Descriptionios5
ios5.1.1固件下载 时间:2021-02-19 阅读:()
Dual,UltralowDistortion,UltralowNoiseOpAmpEnhancedProductAD8599-EPRev.
0DocumentFeedbackInformationfurnishedbyAnalogDevicesisbelievedtobeaccurateandreliable.
However,noresponsibilityisassumedbyAnalogDevicesforitsuse,norforanyinfringementsofpatentsorotherrightsofthirdpartiesthatmayresultfromitsuse.
Specificationssubjecttochangewithoutnotice.
NolicenseisgrantedbyimplicationorotherwiseunderanypatentorpatentrightsofAnalogDevices.
Trademarksandregisteredtrademarksarethepropertyoftheirrespectiveowners.
OneTechnologyWay,P.
O.
Box9106,Norwood,MA02062-9106,U.
S.
A.
Tel:781.
329.
47002015AnalogDevices,Inc.
Allrightsreserved.
TechnicalSupportwww.
analog.
comFEATURESLowvoltagenoisedensity:1.
15nV/√Hzat1kHzLowdistortion:120dBtotalharmonicdistortionplusnoise(THD+N)at1kHzPeak-to-peaknoise:76nVp-pat0.
1Hzto10HzSlewrate:15V/μsatVSY=±15VWidegainbandwidthproduct:10MHzSupplycurrentperamplifier:5.
0mAtypicalatVSY=±15VLowoffsetvoltage:10μVtypicalatVSY=±15VCommon-moderejectionratio(CMRR):120dBminimumUnity-gainstableDual-supplyoperation:±15VENHANCEDPRODUCTFEATURESSupportsdefenseandaerospaceapplications(AQECstandard)Extendedtemperaturerange:55°Cto+125°CControlledmanufacturingbaselineOneassembly/testsiteOnefabricationsiteEnhancedproductchangenotificationQualificationdataavailableonrequestAPPLICATIONSProfessionalaudiopreamplifiersATE/precisiontestersImagingsystemsMedical/physiologicalmeasurementsPrecisiondetectors/instrumentsPrecisiondataconversionsPINCONFIGURATIONOUTA1–INA2+INA3–V4+V8OUTB7–INB6+INB5AD8599-EPTOPVIEW(NottoScale)13065-001Figure1.
GENERALDESCRIPTIONTheAD8599-EPisaverylownoise,lowdistortionopampidealforuseasapreamplifier.
Thelownoiseof1.
15nV/√Hzandlowharmonicdistortionof120dB(orbetter)ataudiobandwidthsgivetheAD8599-EPthewidedynamicrangenecessaryforpreamplifiersinaudio,medical,andinstrumentationapplications.
Theexcellentslewrateof15V/μsand10MHzgainbandwidthproductmaketheAD8599-EPhighlysuitableformedicalapplications.
ThelowdistortionandfastsettlingtimemaketheAD8599-EPidealforbufferinghighresolutiondataconverters.
TheAD8599-EPisavailableinan8-leadSOICpackage.
Itisspecifiedovera55°Cto+125°Ctemperaturerange.
AdditionalapplicationandtechnicalinformationcanbefoundintheAD8599datasheet.
AD8599-EPEnhancedProductRev.
0|Page2of8TABLEOFCONTENTSFeatures1EnhancedProductFeatures1Applications.
1PinConfiguration.
1GeneralDescription.
1RevisionHistory2Specifications.
3AbsoluteMaximumRatings4ThermalResistance.
4PowerSequencing4ESDCaution.
4TypicalPerformanceCharacteristics.
5OutlineDimensions.
8OrderingGuide8REVISIONHISTORY8/15—Revision0:InitialVersionEnhancedProductAD8599-EPRev.
0|Page3of8SPECIFICATIONSVSY=±15V,VCM=0V,VO=0V,TA=25°C,unlessotherwisespecified.
Table1.
ParameterSymbolTestConditions/CommentsMinTypMaxUnitINPUTCHARACTERISTICSOffsetVoltageVOS10120V55°C≤TA≤+125°C300VOffsetVoltageDriftΔVOS/ΔT55°C≤TA≤+125°C0.
