34410A和34411A万用表参考资料说明

\h

DATA

SHEET

34410A和34411A万用表单模

多模光纤光波分光计，用于100G/400G/1T电光测试（Arial16pt）

Introduction

34410A6½-digithigh-performanceDMM

10,000readings/s@5½-digitsdirecttoPC

1,000readings/s@6½-digitsdirecttoPC

30PPM1-yearBasicDCaccuracy

LAN,USB&GPIBstandard

DCV,ACV,DCI,ACI,2-wireand4-wireResistance,Frequency,Period,Continuity,andDiodeTest

Capacitance&Temperaturemeasurements

Expandedmeasurementranges

Dataloggerwith50kreadingnon-volatilememory

34411A6½-digitenhanced-performanceDMM

Allthefeaturesofthe34410A,plus:

50,000readings/s@4½-digitsdirecttoPC

1millionvolatilereadingmemory

Analogleveltriggering

ProgrammablePre/Posttriggering

PAGE

10

TheBestJustGotBetter

TheKeysightTechnologies,Inc.34410Aand34411A6½-DigitDMMsbuildonthephenomenalsuccessoftheindustry-standardKeysight34401A.Thesenewmetersofferimprovedaccuracy,expandedmeasurementcapability,dramaticallyimprovedmeasurementspeedandthroughput,andmoderncomputerinterfacesincludingLANandUSB.ThedualdisplayoffersbothdualmeasurementcapabilitiesandeaseofusewhensettingupandconfiguringtheDMM.Improvementshavebeenmadeineveryfacetofthe34401Atomakethebestevenbetter,whetheryouuseitonthebenchorinasystem.

DramaticSpeedImprovements

Whetherit’srawreadingspeedorfastsystemthroughput,the34410Asetsanewbenchmarkinperformance.UsinganewA/Dtechnology,the34410Aachievesanimpressive10,000readingsasecondat5½-digits,andcanstreamreadingstoyourcomputeratthissamespeed!Triggeringisfastandprecise,withbothtriggerlatencyandtriggerjitterlessthan1µs,whilebusqueryresponseislessthan500µs.ACVmeasurementsarefasteraswellthankstoadigitalmeasurementtechniquethatadditionallyimprovesaccuracyathighandlowfrequencies.Forevengreaterreadingspeeds,selectthe34411A,whichachieves50,000readingsasecondat4½-digits.

EnhancedMeasurementPerformance

The34410Aand34411AofferTemperatureandCapacitancecapabilities,inadditiontothosemeasurementsyouhavecometoexpect,suchasDCV,ACV,DCI,ACI,2-wireand4-wireResistance,Frequency,Period,ContinuityandDiodeTest.YoualsogetOffsetCompensatedOhms,allowingyoutoaccuratelymeasureresistanceinthepresenceofvoltages.Measurementrangeshavebeenexpandedaswell;forexample,DCandACCurrentRangesnowgodownto100µA,resultingin100pAresolution.

Real-timemathandstatisticsareincluded,andapeak-detectcapabilityallowsyoutocapturepeaksasshortas20µs.

EvenGreaterPerformancewiththe34411A

The34411Ahasallthefeaturesofthe34410A,plusadditionalperformancethatmakesitevenmorepowerful.Withtheabilitytomake50,000readingspersecondat41/2-digits,AnalogLevelTriggering,programmablePre-andPost-Triggerand1millionreadingsofvolatilememoryinadditionto50,000readingofnon-volatilememory,younowhavetheabilitytocapturelow-frequencywaveforms,characterizedeviceperformanceandtransferresultsforanalysisonyourcomputer.

DataLoggerFunction

Afrontpaneldataloggerfunctionallowsyoutosetthemeteruptomakeunattended,pacedmeasurementsoverafixedtimeornumberofevents,thenpulluptheresultslaterforreviewortransfertoacomputerforanalysis.Setthemeteruptotakemeasurementsevery10secondsforanhour,gohavelunch,andchecktheresultsuponyourreturn.Thecontextualfrontpanelsequencesmakesetupandreadbackabreeze.

