标签: common-mode

OperationalAmplifiersDongmeiLiElectronicEngineeringDept.,TsinghuaUniversityAdvancedAnalogIntegratedCircuitsOperationalAmplifiersImportantParametersOne-StageOpAmpsTwo-StageOpAmpsGainboostingCommon-ModeFeedbackSlewRate1Fall,2004DongmeiLiElectronicEngineeringDept.,TsinghuaUniversityAdvancedAnalogIntegratedCircuitsCascodeOpAmpsTelescopiccascodesA0~gmN[(gmNr2oN//gmPr2oP)],atthecostofoutputswingandadditionalpoles……

Single-StageAmplifierDongmeiLiElectronicEngineeringDept.,TsinghuaUniversityAdvancedAnalogIntegratedCircuitsSingle-StageAmplifiersCommon-Source(CS)AmplifierSourceFollowerCommonGateAmplifierCascodeStageDifferentialAmplifiers1Fall,2004DongmeiLiElectronicEngineeringDept.,TsinghuaUniversityAdvancedAnalogIntegratedCircuitsDifferentialPairRedefineVinvin.DM=vID=vin1vin2vin1+vin2vin,CM=vIC=……

Abstract:TheglossaryprovidesadetaileddescriptionofACperformancetermsrelatedtohigh-speeddataconverterssuchasADCsandDACs.Italsogivessomeinsightintothetestconditionstheseparametersarespecifiedfor.Maxim>AppNotes>A/DandD/ACONVERSION/SAMPLINGCIRCUITSHIGH-SPEEDSIGNALPROCESSINGKeywords:aliasing,aperture,INL,crosstalk,coherentsampling,common-mode,DNL,dithering,ENOB,flash,Mar22,2001frequencybin,glitchenergy,latency,monotonicity,intermodulation,SNR,NPR,quantization,SFDR,SINAD,spectralleakage,THD,VSWRAPPLICATIONNOTE740GlossaryofFrequentlyUsedHigh-SpeedDataConverterTermsAbstract:TheglossaryprovidesadetaileddescriptionofACperformancetermsrelatedtohigh-speeddataconverterssuchasADCsandDACs.Italsogivessomeinsightintothetestconditionstheseparametersarespecifiedfor.Aliasing/Anti-AliasingInsamplingtheory,aninputsignal(fIN)mustbesampledwithatleasttwiceitsfrequency(Nyquistcrit……

Abstract:Railroadshavehadrail-to-railcomponentsforyearsthatwere,infact,nearlyrailtorail.Opampsemploythesamenearlyrail-to-railtradition.Thisapplicationnotediscussesrail-to-railopamps,andexplainswhysomeinputsandoutputscanbelessthan,nearly,orslightlymorethanthepowerrails.Maxim>AppNotes>AmplifierandComparatorCircuitsKeywords:railtorail,opamps,input,output,signalswings,beyondtherails,MOS,bi-polar,CMOS,Pinputpair,Ncommon-mode,supplySep28,2009bias,currentchanges,signmagnitude,crossover,distortion,NPN,PNP,impedance,matchphase,reversal,latchup,overdriveAPPLICATIONNOTE4428Rail-to-Rail:RailroadingandtheElectronicsofOpAmpsBy:BillLaumeister,StrategicApplicationsEngineerAbstract:Railroadshavehadrail-to-railcomponentsforyearsthatwere,infact,nearlyrailtorail.Opampsemploythesamenearlyrail-to-railtradition.Thisapplicationnotediscussesrail-to-railopamps,andexplainswhysomeinputsandoutputscanbelessthan,nearly,orslightlymorethanthepowerrails.IntroductionF……

摘要：铁路已经有多年了，其实，近轨到轨的轨到轨组件。运算放大器采用相同的近轨到轨的传统。本应用笔记讨论了轨至轨运算放大器，并解释了为什么一些输入和输出可以是小于，接近或略高于电源轨。Maxim>AppNotes>AmplifierandComparatorCircuitsKeywords:railtorail,opamps,input,output,signalswings,beyondtherails,MOS,bi-polar,CMOS,Pinputpair,Ncommon-mode,supplySep28,2009bias,currentchanges,signmagnitude,crossover,distortion,NPN,PNP,impedance,matchphase,reversal,latchup,overdriveAPPLICATIONNOTE4428Rail-to-Rail:RailroadingandtheElectronicsofOpAmpsBy:BillLaumeister,StrategicApplicationsEngineerAbstract:Railroadshavehadrail-to-railcomponentsforyearsthatwere,infact,nearlyrailtorail.Opampsemploythesamenearlyrail-to-railtradition.Thisapplicationnotediscussesrail-to-railopamps,andexplainswhysomeinputsandoutputscanbelessthan,nearly,orslightlymorethanthepowerrails.IntroductionF……