82.
5V/°CInputBiasCurrentIB25200nA55°C≤TA≤+125°C350nAInputOffsetCurrentIOS50200nA55°C≤TA≤+125°C350nAInputVoltageRangeIVR12.
5+12.
5VCommon-ModeRejectionRatioCMRR12.
5V≤VCM≤+12.
5V120135dB55°C≤TA≤+125°C115dBLargeSignalVoltageGainAVORL≥600Ω,VO=11Vto+11V110116dB55°C≤TA≤+125°C106dBInputCapacitanceDifferentialCapacitanceCDIFF12.
1pFCommon-ModeCapacitanceCCM5.
1pFOUTPUTCHARACTERISTICSOutputVoltageHighVOHRL=600Ω13.
113.
4V55°C≤TA≤+125°C12.
8VRL=2kΩ13.
513.
7V55°C≤TA≤+125°C13.
2VLowVOLRL=600Ω13.
212.
9V55°C≤TA≤+125°C12.
8VRL=2kΩ13.
513.
4V55°C≤TA≤+125°C13.
3VOutputShort-CircuitCurrentISC±52mAClosed-LoopOutputImpedanceZOUTAt1MHz,AVO=15ΩPOWERSUPPLYPowerSupplyRejectionRatioPSRRVSY=±18Vto±4.
5V120140dB55°C≤TA≤+125°C118dBSupplyCurrentperAmplifierISY5.
05.
7mA55°C≤TA≤+125°C6.
75mADYNAMICPERFORMANCESlewRateSRAVO=1,RL=2kΩ16V/sAVO=1,RL=2kΩ15V/sSettlingTimetSTo0.
01%,step=10V2sGainBandwidthProductGBP10MHzPhaseMarginΦM65DegreesNOISEPERFORMANCEPeak-to-PeakNoiseenp-p0.
1Hzto10Hz76nVp-pVoltageNoiseDensityenf=1kHz1.
071.
15nV/√Hzf=10Hz1.
5nV/√HzCorrelatedCurrentNoisef=1kHz1.
9pA/√Hzf=10Hz4.
3pA/√HzUncorrelatedCurrentNoisef=1kHz2.
3pA/√Hzf=10Hz5.
3pA/√HzTotalHarmonicDistortion+NoiseTHD+NG=1,RL≥1kΩ,f=1kHz,VRMS=3V120dBChannelSeparationCSf=10kHz120dBAD8599-EPEnhancedProductRev.
0|Page4of8ABSOLUTEMAXIMUMRATINGSTable2.
ParameterRatingSupplyVoltage±18VInputVoltageV≤VIN≤+VDifferentialInputVoltage1±1VOutputShort-CircuittoGNDIndefiniteStorageTemperatureRange65°Cto+150°COperatingTemperatureRange55°Cto+125°CLeadTemperature(Soldering60sec)300°CJunctionTemperature150°C1Ifthedifferentialinputvoltageexceeds1V,limitthecurrentto5mA.
StressesatorabovethoselistedunderAbsoluteMaximumRatingsmaycausepermanentdamagetotheproduct.
Thisisastressratingonly;functionaloperationoftheproductattheseoranyotherconditionsabovethoseindicatedintheoperationalsectionofthisspecificationisnotimplied.
Operationbeyondthemaximumoperatingconditionsforextendedperiodsmayaffectproductreliability.
THERMALRESISTANCEθJAisspecifiedwiththedevicesolderedonacircuitboardwithitsexposedpaddlesolderedtoapad(ifapplicable)ona4-layerJEDECstandardPCBwithzeroairflow.
Table3.
PackageTypeθJAθJCUnit8-LeadSOIC(R-8)12036°C/WPOWERSEQUENCINGApplytheopampsuppliessimultaneously.
Theopampsuppliesmustbestablebeforeanyinputsignalsareapplied.
Inanycase,theinputcurrentmustbelimitedto5mA.
ESDCAUTIONEnhancedProductAD8599-EPRev.
