安捷倫函數(shù)信號(hào)發(fā)生器Agilent 33120A的性能與使用說(shuō)明

PAGEPAGE169安捷倫函數(shù)信號(hào)發(fā)生器Agilent33120A的性能與使用說(shuō)明安捷倫函數(shù)信號(hào)發(fā)生器33120A是數(shù)字式函數(shù)信號(hào)發(fā)生器。其內(nèi)部永久存儲(chǔ)著正弦波、方波、三角波、噪聲、鋸齒波、sin(x)/x、負(fù)鋸齒波、指數(shù)上升波、指數(shù)下降波、心電波，共10種函數(shù)信號(hào)。其中，正弦波、方波的頻率范圍為100μHz－15MHz，幅值范圍為100mVP-P－10VP-P。函數(shù)信號(hào)發(fā)生器有一個(gè)HP-IB（IEEE-488）接口和一個(gè)RS-232接口，計(jì)算機(jī)通過(guò)接口可遙控函數(shù)信號(hào)發(fā)生器，在計(jì)算機(jī)中使用HPBASIC語(yǔ)言程序或C語(yǔ)言程序，能產(chǎn)生12bit40Msa/s的任意波形，通過(guò)接口寫(xiě)入函數(shù)信號(hào)發(fā)生器，函數(shù)信號(hào)發(fā)生器有四個(gè)可存儲(chǔ)16000點(diǎn)的任意波形存儲(chǔ)器。其具體的性能指標(biāo)和基本操作方法見(jiàn)本節(jié)后摘錄自“Agilent33120AFunctionGeneratorUserGuide”的內(nèi)容。要知道詳細(xì)的內(nèi)容應(yīng)閱讀該儀器的“用戶(hù)手冊(cè)”。⒈信號(hào)源顯示電壓與實(shí)際輸出電壓理想信號(hào)源的內(nèi)阻應(yīng)為零。若實(shí)際信號(hào)源的內(nèi)阻為零，則信號(hào)源輸出端一旦短路或負(fù)載電阻過(guò)小，信號(hào)源就會(huì)因功率過(guò)載而損壞。實(shí)際信號(hào)源一般都在其輸出端串接一個(gè)電阻Rs，使信號(hào)源既使短路，在短時(shí)間內(nèi)也不會(huì)因功率過(guò)載而損壞，由此使信號(hào)源的保護(hù)電路有時(shí)間實(shí)現(xiàn)對(duì)信號(hào)源輸出電路進(jìn)行保護(hù)，同時(shí)發(fā)出過(guò)載警告。圖1信號(hào)源輸出電壓示意圖稱(chēng)信號(hào)源輸出端串接電阻Rs圖1信號(hào)源輸出電壓示意圖安捷倫33120A（以下簡(jiǎn)稱(chēng)為信號(hào)源）的內(nèi)阻為50Ω。由于有了信號(hào)源內(nèi)阻Rs，如圖1，信號(hào)源輸出端的電壓，即負(fù)載電阻RL上的電壓，是信號(hào)源的電源Es在信號(hào)源內(nèi)阻Rs和負(fù)載電阻RL上的分壓，即Vo≠Es。信號(hào)源內(nèi)設(shè)置了兩個(gè)負(fù)載電阻值，開(kāi)機(jī)時(shí)默認(rèn)為RLD=50Ω,通過(guò)操作可修改為RLD→∞。在信號(hào)源開(kāi)機(jī)默認(rèn)為RLD=50Ω時(shí)，信號(hào)源內(nèi)部的電壓源輸出的電壓為Es，信號(hào)源顯示屏上顯示的電壓是（1）若實(shí)際負(fù)載不是50Ω，那么負(fù)載上實(shí)際得到的電壓Vo為（2）即信號(hào)源顯示屏上顯示的電壓與負(fù)載上得到的實(shí)際電壓不一樣，Vo≠VDisplay。在實(shí)際使用時(shí)，當(dāng)信號(hào)源的負(fù)載電阻，即電路的輸入電阻RL與50Ω可比時(shí)，信號(hào)源宜取RLD=50Ω狀態(tài)，這時(shí)Vo≠VDisplay，但是VDisplay比較接近Vo。信號(hào)源的負(fù)載電阻，即電路的輸入電阻RL>>50Ω時(shí)，信號(hào)源宜取RLD→∞狀態(tài)，這時(shí)Vo≠VDisplay，但是VDisplay比較接近Vo。Vo究竟為多少應(yīng)使用電壓表具體測(cè)量。⒉關(guān)于本信號(hào)源的具體性能指標(biāo)和基本操作使用方法以下關(guān)于本信號(hào)源的具體性能指標(biāo)和基本操作使用方法摘自“Agilent33120AFunctionGeneratorUserGuide”。直接閱讀原版用戶(hù)手冊(cè)，比閱讀翻譯后的用戶(hù)手冊(cè)更有利于了解關(guān)于本信號(hào)源的具體性能指標(biāo)和基本操作使用方法。在使用本信號(hào)源前，使用者必須閱讀以下的內(nèi)容。附錄Agilent33120AFunctionGeneratorUserGuideSpecificationsWAVEFORMSStandardWaveforms:Sine,Square,Triangle,Ramp,Noise,DCvolts,Sine(x)/x,NegativeRamp,ExponentialRise,ExponentialFall,CardiacArbitraryWaveforms:WaveformLength:8to16,000pointsAmplitudeResolution:12bits(includingsign)SampleRate:40MSa/secNon-VolatileMemory:Four16,000-pointwaveformsFREQUENCYCHARACTERISTICSSine:100μHz–15MHzSquare:100μHz–15MHzTriangle:100μHz–100kHzRamp:100μHz–100kHzNoise(Gaussian):10MHzbandwidthArbitraryWaveforms:8to8,192points:100μHz–5MHz8,193to12,287points:100μHz–2.5MHz12,288to16,000points:100μHz–200kHzResolution:10μHzor10digitsAccuracy:10ppmin90days,20ppmin1year,18℃–28℃TemperatureCoefficient