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首页 模拟和数字电子电路基础[2005)]

模拟和数字电子电路基础[2005)].pdf

模拟和数字电子电路基础[2005)]

海浪
2010-08-02 0人阅读 举报 0 0 暂无简介

简介:本文档为《模拟和数字电子电路基础[2005)]pdf》,可适用于经济金融领域

InPraiseofFoundationsofAnalogandDigitalElectronicCircuits‘‘Thisbook,craftedandtestedwithMITsophomoresinelectricalengineeringandcomputerscienceoveraperiodofmorethansixyears,providesacomprehensivetreatmentofbothcircuitanalysisandbasicelectroniccircuitsExamplessuchasdigitalandanalogcircuitapplications,fieldeffecttransistors,andoperationalamplifiersprovidetheplatformformodelingofactivedevices,includinglargesignal,smallsignal(incremental),nonlinearandpiecewiselinearmodelsThetreatmentofcircuitswithenergystorageelementsintransientandsinusoidalsteadystatecircumstancesisthoroughandaccessibleHavingtaughtfromdraftsofthisbookfivetimes,Ibelievethatitisanimprovementoverthetraditionalapproachtocircuitsandelectronics,inwhichthefocusisonanalogcircuitsalone’’PAULEGRAY,MassachusettsInstituteofTechnology‘‘MyoverallreactiontothisbookisoverwhelminglyfavorableWellwrittenandpedagogicallysound,thebookprovidesagoodbalancebetweentheoryandpracticalapplicationIthinkthatcombiningcircuitsandelectronicsisaverygoodideaMostintroductorycircuittheorytextsfocusprimarilyontheanalysisoflumpedelementnetworkswithoutputtingthesenetworksintoapracticalelectronicscontextHowever,itisbecomingmorecriticalforourelectricalandcomputerengineeringstudentstounderstandandappreciatethecommongroundfromwhichbothfieldsoriginate’’GARYMAY,GeorgiaInstituteofTechnology‘‘Withoutadoubt,studentsinengineeringtodaywanttoquicklyrelatewhattheylearnfromcoursestowhattheyexperienceintheelectronicsfilledworldtheyliveinUnderstandingtoday’sdigitalworldrequiresastrongbackgroundinanalogcircuitprinciplesaswellasakeenintuitionabouttheirimpactonelectronicsInFoundationsAgarwalandLangpresentauniqueandpowerfulapproachforanexcitingfirstcourseintroducingengineerstotheworldofanaloganddigitalsystems’’RAVISUBRAMANIAN,BerkeleyDesignAutomation‘‘Finally,anintroductorycircuitanalysisbookhasbeenwrittenthattrulyunifiesthetreatmentoftraditionalcircuitanalysisandelectronicsAgarwalandLangskillfullycombinethefundamentalsofcircuitanalysiswiththefundamentalsofmodernanaloganddigitalintegratedcircuitsIapplaudtheirdecisiontoeliminatefromtheirbooktheusualmandatorychapteronLaplacetransforms,atoolnolongerinusebymoderncircuitdesignersIexpectthisbooktoestablishanewtrendinthewayintroductorycircuitanalysisistaughttoelectricalandcomputerengineers’’TIMTRICK,UniversityofIllinoisatUrbanaChampaignFoundationsofAnalogandDigitalElectronicCircuitsabouttheauthorsAnantAgarwalisProfessorofElectricalEngineeringandComputerScienceattheMassachusettsInstituteofTechnologyHejoinedthefacultyin,teachingcoursesincircuitsandelectronics,VLSI,digitallogicandcomputerarchitectureBetweenand,heservedasanassociatedirectoroftheLaboratoryforComputerScienceHeholdsaPhDandanMSinElectricalEngineeringfromStanfordUniversity,andabachelor’sdegreeinElectricalEngineeringfromIITMadrasAgarwalledagroupthatdevelopedSparcle(),amultithreadedmicroprocessor,andtheMITAlewife(),ascalablesharedmemorymultiprocessorHealsoledtheVirtualWiresprojectatMITandwasafounderofVirtualMachineWorks,Inc,whichtooktheVirtualWireslogicemulationtechnologytomarketinCurrentlyAgarwalleadstheRawprojectatMIT,whichdevelopedanewkindofreconfigurablecomputingchipHeandhisteamwereawardedaGuinnessworldrecordinforLOUD,thelargestmicrophonearrayintheworld,whichcanpinpoint,trackandamplifyindividualvoicesinacrowdCofounderofEngim,Inc,whichdevelopsmultichannelwirelessmixedsignalchipsets,AgarwalalsowontheMauriceWilkesprizeforcomputerarchitecturein,andthePresidentialYoungInvestigatorawardinJeffreyHLangisProfessorofElectricalEngineeringandComputerScienceattheMassachusettsInstituteofTechnologyHejoinedthefacultyinafterreceivinghisSB(),SM()andPhD()degreesfromtheDepartmentofElectricalEngineeringandComputerScienceHeservedastheAssociateDirectoroftheMITLaboratoryforElectromagneticandElectronicSystemsbetweenand,andasanAssociateEditorof‘‘SensorsandActuators’’betweenandProfessorLang’sresearchandteachinginterestsfocusontheanalysis,designandcontrolofelectromechanicalsystemswithanemphasisonrotatingmachinery,microscalesensorsandactuators,andflexiblestructuresHehasalsotaughtcoursesincircuitsandelectronicsatMITHehaswrittenoverpapersandholdspatentsintheareasofelectromechanics,powerelectronicsandappliedcontrol,andhasbeenawardedfourbestpaperprizesfromIEEEsocietiesProfessorLangisaFellowoftheIEEE,andaformerHertzFoundationFellowAgarwalandLanghavebeenworkingtogetherforthepasteightyearsonafreshapproachtoteachingcircuitsForseveraldecades,MIThadofferedatraditionalcourseincircuitsdesignedasthefirstcoreundergraduatecourseinEEButbythemid‘s,vastadvancesinsemiconductortechnology,coupledwithdramaticchangesinstudents’backgroundsevolvingfromahamradiotocomputerculture,hadrenderedthistraditionalcoursepoorlymotivated,andmanypartsofitwerevirtuallyobsoleteAgarwalandLangdecidedtorevampandbroadenthisfirstcourseforEE,ECEorEECSbyestablishingastrongconnectionbetweenthecontemporaryworldsofdigitalandanalogsystems,andbyunifyingthetreatmentofcircuitsandbasicMOSelectronicsAstheydevelopedthecourse,theysolicitedcommentsandreceivedguidancefromalargenumberofcolleaguesfromMITandotheruniversities,students,andalumni,aswellasindustryleadersUnabletofindasuitabletextfortheirnewintroductorycourse,AgarwalandLangwrotethisbooktofollowthelecturescheduleusedintheircourse‘‘CircuitsandElectronics’’istaughtinboththespringandfallsemestersatMIT,andservesasaprerequisiteforcoursesinsignalsandsystems,digitalcomputerdesign,andadvancedelectronicsThecoursematerialisavailableworldwideonMIT’sOpenCourseWarewebsite,http:ocwmiteduOcwWebindexhtmFoundationsofAnalogandDigitalElectronicCircuitsanantagarwalDepartmentofElectricalEngineeringandComputerScience,MassachusettsInstituteofTechnologyjeffreyhlangDepartmentofElectricalEngineeringandComputerScience,MassachusettsInstituteofTechnologyAMSTERDAM•BOSTON•HEIDELBERG•LONDONNEWYORK•OXFORD•PARIS•SANDIEGOSANFRANCISCO•SINGAPORE•SYDNEY•TOKYOMORGANKAUFMANNPUBLISHERSISANIMPRINTOFELSEVIERPublisher:DeniseEMPenrosePublishingServicesManager:SimonCrumpEditorialAssistant:ValerieWitteCoverDesign:FrancesBacaComposition:CephaImagingPvtLtd,IndiaTechnicalIllustration:DartmouthPublishing,IncCopyeditor:EileenKramerProofreader:KatherineHasalIndexer:KevinBroccoliInteriorprinter:ChinaTranslationandPrintingServicesLtdCoverprinter:ChinaTranslationandPrintingServicesLtdMorganKaufmannPublishersisanimprintofElsevierSansomeStreet,Suite,SanFrancisco,CAThisbookisprintedonacidfreepaper©byElsevierIncAllrightsreservedDesignationsusedbycompaniestodistinguishtheirproductsareoftenclaimedastrademarksorregisteredtrademarksInallinstancesinwhichMorganKaufmannPublishersisawareofaclaim,theproductnamesappearininitialcapitalorallcapitallettersReaders,however,shouldcontacttheappropriatecompaniesformorecompleteinformationregardingtrademarksandregistrationNopartofthispublicationmaybereproduced,storedinaretrievalsystem,ortransmittedinanyformorbyanymeanselectronic,mechanical,photocopying,scanning,orotherwisewithoutpriorwrittenpermissionofthepublisherPermissionsmaybesoughtdirectlyfromElsevier’sScienceTechnologyRightsDepartmentinOxford,UK:phone:(),fax:(),email:permissionselseviercomukYoumayalsocompleteyourrequestonlineviatheElsevierhomepage(http:elseviercom)byselecting‘‘CustomerSupport’’andthen‘‘ObtainingPermissions’’LibraryofCongressCataloginginPublicationDataISBN:ForinformationonallMorganKaufmannpublications,visitourWebsiteatwwwmkpcomorwwwbookselseviercomPrintedinChinaToAnu,Akash,andAnishaAnantAgarwalToMarija,Chris,John,MattJeffreyLangcontentsMaterialmarkedwithWWWappearsontheInternet(pleaseseePrefacefordetails)PrefacexviiApproachxviiOverviewxixCourseOrganizationxxAcknowledgmentsxxichapterTheCircuitAbstractionThePowerofAbstractionTheLumpedCircuitAbstractionTheLumpedMatterDisciplineLimitationsoftheLumpedCircuitAbstractionPracticalTwoTerminalElementsBatteriesLinearResistorsAssociatedVariablesConventionIdealTwoTerminalElementsIdealVoltageSources,Wires,andResistorsElementLawsTheCurrentSourceAnotherIdealTwoTerminalElementModelingPhysicalElementsSignalRepresentationAnalogSignalsDigitalSignalsValueDiscretizationSummaryandExerciseschapterResistiveNetworksTerminologyKirchhoff’sLawsKCLKVLCircuitAnalysis:BasicMethodSingleResistorCircuitsQuickIntuitiveAnalysisofSingleResistorCircuitsEnergyConservationixxCONTENTSVoltageandCurrentDividersAMoreComplexCircuitIntuitiveMethodofCircuitAnalysis:SeriesandParallelSimplificationMoreCircuitExamplesDependentSourcesandtheControlConceptCircuitswithDependentSourcesWWWAFormulationSuitableforaComputerSolutionSummaryandExerciseschapterNetworkTheoremsIntroductionTheNodeVoltageTheNodeMethodNodeMethod:ASecondExampleFloatingIndependentVoltageSourcesDependentSourcesandtheNodeMethodWWWTheConductanceandSourceMatricesWWWLoopMethodSuperpositionSuperpositionRulesforDependentSourcesThévenin’sTheoremandNorton’sTheoremTheThéveninEquivalentNetworkTheNortonEquivalentNetworkMoreExamplesSummaryandExerciseschapterAnalysisofNonlinearCircuitsIntroductiontoNonlinearElementsAnalyticalSolutionsGraphicalAnalysisPiecewiseLinearAnalysisWWWImprovedPiecewiseLinearModelsforNonlinearElementsIncrementalAnalysisSummaryandExerciseschapterTheDigitalAbstractionVoltageLevelsandtheStaticDisciplineBooleanLogicCombinationalGatesStandardSumofProductsRepresentationSimplifyingLogicExpressionsCONTENTSxiNumberRepresentationSummaryandExerciseschapterTheMOSFETSwitchTheSwitchLogicFunctionsUsingSwitchesTheMOSFETDeviceandItsSModelMOSFETSwitchImplementationofLogicGatesStaticAnalysisUsingtheSModelTheSRModeloftheMOSFETPhysicalStructureoftheMOSFETStaticAnalysisUsingtheSRModelStaticAnalysisoftheNANDGateUsingtheSRModelSignalRestoration,Gain,andNonlinearitySignalRestorationandGainSignalRestorationandNonlinearityBufferTransferCharacteristicsandtheStaticDisciplineInverterTransferCharacteristicsandtheStaticDisciplinePowerConsumptioninLogicGatesWWWActivePullupsSummaryandExerciseschapterTheMOSFETAmplifierSignalAmplificationReviewofDependentSourcesActualMOSFETCharacteristicsTheSwitchCurrentSource(SCS)MOSFETModelTheMOSFETAmplifierBiasingtheMOSFETAmplifierTheAmplifierAbstractionandtheSaturationDisciplineLargeSignalAnalysisoftheMOSFETAmplifiervINVersusvOUTintheSaturationRegionValidInputandOutputVoltageRangesAlternativeMethodforValidInputandOutputVoltageRangesOperatingPointSelectionSwitchUnified(SU)MOSFETModelSummaryandExercisesxiiCONTENTSchapterTheSmallSignalModelOverviewoftheNonlinearMOSFETAmplifierTheSmallSignalModelSmallSignalCircuitRepresentationSmallSignalCircuitfortheMOSFETAmplifierSelectinganOperatingPointInputandOutputResistance,CurrentandPowerGainSummaryandExerciseschapterEnergyStorageElementsConstitutiveLawsCapacitorsInductorsSeriesandParallelConnectionsCapacitorsInductorsSpecialExamplesMOSFETGateCapacitanceWiringLoopInductanceICWiringCapacitanceandInductance

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  • cylbf2 英文版 md5:31f76c85c3e8bfdb02dfc0e56e9d8b5b

    2012-01-07 05:02:26

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模拟和数字电子电路基础[2005)]

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