0|Page5of8TYPICALPERFORMANCECHARACTERISTICS–75–252575125–50050100250–250–200–150–100–50050100150200VOS(V)TEMPERATURE(°C)MEAN+3σMEAN–3σMEANVSY=±5V–55°C≤TA≤+125°C13065-101Figure2.
InputOffsetVoltage(VOS)Distribution,VSY=±5V35302520151050NUMBEROFAMPLIFIERSTCVOS(V/°C)VSY=±5V–55°C≤TA≤+125°C–2.
0–1.
8–1.
6–1.
4–1.
2–1.
0–0.
8–0.
6–0.
4–0.
200.
20.
40.
60.
81.
01.
21.
41.
61.
82.
013065-102Figure3.
InputOffsetVoltageDrift(TCVOS)Distribution,VSY=±5V801234567–75–252575125–50050100ISY(mA)TEMPERATURE(°C)VSY=±5VVSY=±15V13065-103Figure4.
SupplyCurrent(ISY)vs.
Temperature–75–252575125–50050100250–250–200–150–100–50050100150200VOS(V)TEMPERATURE(°C)MEAN+3σMEAN–3σMEANVSY=±15V–55°C≤TA≤+125°C13065-104Figure5.
InputOffsetVoltage(VOS)Distribution,VSY=±15V302520151050NUMBEROFAMPLIFIERSTCVOS(V/°C)VSY=±15V–55°C≤TA≤+125°C–2.
0–1.
8–1.
6–1.
4–1.
2–1.
0–0.
8–0.
6–0.
4–0.
200.
20.
40.
60.
81.
01.
21.
41.
61.
82.
013065-105Figure6.
InputOffsetVoltageDrift(TCVOS)Distribution,VSY=±15V70123654030282624222018161412108642ISY(mA)VSY(V)–55°C–40°C+25°C+85°C+125°C13065-106Figure7.
SupplyCurrent(ISY)vs.
SupplyVoltage(VSY)AD8599-EPEnhancedProductRev.
0|Page6of8–75–252575125–50050100250–250–200–150–100–50050100150200IB(nA)TEMPERATURE(°C)VSY=±5V13065-107Figure8.
InputBiasCurrent(IB)vs.
Temperature,VSY=±5V300–300–250–200–150–100–50050100150200250–12–10–8–6–4–2024681012IB(nA)VCM(V)–55°C–40°C+25°C+85°C+125°C13065-108Figure9.
InputBiasCurrent(IB)vs.
Common-ModeVoltage(VCM)–75–252575125–50050100114112110108106104102100AVO(dB)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±5V13065-109Figure10.
LargeSignalVoltageGain(AVO)vs.
Temperature,VSY=±5V–75–252575125–50050100250–250–200–150–100–50050100150200IB(nA)TEMPERATURE(°C)VSY=±15V13065-110Figure11.
InputBiasCurrent(IB)vs.
Temperature,VSY=±15V–75–252575125–500501006050403020100IOS(nA)TEMPERATURE(°C)VSY=±15VVSY=±5V13065-111Figure12.
InputOffsetCurrent(IOS)vs.
Temperature–75–252575125–50050100120110112114116118AVO(dB)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±15V13065-112Figure13.
LargeSignalVoltageGain(AVO)vs.
TemperatureEnhancedProductAD8599-EPRev.
0|Page7of8–75–252575125–50050100100–80–60–40–20020406080ISC(mA)TEMPERATURE(°C)+ISC–ISCVSY=±5V13065-113Figure14.
OutputShort-CircuitCurrent(ISC)vs.
Temperature,VSY=±5V–75–252575125–500501002.
52.
01.
51.
00.
50VCC–VOH(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±5V13065-114Figure15.
OutputSaturationVoltage(VCCVOH)vs.
Temperature,VSY=±5V–75–252575125–500501000–0.
5–1.
0–1.
5–2.
0–2.
5VEE–VOL(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±5V13065-115Figure16.
OutputSaturationVoltage(VEEVOL)vs.
