文件名称：Microelectronic Circuit Design, 4ed, 2011.pdf
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更新时间：2022-06-12 08:01:16
Microelectronic Circuit Design
Throughstudyofthistext,thereaderwilldevelopacom- prehensiveunderstandingofthebasictechniquesofmod- ernelectroniccircuitdesign,analoganddigital,discrete andintegrated.Eventhoughmostreadersmaynotulti- matelybeengagedinthedesignofintegratedcircuits(ICs) themselves,athoroughunderstandingoftheinternalcircuit structureofICsisprerequisitetoavoidingmanypitfallsthat preventtheeffectiveandreliableapplicationofintegrated circuitsinsystemdesign. Digitalelectronicshasevolvedtobeanextremelyim- portantareaofcircuitdesign,butitisincludedalmostas anafterthoughtinmanyintroductoryelectronicstexts.We presentamorebalancedcoverageofanaloganddigitalcir- cuits.Thewritingintegratestheauthors’extensiveindus- trialbackgroundsinprecisionanaloganddigitaldesignwith theirmanyyearsofexperienceintheclassroom.Abroad spectrumoftopicsisincluded,andmaterialcaneasilybe selectedtosatisfyeitheratwo-semesterorthree-quarter sequenceinelectronics. INTHISEDITION Thiseditioncontinuestoupdatethematerialtoachieve improvedreadabilityandaccessibilitytothestudent.In additiontogeneralmaterialupdates,anumberofspe- cificchangeshavebeenincludedinPartsIandII,Solid- StateElectronicsandDevicesandDigitalElectronics, respectively.Anewclosed-formsolutiontofour-resistor MOSFETbiasingisintroducedaswellasanimproved iterativestrategyfordiodeQ-pointanalysis.JFETdevices areimportantinanalogdesignandhavebeenreintro- ducedattheendofChapter4.Simulation-basedlogicgate scalingisintroducedintheMOSlogicchapters,andan enhanceddiscussionofnoisemarginisincludedasanew Electronics-in-Action(EIA)feature.Current-modelogic (CML)isheavilyusedinhighperformanceSiGeICs,and aCMLsectionisaddedtotheBipolarLogicchapter. Thisrevisioncontainsmajorreorganizationandrevi- sionoftheanalogportion(PartIII)ofthetext.Theintroduc- toryamplifiermaterial(oldChapter10)isnowintroduced ina“just-in-time”basisinthethreeop-ampchapters.Spe- cificsectionshavebeenaddedwithqualitativedescriptions oftheoperationofbasicop-ampcircuitsandeachtransistor amplifierconfigurationaswellasthetransistorsthemselves. Feedbackanalysisusingtwo-portshasbeeneliminated fromChapter18infavorofaconsistentloop-gainanaly- sisapproachtoallfeedbackconfigurationsthatbeginsin theop-ampchapters.Theimportantsuccessivevoltageand currentinjectiontechniqueforfindingloop-gainisnowin- cludedinChapter11,andBlackman’stheoremisutilizedto findinputandoutputresistancesofclosed-loopamplifiers. SPICEexampleshavebeenmodifiedtoutilizethree-and five-terminalbuilt-inop-ampmodels. Chapter10,AnalogSystemsandIdealOperational Amplifiers,providesanintroductiontoamplifiersandcov- ersthebasicidealop-ampcircuits. Chapter11,CharacteristicsandLimitationsofOpera- tionalAmplifiers,coversthelimitationsofnonidealopamps includingfrequencyresponseandstabilityandthefourclas- sicfeedbackcircuitsincludingseries-shunt,shunt-shunt, shunt-seriesandseries-seriesfeedbackamplifiers. Chapter12,OperationalAmplifierApplications,col- lectstogetheralltheop-ampapplicationsincludingmulti- stageamplifiers,filters,A/DandD/Aconverters,sinusoidal oscillators,andmultivibrators. Redundantmaterialintransistoramplifierchapters13 and14hasbeenmergedoreliminatedwhereverpossible. Otheradditionstotheanalogmaterialincludediscussionof relationsbetweenMOSlogicinvertersandcommon-source amplifiers,distortionreductionthroughfeedback,therela- tionshipbetweenstepresponseandphasemargin,NMOS differentialamplifierswithNMOSloadtransistors,thereg- ulatedcascodecurrentsource,andtheGilbertmultiplier. BecauseoftherenaissanceandpervasiveuseofRF circuits,theintroductorysectiononRFamplifiers,nowin Chapter17,hasbeenexpandedtoincludeshunt-peaked andtunedamplifiers,andtheuseofinductivedegeneration incommon-sourceamplifiers.Newmaterialonmixersin- cludespassive,active,single-anddouble-balancedmixers andthewidelyusedGilbertmixer.