServoMotorSystemsUsingSingularPerturbationMethod,FullyTuneAdaptiveFuzzyControlforMotor-ToggleServomechanism,ImplementationofArtificialIntelligentControlinSingle-LinkFlexibleRobotArm,ImplementationofRobustWavelet-Neural-NetworkSliding-ModeControlforInductionServoMotorDrive,Linearservomotorcontrolusingadaptiveneuralnetworks,Modelingandsimulationofahybridactuator,OntheslidingmodecontrolforDCservoMechanismsinthepresenceofunmodeleddynamics。
简介:DesignandDevelopmentofActiveDynamicVibrationAbsorber,DesignandSimulationofLinearPiezoelectricStepperMotorDriveusingResonantConverter,DEVELOPMENTOFAMICRO-STEPPINGMOTORDRIVESYSTEMFORTHEINDIGENOUSICPSEQUENTIALSPECTROMETER,Developmentofsemi-independenttypecontinuouslyvariabledampersystembyperformanceevaluationoffullvehicletest,DevelopmentofX-raydoublecrystalrockingcurvesetup,INFLUENCEOFTOOTH-GEOMETRYONTHETORQUEPERFORMANCEOFAHYBRIDSTEPPERMOTOR,LowmagneticfieldmappingusinganlnGaAs-AIGaAs-GaAs2DEGhallsensor。