Temperature,VSY=±5V–75–252575125–50050100100–80–60–40–20020406080ISC(mA)TEMPERATURE(°C)+ISC–ISCVSY=±15V13065-116Figure17.
OutputShort-CircuitCurrent(ISC)vs.
Temperature,VSY=±15V–75–252575125–500501002.
52.
01.
51.
00.
50VCC–VOH(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±15V13065-117Figure18.
OutputSaturationVoltage(VCCVOH)vs.
Temperature,VSY=±15V–75–252575125–500501000–0.
5–1.
0–1.
5–2.
0–2.
5VEE–VOL(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±15V13065-118Figure19.
OutputSaturationVoltage(VEEVOL)vs.
Temperature,VSY=±15VAD8599-EPEnhancedProductRev.
0|Page8of8OUTLINEDIMENSIONSCONTROLLINGDIMENSIONSAREINMILLIMETERS;INCHDIMENSIONS(INPARENTHESES)AREROUNDED-OFFMILLIMETEREQUIVALENTSFORREFERENCEONLYANDARENOTAPPROPRIATEFORUSEINDESIGN.
COMPLIANTTOJEDECSTANDARDSMS-012-AA012407-A0.
25(0.
0098)0.
17(0.
0067)1.
27(0.
0500)0.
40(0.
0157)0.
50(0.
0196)0.
25(0.
0099)45°8°0°1.
75(0.
0688)1.
35(0.
0532)SEATINGPLANE0.
25(0.
0098)0.
10(0.
0040)41855.
00(0.
1968)4.
80(0.
1890)4.
00(0.
1574)3.
80(0.
1497)1.
27(0.
0500)BSC6.
20(0.
2441)5.
80(0.
2284)0.
51(0.
0201)0.
31(0.
0122)COPLANARITY0.
10Figure20.
8-LeadStandardSmallOutlinePackage[SOIC_N]NarrowBody(R-8)Dimensionsshowninmillimetersand(inches)ORDERINGGUIDEModel1TemperatureRangePackageDescriptionPackageOptionAD8599TRZ-EP55°Cto+125°C8-LeadStandardSmallOutlinePackage[SOIC_N]R-8AD8599TRZ-EP-R755°Cto+125°C8-LeadStandardSmallOutlinePackage[SOIC_N]R-81Z=RoHSComplaintPart.
2015AnalogDevices,Inc.
Allrightsreserved.
Trademarksandregisteredtrademarksarethepropertyoftheirrespectiveowners.
D13065-0-8/15(0)MouserElectronicsAuthorizedDistributorClicktoViewPricing,Inventory,Delivery&LifecycleInformation:AnalogDevicesInc.
:AD8599ARZAD8599ARZ-REELAD8599ARZ-REEL7AD8599TRZ-EP-R7AD8599TRZ-EP
0DocumentFeedbackInformationfurnishedbyAnalogDevicesisbelievedtobeaccurateandreliable.
However,noresponsibilityisassumedbyAnalogDevicesforitsuse,norforanyinfringementsofpatentsorotherrightsofthirdpartiesthatmayresultfromitsuse.
Specificationssubjecttochangewithoutnotice.
NolicenseisgrantedbyimplicationorotherwiseunderanypatentorpatentrightsofAnalogDevices.
Trademarksandregisteredtrademarksarethepropertyoftheirrespectiveowners.
OneTechnologyWay,P.
O.
Box9106,Norwood,MA02062-9106,U.
S.
A.
Tel:781.
329.
47002015AnalogDevices,Inc.
Allrightsreserved.
TechnicalSupportwww.
analog.
comFEATURESLowvoltagenoisedensity:1.
15nV/√Hzat1kHzLowdistortion:120dBtotalharmonicdistortionplusnoise(THD+N)at1kHzPeak-to-peaknoise:76nVp-pat0.
1Hzto10HzSlewrate:15V/μsatVSY=±15VWidegainbandwidthproduct:10MHzSupplycurrentperamplifier:5.