:<2ppm/℃Aging:<10ppm/yrSINEWAVESPECTRALPURITY(into50?)HarmonicDistortionDCto20kHz:-70dBc20kHzto100kHz:-60dBc100kHzto1MHz:-45dBc1MHzto15MHz:-35dBcTotalHarmonicDistortionDCto20kHz:<0.04%Spurious(non-harmonic)Output(DCto1MHz):<-65dBcOutput(>1MHz):<-65dBc+6dB/octavePhaseNoise:<-55dBcina30kHzbandSIGNALCHARACTERISTICSSquarewaveRise/FallTime:<20nsOvershoot:<4%Asymmetry:1%+5nsDutyCycle:20%to80%(to5MHz)40%to60%(to15MHz)Triangle,Ramp,ArbRise/FallTime:40ns(typical)Linearity:<0.1%ofpeakoutputSettlingTime:<250nsto0.5%offinalvalueJitter:<25nsOUTPUTCHARACTERISTICS1Amplitude(into50?):250mVpp–10VppAccuracy(at1kHz):±1%ofspecifiedoutputFlatness(sinewaverelativeto1kHz)<100kHz:±1%(0.1dB)100kHzto1MHz:±1.5%(0.15dB)1MHzto15MHz:±2%(0.2dB)Ampl≥3Vrms1MHzto15MHz:±3.5%(0.3dB)Ampl<3VrmsOffset(into50?):3±5Vpkac+dcAccuracy4±2%ofsetting+2mVOutputImpedance:50?fixedResolution:3digits,AmplitudeandOffsetOutputUnits:Vpp,Vrms,dBmIsolation:42VpkmaximumtoearthProtection:Short-circuitprotected±15Vpkoverdrive<1minuteMODULATIONCHARACTERISTICSAMModulationCarrier-3dBFreq:10MHz(typical)Modulation:AnyinternalwaveformplusArbFrequency:10mHzto20kHz(±0.05%to2.5kHz,thendecreaseslinearlyto±0.4%atupperlimit)Depth:0%to120%Source:Internal/ExternalFMModulationModulation:AnyinternalwaveformplusArbFrequency:10mHzto10kHz(±0.05%to600Hz,thendecreaseslinearlyto±0.8%atupperlimit)PeakDeviation:10mHzto15MHzSource:InternalOnlyBurstModulationCarrierFrequency:5MHzmax.Count:1to50,000cycles,orInfiniteStartPhase:-360°to+360°InternalRate:10mHzto50kHz±1%GateSource:InternalorExternalGate5TriggerSource:Single,External,orInternalRateFSKModulationFrequencyRange:10mHzto15MHz(±0.05%to600Hz,thendecreaseslinearlyto±4%atupperlimit)InternalRate:10mHzto50kHzSource:Internal/External(1MHzmax.)FREQUENCYSWEEPType:LinearorLogarithmicDirection:UporDownStartF/StopF:10mHzto15MHzTime:1msto500sec±0.1%Source:Single,External,orInternalREAR-PANELINPUTSExternalAMModulation:±5Vpk=100%Modulation5k?InputResistanceExternalTrigger/FSKBurstGate:5TTL(lowtrue)Latency:1.3μsJitter:25nsSYSTEMCHARACTERISTICSConfigurationTimes6FunctionChange:780msFrequencyChange:730msAmplitudeChange:30msOffsetChange:10msSelectUserArb:100msModulationParameterChange:<350msArbDownloadTimesoverGPIB:ArbLengthBinaryASCIIIntegerASCIIReal816,000points8sec81sec100sec8,192points4sec42sec51sec4,096points2.5sec21sec26sec2,048points1.5sec11sec13secArbDownloadTimesoverRS-232at9600Baud:9ArbLengthBinaryASCIIIntegerASCIIReal1016,000points35sec101sec134sec8,192points18sec52sec69sec4,096points10sec27sec35sec2,048points6sec14sec18sec1 Add1/10thofoutputamplitudeandoffsetspecificationper℃foroperationoutsideof18℃to28℃range(1-yearspecification).2 100mVpp–20Vppamplitudeintoopen-circuitload.3 Offset≤2Xpeak-to-peakamplitude.4 