标签: comparison

DINTConversionofINTdatatypeandArithmaticcomparison

AcomparisonbetweenInternalModelControl,optimalPIDFandrobustcontrollersforunstableflowinrisers

AComparisonBetweenAdaptivePIDControllerandPIDControllerwithDerivativePathFilterBasedonBacterialForagingOptimizationAlgorithm

COMPARISONOFSIMULINKBASEDFOPIDANDPIDCONTROLLER

ComparisonofPIControllerTuningMethods

Comparisonbetweentheparticleswarmoptimisationanddifferentialevolutionapproachesfortheoptimalproportional-integralcontrollersdesignduringphotovoltaicpowerplantsmodelling

ComparisonBetweenRobustPIDandPredictivePIControllerswithConstrainedControlSignalNoiseSensitivity

ComparisonbetweenConventionalPIDandFuzzyLogicControllerforLiquidFlowControl-PerformanceEvaluationofFuzzyLogicandPIDControllerbyUsingMATLAB／Simulink

ComparisonAnalysisofIndirectFOCInductionMotorDriveusingPI,Anti-WindupandPreFilterSchemes

Comparisonamongsomewellknowncontrolschemeswithdifferenttuningmethods

ExperimentalcomparisonofRSSI-basedlocalizationalgorithmsforindoorwirelesssensornetworks.

Lesson18ComparisonofDSPandASP.ppt

40-nmFPGAs:ArchitectureandPerformanceComparisonWhitePaper40-nmFPGAs:ArchitectureandPerformanceComparisonFPGAusersareconstantlylookingforwaystodifferentiatetheirproductsinthemarketplaceandindoingsotheydefinenewsystemswithnewrequirements.Thenewrequirementsusuallyareincreasedfunctionality,higherprocessingperformance,lowpowerconsumption,customizablecapabilities,andreprogrammability.Toachievetheserequirements,theprovenmethodologyistodoubletheFPGAdensitywhenmovingtosmallerprocessgeometries.However,movingtosmallergeometrieslike40nmdoesnotcomefree.Whiledynamicpowerreducesatthe40-nmprocessnode,staticpowerconsumptionincreasesthroughu……

VHDL、Verilog，System+verilog比较DigitalSimulationWhitePaperComparisonofVHDL,VerilogandSystemVerilogStephenBaileyTechnicalMarketingEngineerModelTechnologywww.model.comIntroductionexplicitlyconvertfromonedatatypetoanother(integertobit-vector,forexample).AsthenumberofenhancementstovariousHardwareDescriptionLanguages(HDLs)hasThecreatorsofVHDLemphasizedsemanticsincreasedoverthepastyear,sotoohasthecom-thatwereunambiguousanddesignsthatwereplexityofdeter……

Abstract:Thisarticleexplainsthearchitectureandoperationofpipelinedanalog-to-digitalconverters(ADCs).Itdiscusseskeyperformancecharacteristicssuchasarchitecture,latency,digitalerrorcorrection,componentaccuracy,anddigitalcalibration.ThearticlealsobrieflycomparespipelinesADCstootherdataconverterarchitectures.Maxim>AppNotes>A/DandD/ACONVERSION/SAMPLINGCIRCUITSBASESTATIONS/WIRELESSINFRASTRUCTUREKeywords:pipeline,ADC,analogtodigitalconverter,analogtodigitalconvertor,A/D,latency,blockdiagram,Mar01,2001componentaccuracy,digitalerrorcorrection,archecturecomparison,ADCs,convertersAPPLICATIONNOTE1023UnderstandingPipelinedADCsAbstract:Thisarticleexplainsthearchitectureandoperationofpipelinedanalog-to-digitalconverters(ADCs).Itdiscusseskeyperformancecharacteristicssuchasarchitecture,latency,digitalerrorcorrection,componentaccuracy,anddigitalcalibration.ThearticlealsobrieflycomparespipelinesADCstootherdataconverterarchitectures.Thepipelinedanalog-to-digitalconverter(ADC)hasbecomethemostpopularADCar……

摘要：本文介绍了流水线模拟-数字转换器（ADC）的架构和运作。它讨论的主要性能特点，如建筑，延迟，数字纠错，元件精度，数字校准。文章还简要地比较了管道的ADC等数据转换器架构。Maxim>AppNotes>A/DandD/ACONVERSION/SAMPLINGCIRCUITSBASESTATIONS/WIRELESSINFRASTRUCTUREKeywords:pipeline,ADC,analogtodigitalconverter,analogtodigitalconvertor,A/D,latency,blockdiagram,Mar01,2001componentaccuracy,digitalerrorcorrection,archecturecomparison,ADCs,convertersAPPLICATIONNOTE1023UnderstandingPipelinedADCsAbstract:Thisarticleexplainsthearchitectureandoperationofpipelinedanalog-to-digitalconverters(ADCs).Itdiscusseskeyperformancecharacteristicssuchasarchitecture,latency,digitalerrorcorrection,componentaccuracy,anddigitalcalibration.ThearticlealsobrieflycomparespipelinesADCstootherdataconverterarchitectures.Thepipelinedanalog-to-digitalconverter(ADC)hasbecomethemostpopularADCar……