ImprovedEaseofUse

Fromtheinclusionofaseconddisplaytoconfiguringsetupsforeachofthemeasurementfunctions,thesenewDMMsoffersignificantimprovementsinusability.Simplethingsaresimple;morecomplicatedsetupsareeasierthanever.Thereisevenanewprobesetdesignedtomoreeasilyprobetoday’sfine-pitchcomponents.Finally,thereisabuilt-inGraphicalWebInterfacethatallowsyoutointeractivelycontroltheDMMwithoutthehassleofprogrammingatall!

ModernI/OforImprovedConnectivity

Whenconnectingtoacomputer,selectLAN,USBorGPIBinterfaces;allthreearestandardonthe34410Aand34411A.Concernedabouttheviabilityofyourexistingsoftwareprograms?ThesenewDMMsrespondtoStandardCommandsforProgrammableInstrumentation(SCPI),andthereisevena34401AEmulationModetoensuretheeasiestupgradepossible.Keysight’sI/OLibrarySuiteshipswiththe34410Aand34411Atohelpyouquicklyestablishanerror-freeconnectionbetweenyourPCandinstrument.Itprovidesrobustinstrumentcontrolandworkswiththesoftwaredevelopmentenvironmentyouchoose.

LXI–ClassC

LANExtensionsforInstruments(LXI)providesthenextgenerationI/Oforsystemapplicationsrequiringthehighestthroughput.Transferratesofover250,000readings/sareattainableensuringeventhemostdataintensivemeasurementsarefast,withouttheoverheadcostofaninstrumentcardcage.Boththe34410Aandthe34411AareLXI–ClassCcompliant.

BuiltToLast

OurnewDMMsweredesignedtohighstandardsofruggednessandreliability.Fromtherobustpackagewithitsshockabsorbingbumperstocarefulselectionofcomponentsandconservativecircuitdesign,thesemetersarebuilttolast.CalculatedMeanTimeBetweenFailure(MTBF)isinexcessof100,000hours.Backedbyaworldwidenetworkofservicecenters,youcanbuywithconfidence.

AccessoriesIncluded:

TestLeadKitwithprobesandSMTattachments.

Testreport,powercord,andUSBinterfacecable.

ProductReferenceCD-ROMwithsoftdocumentationandsoftware:

Programmer’sReferenceHelp

QuickStartTutorial

User’sGuide

ServiceGuide

ProgrammingExamples

IntuiLinkforMultimeters

LabVIEWandIVI-COMdrivers

Optionalprinteddocumentation:

QuickStartTutorial

User’sGuide

ServiceGuide

BenchDimensions:

SystemDimensions:

AccuracySpecifications±

(%ofReading+%ofRange)

1

Function

Range

2

Frequencytestcurrentorburdenvoltage

24hour

3

Tcal±1°C

90day

Tcal±5°C

1year

Tcal±5°C

Temperaturecoefficient/°C

0°Cto(Tcal-5°C)

