标签: rail-to-rail

新器件LT1711和LT1714系列超快速比较器具有全差分轨至轨输入输出和最低2.4V的工作电压，可轻松满足低电压工作的要求。LT1711和LT1712具有4.5ns传输延迟和100MHz切换频率，LT1713和LT1714具有7ns传输延迟和65Hz切换频率。所有这些比较器设计为多电源应用，具有锁存使能(LE)引脚和互初输出。具有MSOP和SSOP封装，2.7V、5V和±5V供电时可覆盖商业和工业温度范围。advertisementRail-to-RailI/Oand2.4VOperationAllowUltraFastComparatorstobeUsedonLowVoltageSupplies……

LT6202、LT6203和LT6204是快速、低噪声放大器，为低功耗而优化设计。轨至轨输入和输出具有灵活、易用和电大化动态范围的优点。advertisement100MHzOpAmpFeaturesLowNoiseRail-to-RailPerformanceWhileConsumingOnly2.5mA……

Abstract:Initssimplestform,thePCvoltmeterconsistsofa4-channel,10-bitA/Dconverter(IC2)withafewpassivecomponents,connectedtothePCprinterportviaa25-pinmaleD-typeconnector.Maxim>AppNotes>A/DandD/AConversion/SamplingCircuitsAmplifierandComparatorCircuitsKeywords:lowpoweredopamps,quadopamps,rail-to-railinputs,rail-to-railoutputs,rail-to-railopamps,opampApr10,2003APPLICATIONNOTE1988CircuitEnablesPC-BasedVoltageMeasurementsAbstract:Initssimplestform,thePCvoltmeterconsistsofa4-channel,10-bitA/Dconverter(IC2)withafewpassivecomponents,connectedtothePCprinterportviaa25-pinmaleD-typeconnector.Initssimplestform,thePCvoltmeterofFigure1consistsofsection"A"alone:a4-channel,10-bitA/Dconverter(IC2)withafewpassivecomponents,connectedtothePCprinterportviaa25-pinmaleD-typeconnector.Powerisderivedfrompins2and3,andthecir……

摘要：在其最简单的形式，4通道10位A/D转换器（IC2）的几个被动元件，通过25针D型连接器连接到PC的打印机端口，PC的电压表组成。Maxim>AppNotes>A/DandD/AConversion/SamplingCircuitsAmplifierandComparatorCircuitsKeywords:lowpoweredopamps,quadopamps,rail-to-railinputs,rail-to-railoutputs,rail-to-railopamps,opampApr10,2003APPLICATIONNOTE1988CircuitEnablesPC-BasedVoltageMeasurementsAbstract:Initssimplestform,thePCvoltmeterconsistsofa4-channel,10-bitA/Dconverter(IC2)withafewpassivecomponents,connectedtothePCprinterportviaa25-pinmaleD-typeconnector.Initssimplestform,thePCvoltmeterofFigure1consistsofsection"A"alone:a4-channel,10-bitA/Dconverter(IC2)withafewpassivecomponents,connectedtothePCprinterportviaa25-pinmaleD-typeconnector.Powerisderivedfrompins2and3,andthecir……

railtorailopa,rail-to-rail……

Rail-to-RailOpAmpsAMSC/TAMURail-to-RailOpAmpsEdgarSánchez-SinencioTAMU,AMSCThankstoShouliYanforhisvaluableinputinhelpingingeneratingpartofthismaterial1OpAmpConfigurationsTherearethefollowingOpAmpConfigurations,(a)invertingconfiguration,(b)non-invertingconfiguration,(c)voltagefollower(orvoltagebuffer,aspecialcaseof(b)),(d)fully-differentialconfiguration,(e)fully-differentialtosingle-endedconversionR2R1vIvOR1R2vOvIvOvI(a)(b)R2(c)vI+R1vI-R1R2vOR2vI-R1vOR2vO+vI+R1(d)(e)2WhyRail-to-RailDifferentialInputStage?TheinputandoutputswingrequirementsConfigurationInvertingNon-invertingVoltagefollowerFullyDifferentialFDtoSEFigure(a)(b)(c)(d)(e)Inputcommonmodevoltageswing≈0R1/(……

Aprecisionrampgeneratorproducesa0to5Vrampwhileoperatingfromasingle5Vsupply……