摘要：本应用笔记介绍了DS2760电池监视器和保护的DS2761电池监视器和保护者之间的分歧。它描述了每个细节的差异，并表示，如有变化将被要求到现有设计的DS2760及其前身的DS2761之间切换。Maxim>AppNotes>BATTERYMANAGEMENTKeywords:batterymonitor,batteryprotector,productcomparison,DS2760,DS2761,batterymonitoring,Sep10,2002protectionAPPLICATIONNOTE221DS276xProductComparisonAbstract:ThisapplicationnotedescribesthedifferencesbetweentheDS2760batterymonitorandprotectorandtheDS2761batterymonitorandprotector.Itdescribeseachdifferenceindetailandindicateswhat,ifany,changeswouldberequiredtoanexistingdesigntoswitchbetweentheDS2760anditspredecessor,theDS2761.IntroductionTheDS2762,DS2761,andDS2760dierevisionC2provideupgradestotheoperationoftheoriginalDS2760(dierevisionsB2andB3).Thedifferencesamongthesedevicesareminorandcancauseconfusionastowhetherornotsystemhardware……

摘要：本应用笔记介绍了DS2760电池监视器和保护的DS2761电池监视器和保护者之间的分歧。它描述了每个细节的差异，并表示，如有变化将被要求到现有设计的DS2760及其前身的DS2761之间切换。Maxim>AppNotes>BATTERYMANAGEMENTKeywords:batterymonitor,batteryprotector,productcomparison,DS2760,DS2761,batterymonitoring,Sep10,2002protectionAPPLICATIONNOTE221DS276xProductComparisonAbstract:ThisapplicationnotedescribesthedifferencesbetweentheDS2760batterymonitorandprotectorandtheDS2761batterymonitorandprotector.Itdescribeseachdifferenceindetailandindicateswhat,ifany,changeswouldberequiredtoanexistingdesigntoswitchbetweentheDS2760anditspredecessor,theDS2761.IntroductionTheDS2762,DS2761,andDS2760dierevisionC2provideupgradestotheoperationoftheoriginalDS2760(dierevisionsB2andB3).Thedifferencesamongthesedevicesareminorandcancauseconfusionastowhetherornotsystemhardware……

ComparisonofMLCCERAMIC&TANTALUMCAPACITORSTECHNICALINFORMATIONCOMPARISONOFMULTILAYERCERAMICANDTANTALUMCAPACITORSbyJeffreyCain,Ph.D.AVXCorporation17thAvenueSouthMyrtleBeach,SouthCarolina29578jcain@sccoast.netAbstract:Engineersnowhaveachoicebetweenceramicandtantalumwhenitcomestoselectingcapacitorswithvaluesbetween0.1-22F.Astheceramicmaterialtechnologycontinuestoadvance,moreandmorecapacitanceisrealizedinthesamecasesizescomparedtopreviousyears.Thispaperwillexaminewhatdevicesareavailableandthetradeoffofusingeachofthetechnologies.Thegoalofthisworkistohelpinselectingtheproperdevice(tantalumversusceramic)foraspecificapplication.COMPARISONOFMULTILAYERCERAMICANDTANTALUMCAPACITORSbyJeffreyCain,Ph.D.AVXCorporation17thAv……

COMPARISONOFMULTILAYERCERAMICTECHNICALINFORMATIONCOMPARISONOFMULTILAYERCERAMICANDTANTALUMCAPACITORSbyJeffreyCain,Ph.D.AVXCorporation17thAvenueSouthMyrtleBeach,SouthCarolina29578jcain@sccoast.netAbstract:Engineersnowhaveachoicebetweenceramicandtantalumwhenitcomestoselectingcapacitorswithvaluesbetween0.1-22F.Astheceramicmaterialtechnologycontinuestoadvance,moreandmorecapacitanceisrealizedinthesamecasesizescomparedtopreviousyears.Thispaperwillexaminewhatdevicesareavailableandthetradeoffofusingeachofthetechnologies.Thegoalofthisworkistohelpinselectingtheproperdevice(tantalumversusceramic)foraspecificapplication.COMPARISONOFMULTILAYERCERAMICANDTANTALUMCAPACITORSbyJeffreyCain,Ph.D.AVXCorporation17thAv……