摘要：铁路轨到轨组件多年了，事实上，近轻轨铁路。运算放大器雇用近轨轨一样的传统。本应用指南讨论轨到轨运算放大器，并解释了为什么一些输入和输出可以是少于、近，或略超过电源导轨。Maxim>AppNotes>AmplifierandComparatorCircuitsKeywords:railtorail,opamps,input,output,signalswings,beyondtherails,MOS,bi-polar,CMOS,Pinputpair,Ncommon-mode,supplySep28,2009bias,currentchanges,signmagnitude,crossover,distortion,NPN,PNP,impedance,matchphase,reversal,latchup,overdriveAPPLICATIONNOTE4428Rail-to-Rail:RailroadingandtheElectronicsofOpAmpsBy:BillLaumeister,StrategicApplicationsEngineerAbstract:Railroadshavehadrail-to-railcomponentsforyearsthatwere,infact,nearlyrailtorail.Opampsemploythesamenearlyrail-to-railtradition.Thisapplicationnotediscussesrail-to-railopamps,andexplainswhysomeinputsandoutputscanbelessthan,nearly,orslightlymorethanthepowerrails.IntroductionF……

摘要：描述的电路提供了一个从piezofilm传感器的热输出。该电路是一个高输入阻抗的差分电荷放大器，使用三运放仪表放大器配置了几分古典。差阶段拒绝电阻产生的热噪声，并作为一阶高通滤波器。元件值的选择进行了讨论，并一些典型valuese建议。备用配置建议，为克服一些典型电路限制。Maxim>AppNotes>AmplifierandComparatorCircuitsSensorsKeywords:thermalsensor,temperaturesensor,piezoelectric,high-impedanceinput,high-Zbufferamplifier,tempsensor,piezo,chargeJun26,2002amplifier,high-passfilter,noiserejection,common-moderejection,CMR,differentialtosingle-ended,signalconditioning,APPLICATIONNOTE1127AmplifierProvidesSignalConditioningforPiezofilmSensorAbstract:Describedcircuitprovidesathermaloutputfromapiezofilmtransducer.Thecircuitisahigh-input-impedancedifferentialchargeamplifierusingthreeopampsinasomewhatclassicalinstrumentationamplifierconfiguration.Thedifferentialstagerejectsresistor-generatedthermalnoise,andactsasafirst-orderhigh-passfilter.Choiceofcomponentvaluesis……

摘要：要了解如何创建，然后抑制共模信号，你首先应该了解在普通电缆配置盾牌和理由的互动。下面的讨论中定义了一个共模信号，回顾了常见的电缆配置，考虑屏蔽与非屏蔽电缆，并介绍了典型的接地措施。文章论述了创建和拒绝，使共模信号的方法。Maxim/Dallas>AppNotes>AMPLIFIERANDCOMPARATORCIRCUITSAUDIOCIRCUITSCOMMUNICATIONSCIRCUITSINTERFACECIRCUITSVIDEOCIRCUITSKeywords:common-modesignals,network,transmissionlines,shieldedcables,unshieldedcables,RS-485,May21,2003RS485,RS-422,RS422,APPLICATIONNOTE2045UnderstandingCommon-ModeSignalsAbstract:Tounderstandhowcommon-modesignalsarecreatedandthensuppressed,youshouldfirstunderstandtheinteractionofshieldsandgroundsincommoncableconfigurations.Thefollowingdiscussiondefinesacommon-modesignal,reviewsthecommoncableconfigurations,considersshieldedvs.unshieldedcables,anddescribestypicalgroundingpractices.Thearticlediscussesmethodswherebycommon-modesignalsarecreatedandrejected.Theprimaryfocus……

摘要：本应用笔记显示了一个简单和节省空间的方式一般为前端电源的负参考电压。MAX828/MAX829电荷泵提供负参考电压，降低功耗，并增加了偏置电源的可靠性。Maxim>AppNotes>AutomotivePower-SupplyCircuitsKeywords:negativereferencevoltage,common-modenoiseimmunity,chargepump,voltageinverter,rectifier,telecom,front-endpowerDec01,2000supplyAPPLICATIONNOTE971TinyChargePumpProvidesHighlyReliableLow-CostSolutiontoNegativeReferenceVoltageAbstract:Thisapplicationnoteshowsasimpleandspace-savingwaytogeneralanegativereferencevoltageforafront-endpowersupply.TheMAX828/MAX829chargepumpprovidesanegativereferencevoltage,reducespowerdissipation,andincreasesbiassupplyreliability.Additionalinformation:DatasheetfortheMAX828/MAX829Technicalsupport:powerIntelecomapplications,particularlytherectifierapplications……

摘要：要了解如何创建，然后抑制共模信号，你首先应该了解在普通电缆配置盾牌和理由的互动。下面的讨论中定义了一个共模信号，回顾了常见的电缆配置，考虑屏蔽与非屏蔽电缆，并介绍了典型的接地措施。文章论述了创建和拒绝，使共模信号的方法。Maxim/Dallas>AppNotes>AMPLIFIERANDCOMPARATORCIRCUITSAUDIOCIRCUITSCOMMUNICATIONSCIRCUITSINTERFACECIRCUITSVIDEOCIRCUITSKeywords:common-modesignals,network,transmissionlines,shieldedcables,unshieldedcables,RS-485,May21,2003RS485,RS-422,RS422,APPLICATIONNOTE2045UnderstandingCommon-ModeSignalsAbstract:Tounderstandhowcommon-modesignalsarecreatedandthensuppressed,youshouldfirstunderstandtheinteractionofshieldsandgroundsincommoncableconfigurations.Thefollowingdiscussiondefinesacommon-modesignal,reviewsthecommoncableconfigurations,considersshieldedvs.unshieldedcables,anddescribestypicalgroundingpractices.Thearticlediscussesmethodswherebycommon-modesignalsarecreatedandrejected.Theprimaryfocus……