0mAtypicalatVSY=±15VLowoffsetvoltage:10μVtypicalatVSY=±15VCommon-moderejectionratio(CMRR):120dBminimumUnity-gainstableDual-supplyoperation:±15VENHANCEDPRODUCTFEATURESSupportsdefenseandaerospaceapplications(AQECstandard)Extendedtemperaturerange:55°Cto+125°CControlledmanufacturingbaselineOneassembly/testsiteOnefabricationsiteEnhancedproductchangenotificationQualificationdataavailableonrequestAPPLICATIONSProfessionalaudiopreamplifiersATE/precisiontestersImagingsystemsMedical/physiologicalmeasurementsPrecisiondetectors/instrumentsPrecisiondataconversionsPINCONFIGURATIONOUTA1–INA2+INA3–V4+V8OUTB7–INB6+INB5AD8599-EPTOPVIEW(NottoScale)13065-001Figure1.
GENERALDESCRIPTIONTheAD8599-EPisaverylownoise,lowdistortionopampidealforuseasapreamplifier.
Thelownoiseof1.
15nV/√Hzandlowharmonicdistortionof120dB(orbetter)ataudiobandwidthsgivetheAD8599-EPthewidedynamicrangenecessaryforpreamplifiersinaudio,medical,andinstrumentationapplications.
Theexcellentslewrateof15V/μsand10MHzgainbandwidthproductmaketheAD8599-EPhighlysuitableformedicalapplications.
ThelowdistortionandfastsettlingtimemaketheAD8599-EPidealforbufferinghighresolutiondataconverters.
TheAD8599-EPisavailableinan8-leadSOICpackage.
Itisspecifiedovera55°Cto+125°Ctemperaturerange.
AdditionalapplicationandtechnicalinformationcanbefoundintheAD8599datasheet.
AD8599-EPEnhancedProductRev.
0|Page2of8TABLEOFCONTENTSFeatures1EnhancedProductFeatures1Applications.
1PinConfiguration.
1GeneralDescription.
1RevisionHistory2Specifications.
3AbsoluteMaximumRatings4ThermalResistance.
4PowerSequencing4ESDCaution.
4TypicalPerformanceCharacteristics.
5OutlineDimensions.
8OrderingGuide8REVISIONHISTORY8/15—Revision0:InitialVersionEnhancedProductAD8599-EPRev.
0|Page3of8SPECIFICATIONSVSY=±15V,VCM=0V,VO=0V,TA=25°C,unlessotherwisespecified.
Table1.
ParameterSymbolTestConditions/CommentsMinTypMaxUnitINPUTCHARACTERISTICSOffsetVoltageVOS10120V55°C≤TA≤+125°C300VOffsetVoltageDriftΔVOS/ΔT55°C≤TA≤+125°C0.
82.
5V/°CInputBiasCurrentIB25200nA55°C≤TA≤+125°C350nAInputOffsetCurrentIOS50200nA55°C≤TA≤+125°C350nAInputVoltageRangeIVR12.
5+12.
5VCommon-ModeRejectionRatioCMRR12.
5V≤VCM≤+12.
5V120135dB55°C≤TA≤+125°C115dBLargeSignalVoltageGainAVORL≥600Ω,VO=11Vto+11V110116dB55°C≤TA≤+125°C106dBInputCapacitanceDifferentialCapacitanceCDIFF12.
1pFCommon-ModeCapacitanceCCM5.
1pFOUTPUTCHARACTERISTICSOutputVoltageHighVOHRL=600Ω13.
113.
4V55°C≤TA≤+125°C12.
8VRL=2kΩ13.
513.
7V55°C≤TA≤+125°C13.
2VLowVOLRL=600Ω13.
212.
9V55°C≤TA≤+125°C12.
8VRL=2kΩ13.
513.
4V55°C≤TA≤+125°C13.
3VOutputShort-CircuitCurrentISC±52mAClosed-LoopOutputImpedanceZOUTAt1MHz,AVO=15ΩPOWERSUPPLYPowerSupplyRejectionRatioPSRRVSY=±18Vto±4.
5V120140dB55°C≤TA≤+125°C118dBSupplyCurrentperAmplifierISY5.