(Tcal+5°C)to55°C

100.0000mV

0.0030+0.0030

0.0040+0.0035

0.0050+0.0035

0.0005+0.0005

1.000000V

0.0020+0.0006

0.0030+0.0007

0.0035+0.0007

0.0005+0.0001

DCvoltage

10.00000V

0.0015+0.0004

0.0020+0.0005

0.0030+0.0005

0.0005+0.0001

100.0000V

0.0020+0.0006

0.0035+0.0006

0.0040+0.0006

0.0005+0.0001

1000.000V

4

0.0020+0.0006

0.0035+0.0006

0.0040+0.0006

0.0005+0.0001

3Hz–5Hz

0.50+0.02

0.50+0.03

0.50+0.03

0.010+0.003

5Hz–10Hz

0.10+0.02

0.10+0.03

0.10+0.03

0.008+0.003

TrueRMSAC

100.0000mVto

10Hz–20kHz

0.02+0.02

0.05+0.03

0.06+0.03

0.005+0.003

voltage

5

750.000V

20kHz–50kHz

0.05+0.04

0.09+0.05

0.10+0.05

0.010+0.005

50kHz–100kHz

0.20+0.08

0.30+0.08

0.40+0.08

0.020+0.008

100kHz–300kHz

1.00+0.50

1.20+0.50

1.20+0.50

0.120+0.020

100.0000Ω

1mA

0.0030+0.0030

0.008+0.004

0.010+0.004

0.0006+0.0005

1.000000kΩ

1mA

m0.0020+0.0005

0.007+0.001

0.010+0.001

0.0006+0.0001

10.00000kΩ

100µA

0.0020+0.0005

0.007+0.001

0.010+0.001

0.0006+0.0001

Resistance

6

100.0000kΩ

1.000000MΩ

10µA

5µA

0.0020+0.0005

0.0020+0.0010

0.007+0.001

0.010+0.001

0.010+0.001

0.012+0.001

0.0006+0.0001

0.0010+0.0002

10.00000MΩ

500nA

0.0100+0.0010

0.030+0.001

0.040+0.001

0.0030+0.0004

100.0000MΩ

500nA||10MΩ

0.200+0.001

0.600+0.001

0.800+0.001

0.1000+0.0001

1.000000GΩ

500nA||10MΩ

2.000+0.001

6.000+0.001

8.000+0.001

1.0000+0.0001

100.0000µA

<0.03V

0.010+0.020

0.040+0.025

0.050+0.025

0.0020+0.0030

1.000000mA

<0.3V

0.007+0.006

0.030+0.006

0.050+0.006

0.0020+0.0005

DCcurrent

10.00000mA

100.0000mA

<0.03V

<0.3V

0.007+0.020

0.010+0.004

0.030+0.020

0.030+0.005

0.050+0.020

0.050+0.005

0.0020+0.0020

0.0020+0.0005

1.000000A

<0.8V

0.050+0.006

0.080+0.010

0.100+0.010

0.0050+0.0010

3.000000A

<2.0V

0.100+0.020

0.120+0.020

0.150+0.020

0.0050+0.0010

TrueRMSAC

100.0000µAto

3Hz–5kHz

0.10+0.04

0.10+0.04

0.10+0.04

0.015+0.006

Current

7

3.00000A

5kHz–10kHz

0.20+0.04

0.20+0.04

0.20+0.04

0.030+0.006

3Hz–5Hz

0.070+0.000

0.070+0.000

0.070+0.000

0.005+0.000

Frequencyor

Period

100mVto750V

5Hz–10Hz

10Hz–40Hz

0.040+0.000

0.020+0.000

0.040+0.000

0.020+0.000

0.040+0.000

0.020+0.000

0.005+0.000

0.001+0.000

40Hz–300kHz

0.005+0.000

0.006+0.000

0.007+0.000

0.001+0.000

1.0000nF

500nA

0.50+0.50

0.50+0.50

0.50+0.50

0.05+0.05

10.000nF

1µA

0.40+0.10

0.40+0.10

0.40+0.10

0.05+0.01

Capacitance

8

100.00nF

10µA

0.40+0.10

0.40+0.10

0.40+0.10

0.01+0.01

1.0000µF

10µA

0.40+0.10

0.40+0.10

0.40+0.10

0.01+0.01

10.000µF

100µA

0.40+0.10

0.40+0.10

0.40+0.10

0.01+0.01

Temperature

9

RTD

-200°Cto600°C

0.06°C

0.06°C

0.06°C

0.003°C

Thermistor

-80°Cto150°C

0.08°C

0.08°C

0.08°C

0.002°C

Continuity

1000.0Ω

