電子學考科新範圍: (100%) (bjts) sedra/smith, microelectronic circuits...

: (100%) Sedra/Smith, Microelectronic Circuits 7th edition *Introduction [1.1]Signals [1.2]Frequencyspectrumofsignals [1.3]Analoganddigitalsignals [1.4]Amplifiers [1.5]Circuitmodelsforamplifiers [1.6]Frequencyresponseofamplifiers *Operationalamplifierapplications [2.1]Idealopamp [2.2]Theinvertingconfiguration [2.3]Thenoninvertingconfiguration [2.4]Differenceamplifiers [2.5]Integratorsanddifferentiators [2.6]DCimperfection [2.7]Effectoffinitegainandbandwidth [2.8]Largesignaloperationofopamps *Semiconductors [1.7]Intrinsicsemiconductors [1.8]Dopedsemiconductors [1.9]Currentflowinsemiconductors [1.10]Thepnjunction [1.11]Thepnjunctionwithappliedvoltage [1.12]Capacitiveeffectsinthepnjunction *Diodes [3.1]Theidealdiode [3.2]Terminalcharacteristicsofjunctiondiodes [3.3]Modelingthediodeforwardcharacteristics [3.4]Operationinthereversebreakdownregion [3.5]Rectifiercircuits [3.6]Limitingandclampingcircuits *MOSfieldeffecttransistors(MOSFETs) [5.1]Devicestructureandphysicaloperation[5.2]Current-voltagecharacteristics[5.3]MOSFETcircuitsatDC

*BipolarJunctionTransistors(BJTs) [4.1]Devicestructureandphysicaloperation [4.2]Currentvoltagecharacteristics [4.3]BJTcircuitsatDC *Transistoramplifiers(MOSFETonly) [6.1]Basicprinciples [6.2]Smallsignaloperationandmodels [6.3]Basicconfigurations [6.4]Biasing [6.5]Discretecircuitamplifiers *Buildingblocksofintegratedcircuitamplifiers(MOSFETonly) [7.1]ICdesignphilosophy [7.2]ICbiasing [7.3]Thebasicgaincell [7.4]Thecommongateamplifiers [7.5]Thecascodeamplifier [7.6]Currentmirrorcircuitswithimprovedperformance *Differentialandmultistageamplifiers(MOSFETonly) [8.1]TheMOSdifferentialpair [8.3]Commonmoderejection [8.4]DCoffset [8.5]Thedifferentialamplifierwithacurrentmirrorload [8.6]Multistageamplifiers *Frequencyresponse(MOSFETonly) [9.1]Lowfrequencyresponseofdiscretecircuitcommonsourceandcommonemitteramplifiers [9.2]InternalcapacitiveeffectsandthehighfrequencymodeloftheMOSFET [9.3]HighfrequencyresponseoftheCSamplifiers [9.4]Usefultoolsfortheanalysisofthehighfrequencyresponseofamplifiers

[9.5]Highfrequencyresponseofthecommongateandcascodeamplifiers [9.6]Highfrequencyresponseofthesourceandemitterfollowers [9.7]Highfrequencyresponseofthedifferentialamplifiers [9.8]Otherwidebandamplifiers *Feedback [10.1]Thegeneralfeedbackstructure [10.2]Somepropertiesofnegativefeedback [10.6]Summaryofthefeedbackanalysismethod [10.7]Thestabilityproblem [10.8]Effectoffeedbackontheamplifierpoles [10.9]StabilitystudyusingBodeplots [10.10]Frequencycompensation *Operationalamplifiercircuits [12.1]ThetwostageCMOSopamp [12.2]ThefoldedcascodeCMOSopamp *Filters [13.4]Firstorderandsecondorderfilterfunctions [13.5]SecondorderLCRresonator [13.6]Secondorderactivefiltersbasedoninductorreplacement [13.7]Secondorderactivefilters [13.8]Singleamplifierbiquadraticactivefilter *Signalgenerators [14.1]Basicprinciplesofsinusoidaloscillators[14.2]OpampRCoscillatorcircuits [14.3]LCandcrystaloscillators [14.4]Bistablemultivibrators [14.5]Generationofsquareandtriangularwaveformsusingastablemultivibrators [14.6]Generationofastandardizedpulse [14.7]Integratedcircuittimer

*CMOSdigitallogiccircuits [15.1]CMOSlogicgatecircuits [15.2]Digitallogicinverters [15.3]CMOSinverter [15.4]DynamicoperationoftheCOSinverter [15.5]Transistorsize [15.6]Powerdissipation *Advancedtopicsindigitalintegratedcircuit [16.1]Implicationsoftechnologyscaling [16.2]DigitalICtechnologies,logiccircuitfamiliesanddesignmethodologies [16.3]PseudoNMOSlogiccircuits [16.4]Passtransistorlogiccircuits [16.5]DynamicMOSlogiccircuits *Memorycircuits [17.1]Latchesandflipflops [17.2]Semiconductormemories [17.3]RAM [17.4]Senseamplifierandaddressdecoders [17.5]ROM

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