05.
7mA55°C≤TA≤+125°C6.
75mADYNAMICPERFORMANCESlewRateSRAVO=1,RL=2kΩ16V/sAVO=1,RL=2kΩ15V/sSettlingTimetSTo0.
01%,step=10V2sGainBandwidthProductGBP10MHzPhaseMarginΦM65DegreesNOISEPERFORMANCEPeak-to-PeakNoiseenp-p0.
1Hzto10Hz76nVp-pVoltageNoiseDensityenf=1kHz1.
071.
15nV/√Hzf=10Hz1.
5nV/√HzCorrelatedCurrentNoisef=1kHz1.
9pA/√Hzf=10Hz4.
3pA/√HzUncorrelatedCurrentNoisef=1kHz2.
3pA/√Hzf=10Hz5.
3pA/√HzTotalHarmonicDistortion+NoiseTHD+NG=1,RL≥1kΩ,f=1kHz,VRMS=3V120dBChannelSeparationCSf=10kHz120dBAD8599-EPEnhancedProductRev.
0|Page4of8ABSOLUTEMAXIMUMRATINGSTable2.
ParameterRatingSupplyVoltage±18VInputVoltageV≤VIN≤+VDifferentialInputVoltage1±1VOutputShort-CircuittoGNDIndefiniteStorageTemperatureRange65°Cto+150°COperatingTemperatureRange55°Cto+125°CLeadTemperature(Soldering60sec)300°CJunctionTemperature150°C1Ifthedifferentialinputvoltageexceeds1V,limitthecurrentto5mA.
StressesatorabovethoselistedunderAbsoluteMaximumRatingsmaycausepermanentdamagetotheproduct.
Thisisastressratingonly;functionaloperationoftheproductattheseoranyotherconditionsabovethoseindicatedintheoperationalsectionofthisspecificationisnotimplied.
Operationbeyondthemaximumoperatingconditionsforextendedperiodsmayaffectproductreliability.
THERMALRESISTANCEθJAisspecifiedwiththedevicesolderedonacircuitboardwithitsexposedpaddlesolderedtoapad(ifapplicable)ona4-layerJEDECstandardPCBwithzeroairflow.
Table3.
PackageTypeθJAθJCUnit8-LeadSOIC(R-8)12036°C/WPOWERSEQUENCINGApplytheopampsuppliessimultaneously.
Theopampsuppliesmustbestablebeforeanyinputsignalsareapplied.
Inanycase,theinputcurrentmustbelimitedto5mA.
ESDCAUTIONEnhancedProductAD8599-EPRev.
0|Page5of8TYPICALPERFORMANCECHARACTERISTICS–75–252575125–50050100250–250–200–150–100–50050100150200VOS(V)TEMPERATURE(°C)MEAN+3σMEAN–3σMEANVSY=±5V–55°C≤TA≤+125°C13065-101Figure2.
InputOffsetVoltage(VOS)Distribution,VSY=±5V35302520151050NUMBEROFAMPLIFIERSTCVOS(V/°C)VSY=±5V–55°C≤TA≤+125°C–2.
0–1.
8–1.
6–1.
4–1.
2–1.
0–0.
8–0.
6–0.
4–0.
200.
20.
40.
60.
81.
01.
21.
41.
61.
82.
013065-102Figure3.
InputOffsetVoltageDrift(TCVOS)Distribution,VSY=±5V801234567–75–252575125–50050100ISY(mA)TEMPERATURE(°C)VSY=±5VVSY=±15V13065-103Figure4.
SupplyCurrent(ISY)vs.
Temperature–75–252575125–50050100250–250–200–150–100–50050100150200VOS(V)TEMPERATURE(°C)MEAN+3σMEAN–3σMEANVSY=±15V–55°C≤TA≤+125°C13065-104Figure5.
InputOffsetVoltage(VOS)Distribution,VSY=±15V302520151050NUMBEROFAMPLIFIERSTCVOS(V/°C)VSY=±15V–55°C≤TA≤+125°C–2.
0–1.
8–1.
6–1.
4–1.