1mA

0.002+0.010

0.008+0.020

0.010+0.020

0.0010+0.0020

DiodeTest

10

1.0000V

1mA

0.002+0.010

0.008+0.020

0.010+0.020

0.0010+0.0020

1Specificationsarefor90minuteswarm-upand100PLC

220%overrangeonallranges,exceptDCV1000V,ACV750V,DCIandACI3Aranges

3Relativetocalibrationstandards

4Foreachadditionalvoltover±500Vadd0.02mVoferror

5Specificationsareforsinewaveinput>0.3%ofrangeand>1mVrms.Add30µVerrorforfrequenciesbelow1kHz.750VACrangelimitedto8x107Volts-Hz.Foreachadditionalvoltover300Vrmsadd0.7mVrmsoferror.

6Specificationsarefor4-wireresistancemeasurements,or2-wireusingMathNull.WithoutMathNull,add0.2Ωadditionalerror

in2-wireresistancemeasurements.

7Specificationsareforsinewaveinput>1%ofrangeand>10µArms.Frequencies>5kHzaretypicalforallranges.Forthe3Arange(allfrequencies)add0.05%ofreading+0.02%ofrangetolistedspecifications.

8Specificationsarefor1-hourwarm-upusingMathNull.Additionalerrorsmayoccurfornon-filmcapacitors.

9Fortotalmeasurementaccuracy,addtemperatureprobeerror

10Accuracyspecificationsareforthevoltagemeasuredattheinputterminalsonly.1mAtestcurrentistypical.Variationinthecurrentsourcewillcreatesomevariationinthevoltagedropacrossadiodejunction.

A-to-Dconverternoiseperformance

Integrationtime(NPLC)

Resolution(ppmofrange)

1

Normalmoderejection(dB)

2

Readings/second

3

0.001

4

30

0

50,000

0.0024

15

0

25,000

0.006

6

0

10,000

0.02

3

0

3,000

0.06

1.5

0

1,000

0.2

0.7

0

300

1

0.3

55

60(50)

2

0.2

110

5

30(25)

10

0.1

1105

6(5)

100

0.03

1105

0.6(0.5)

Integrationtime(NPLC)

1ResolutionisdefinedasthetypicalDCV10VrangeRMSnoise.Auto-zeroonforNPLC≥1.Seemanualforadditionalnoise

characteristics.

2Normalmoderejectionforpowerlinefrequency±0.1%

3Maximumratewithauto-zeroofffor60Hzand(50Hz)operation

4Onlyavailableforthe34411A

5Forpower-linefrequency±1%75dBandfor±3%55dB

Systemreadingandthroughputrates

DMMmemorytoPC(maximumreadingrateoutofmemory)

1

Drawing–PathB

Readingformat

GPIBreadings/s

USB2.0readings/s

LAN(VXI-11)readings/s

LAN(sockets)readings/s

ASCII

4,000

8,500

7,000

8,500

32-bitbinary

89,000

265,000

110,000

270,000

64-bitbinary

47,000

154,000

60,000

160,000

Systemreadingarchitecture

DirectI/OMeasurements(singlereading–measureandI/Otime)1

Drawing–PathB

Function

Resolution(NPLC)

GPIB

ms

USB2.0

ms

LAN

(VXI-11)ms

LAN

(sockets)ms

MaximumreadingrateintomemoryortodirectI/O(readings/s)drawing–pathAorC

DCV/2-wire

resistance

0.006(0.001)

2.6

2.9

4.6

3.2

10,000(50,000)

ACV/frequency

FastFilter1msgate

10.0

10.0

10.0

10.0

500

11/2scaleinputsignal,immediatetrigger,triggerdelay0,auto-zerooff,auto-rangeoff,nomath,nulloff,60Hzlinefrequency.Specificationsarefor34410Aor(34411A).Seemanualforperformanceonotherfunctions.

Systemperformance

Functionchange(ms)

1

Rangechange(ms)LAN/GPIB

2

Auto-range(ms)

3

Maximumexternaltriggerrate

Maximuminternaltriggerrate

4

DCV/2-wireresistance

22

3.9/2.6

7.5

5,000/s

10,000/s(50,000/s)

ACV/Frequency

37

6.5/6.4

19

500/s

500/s

MeasurementCharacteristics

DCvoltage

Measurementmethod:

continuouslyintegratingmulti-slopeIVA/Dconverter

Linearity:

0.0002%ofreading

10Vrange:

+0.0001%ofrange

Inputresistance:

0.1V,1V,10V10MΩor>10GΩ

Ranges(selectable)

100V,1000V10MΩ±1%

Ranges(fixed)

Inputbiascurrent:

<50pAat25°C

Inputprotection:

1000V

DCCMRR:

140dB

5

1Timetochangefrom2-wireResistancetothisspecifiedfunction,orDCVto2-wireResistanceusingtheSCPI“FUNC”command.

2Timetochangefromonerangetothenexthigherrange,≤10V,≤10MΩ.

3Timetoautomaticallychangeonerangeandbereadyforthenewmeasurement,≤10V,≤10MΩ.

4Specificationsarefor34410Aor(34411A).

5For1kΩunbalancedinLOlead,±500Vpeakmaximum

TrueRMSACvoltage

Measurementmethod:

AC-coupledTrueRMSmeasurement.Digitalsamplingwithanti-aliasfilter.

Crestfactor:

Noadditionalerrorforcrestfactors<10.Limitedbypeakinputand300kHzbandwidth.

Peakinput:

300%ofrangeor1100V

Overloadranging:

Willselecthigherrangeifpeakinputoverloadisdetectedduringautorange.Overloadisreportedinmanualranging.

ACCMR:

70dB

1

Maximuminput:

400Vdc,1100Vpk

Inputimpedance:

1MΩ±2%inparallelwith<150pF

Inputprotection:

750Vrmsallranges

Resistance

Measurementmethod:

Selectable2-wireor4-wire.CurrentsourcereferencedtoLOinput.

Offsetcompensation:

Selectableonthe100Ω,1kΩ,and10kΩranges

Max.leadresistance(4-wire):

10%ofrangeperleadfor100Ω,1kΩ.1kΩperleadonallotherranges

Inputprotection:

1000Vonallranges

1For1kΩunbalancedinLOleadand<60Hz,±500Vpeakmaximum

DCcurrent

Currentshunt:

200Ωfor100µA,1mA

2Ωfor10mA,100mA

0.1Ωfor1A,3A

Inputprotection:

3A,250Vfuse

TrueRMSACcurrent

Measurementmethod:

AC-coupledTrueRMSmeasurement.Directlycoupledtothefuseandshunt.Digitalsamplingwithanti-aliasfilter.

Currentshunt:

200Ωfor100µA,1mA

2Ωfor10mA,100mA

0.1Ωfor1A,3A

Maximuminput:

ThepeakvalueoftheDC+ACcurrentmustbe<300%ofrange.TheRMScurrentmustbe<3AincludingtheDCcurrentcontent.

Inputprotection:

3A,250Vfuse

Frequencyandperiod

Measurementmethod:

Reciprocal-countingtechnique.AC-coupledinputusingtheACvoltagemeasurementfunction.

Inputimpedance:

1MΩ±2%inparallelwith<150pF

Inputprotection:

750Vrmsallranges

Capacitance

Measurementmethod:

Currentinputwithmeasurementofresultingramp.

Connectiontype:

2-wire

Temperature

Thermistor:

2.2kΩ,5kΩ,and10kΩ

RTD:

α=0.00385

Rofrom49Ωto2.1kΩ

Continuity/diodetest

Responsetime:

300samples/secwithaudibletone

Continuitythreshold:

Fixedat10Ω

Operatingcharac