2–1.
0–0.
8–0.
6–0.
4–0.
200.
20.
40.
60.
81.
01.
21.
41.
61.
82.
013065-105Figure6.
InputOffsetVoltageDrift(TCVOS)Distribution,VSY=±15V70123654030282624222018161412108642ISY(mA)VSY(V)–55°C–40°C+25°C+85°C+125°C13065-106Figure7.
SupplyCurrent(ISY)vs.
SupplyVoltage(VSY)AD8599-EPEnhancedProductRev.
0|Page6of8–75–252575125–50050100250–250–200–150–100–50050100150200IB(nA)TEMPERATURE(°C)VSY=±5V13065-107Figure8.
InputBiasCurrent(IB)vs.
Temperature,VSY=±5V300–300–250–200–150–100–50050100150200250–12–10–8–6–4–2024681012IB(nA)VCM(V)–55°C–40°C+25°C+85°C+125°C13065-108Figure9.
InputBiasCurrent(IB)vs.
Common-ModeVoltage(VCM)–75–252575125–50050100114112110108106104102100AVO(dB)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±5V13065-109Figure10.
LargeSignalVoltageGain(AVO)vs.
Temperature,VSY=±5V–75–252575125–50050100250–250–200–150–100–50050100150200IB(nA)TEMPERATURE(°C)VSY=±15V13065-110Figure11.
InputBiasCurrent(IB)vs.
Temperature,VSY=±15V–75–252575125–500501006050403020100IOS(nA)TEMPERATURE(°C)VSY=±15VVSY=±5V13065-111Figure12.
InputOffsetCurrent(IOS)vs.
Temperature–75–252575125–50050100120110112114116118AVO(dB)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±15V13065-112Figure13.
LargeSignalVoltageGain(AVO)vs.
TemperatureEnhancedProductAD8599-EPRev.
0|Page7of8–75–252575125–50050100100–80–60–40–20020406080ISC(mA)TEMPERATURE(°C)+ISC–ISCVSY=±5V13065-113Figure14.
OutputShort-CircuitCurrent(ISC)vs.
Temperature,VSY=±5V–75–252575125–500501002.
52.
01.
51.
00.
50VCC–VOH(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±5V13065-114Figure15.
OutputSaturationVoltage(VCCVOH)vs.
Temperature,VSY=±5V–75–252575125–500501000–0.
5–1.
0–1.
5–2.
0–2.
5VEE–VOL(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±5V13065-115Figure16.
OutputSaturationVoltage(VEEVOL)vs.
Temperature,VSY=±5V–75–252575125–50050100100–80–60–40–20020406080ISC(mA)TEMPERATURE(°C)+ISC–ISCVSY=±15V13065-116Figure17.
OutputShort-CircuitCurrent(ISC)vs.
Temperature,VSY=±15V–75–252575125–500501002.
52.
01.
51.
00.
50VCC–VOH(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±15V13065-117Figure18.
OutputSaturationVoltage(VCCVOH)vs.
Temperature,VSY=±15V–75–252575125–500501000–0.
5–1.
0–1.
5–2.
0–2.
5VEE–VOL(V)TEMPERATURE(°C)RL=600ΩRL=2kΩVSY=±15V13065-118Figure19.
OutputSaturationVoltage(VEEVOL)vs.
Temperature,VSY=±15VAD8599-EPEnhancedProductRev.
0|Page8of8OUTLINEDIMENSIONSCONTROLLINGDIMENSIONSAREINMILLIMETERS;INCHDIMENSIONS(INPARENTHESES)AREROUNDED-OFFMILLIMETEREQUIVALENTSFORREFERENCEONLYANDARENOTAPPROPRIATEFORUSEINDESIGN.
COMPLIANTTOJEDECSTANDARDSMS-012-AA012407-A0.
25(0.
0098)0.
17(0.
0067)1.
27(0.
0500)0.
40(0.
0157)0.
50(0.
0196)0.
25(0.
0099)45°8°0°1.
75(0.
0688)1.
35(0.
0532)SEATINGPLANE0.
25(0.
0098)0.
10(0.
0040)41855.
00(0.
1968)4.
80(0.
1890)4.
00(0.
1574)3.
80(0.
1497)1.
27(0.
0500)BSC6.
20(0.
2441)5.
80(0.
2284)0.
51(0.
0201)0.
31(0.
0122)COPLANARITY0.
10Figure20.
8-LeadStandardSmallOutlinePackage[SOIC_N]NarrowBody(R-8)Dimensionsshowninmillimetersand(inches)ORDERINGGUIDEModel1TemperatureRangePackageDescriptionPackageOptionAD8599TRZ-EP55°Cto+125°C8-LeadStandardSmallOutlinePackage[SOIC_N]R-8AD8599TRZ-EP-R755°Cto+125°C8-LeadStandardSmallOutlinePackage[SOIC_N]R-81Z=RoHSComplaintPart.
2015AnalogDevices,Inc.
Allrightsreserved.
Trademarksandregisteredtrademarksarethepropertyoftheirrespectiveowners.
D13065-0-8/15(0)MouserElectronicsAuthorizedDistributorClicktoViewPricing,Inventory,Delivery&LifecycleInformation:AnalogDevicesInc.
:AD8599ARZAD8599ARZ-REELAD8599ARZ-REEL7AD8599TRZ-EP-R7AD8599TRZ-EP
- Descriptionios5相关文档
- 报警ios5.1.1固件下载
- 手柄ios5.1.1固件下载
- 南京市第二十九中学智慧教室二期升级改造项目
- 根据《中华人民共和国政府信息公开条例》(以下简称《条例》)和《淄博市人民政府办公厅关于做好2014
- 助听器ios5.1.1固件下载
- 阿里ios5.1.1固件下载
PhotonVPS：美国Linux VPS半价促销2.5美元/月起,可选美国洛杉矶/达拉斯/芝加哥/阿什本等四机房
photonvps怎么样?photonvps现在针对旗下美国vps推出半价促销优惠活动，2.5美元/月起，免费10Gbps DDoS防御，Linux系统，机房可选美国洛杉矶、达拉斯、芝加哥、阿什本。以前觉得老牌商家PhotonVPS贵的朋友可以先入手一个月PhotonVPS美国Linux VPS试试了。PhotonVPS允许合法大人内容，支持支付宝、paypal和信用卡，30天退款保证。Photo...
CloudCone 新增洛杉矶优化线路 年付17.99美元且简单线路测试
CloudCone 商家在以前的篇幅中也有多次介绍到，这个商家也蛮有意思的。以前一直只有洛杉矶MC机房，而且在功能上和Linode、DO、Vultr一样可以随时删除采用按时计费模式。但是，他们没有学到人家的精华部分，要这样的小时计费，一定要机房多才有优势，否则压根没有多大用途。这不最近CloudCone商家有点小变化，有新人洛杉矶优化线路，具体是什么优化的等会我测试看看线路。内存CPU硬盘流量价格...
欧路云(22元/月),美国CERA弹性云服务器!香港弹性云服务器15元/月起;加拿大高防vps仅23元/月起
欧路云怎么样?欧路云主要运行弹性云服务器，可自由定制配置，可选加拿大的480G超高防系列，也可以选择美国(200G高防)系列，也有速度直逼内地的香港CN2系列。所有配置都可以在下单的时候自行根据项目 需求来定制自由升级降级 (降级按天数配置费用 退款回预存款)。2021年7月14日美国 CERA 弹性云服务器 上新 联通CUVIP 线路!8折特惠中!点击进入：欧路云官方网站地址付款方式：PayPa...
ios5.1.1固件下载为你推荐
-
用户重庆支持ipadCTios《个人收入的分配过关检测》columnios5css3圆角css实现圆角的几种方法是什么？tracerouteTRACEROUTE的作用是什么重庆宽带测速重庆云阳电信宽带测速网址谁知道，帮个忙？ipad连不上wifiipad2 wifi连接不上,刚连上就弹出一个 success页面csshackcss中 *bottom是什么意思?