Forsquarewaveoutputs,add2%ofoutputamplitudeadditionalerror.5 TriggersourceignoredwhenExternalGateisselected.6 Timetochangeparameterandoutputthenewsignal.7 Modulationorsweepoff.8 Timesfor5-digitand12-digitnumbers.9 For4800baud,multiplythedownloadtimesbytwo;For2400baud,multiplythedownloadtimesbyfour,etc.10 Timefor5-digitnumbers.For12-digitnumbers,multiplythe5-digitnumbersbytwo.OperatingBasicsTheFrontPanelFunction/Modulationkeys②Menuoperationkeys③Waveformmodifykeys④Single/InternalTriggerkey(BurstandSweeponly)⑤Recall/Storeinstrumentstatekey⑥EnterNumberkey⑦Shift/Localkey⑧EnterNumber“Units”keyQuickStartOneofthefirstthingsyouwillwanttodowithyourfunctiongeneratoristobecomeacquaintedwithitsfrontpanel.Wehavewrittentheexercisesinthischaptertopreparethefunctiongeneratorforuseandhelpyougetfamiliarwithsomeofthefront-paneloperations.Thefrontpanelhastworowsofkeystoselectvariousfunctionsandoperations.Mostkeyshaveashiftedfunctionprintedinblueabovethekey.Toperformashiftedfunction,pressShift(theShiftannunciatorwillturnon).Then,pressthekeythathasthedesiredlabelaboveit.Forexample,toselecttheAM(amplitudemodulation)function,pressShiftAM(theshiftedversionofthekey).ShiftShiftAMIfyouaccidentallypressShift,justpressitagaintoturnofftheShiftannunciator.ShiftMostkeysalsohaveanumberprintedingreennexttothekey.Toenablethenumbermode,pressEnterNumber(theNumannunciatorwillturnon).Then,pressthekeysthathavethedesirednumbersprintednexttothem.Forexample,toselectthenumber“10”,pressEnterNumber10(nexttotheandRecallkeys).EnterNumberEnterNumber10RecallIfyouaccidentallypressEnterNumber,justpressShiftCanceltoturnofftheNumannunciator.EnterNumberShiftCancelTosettheoutputfrequencyAtpower-on,thefunctiongeneratoroutputsasinewaveat1kHzwithamplitudeof100mVpeak-to-peak(intoa50Ωtermination).Thefollowingstepsshowyouhowtochangethefrequencyto1.2MHz.1Enablethefrequencymodifymode.PressFreqFreqThedisplayedfrequencyiseitherthepower-onvalueorthepreviousfrequencyselected.Whenyouchangefunctions,thesamefrequencyisusedifthepresentvalueisvalidforthenewfunction.1.1.000,000,0KHz2Enterthemagnitudeofthedesiredfrequency.PressEnterNumber1·0orusetheknobandarrowkeystochangethenumber.EnterNumber1·0NoticethattheNumannunciatorturnsonand“ENTERNUM”flashesonthedisplay,indicatingthatthenumbermodeisenabled.1.21.2Tocancelthenumbermode,pressShiftCancel.ShiftCancel3Settheunitstothedesiredvalue.PressShift(MHz/mVpp)ShiftTheunitsareselectedusingthearrowkeysontherightsideofthefrontpanel.Assoonasyouselecttheunits,thefunctiongeneratoroutputsthewaveformwiththedisplayedfrequency.Toturnofftheflashingdigit,movethecursortotheleftofthedisplayusingthearrowkeys.1.200,000,0MHz1.200,000,0MHzTosettheoutputamplitudeAtpower-on,thefunctiongeneratoroutputsasinewavewithamplitudeof100mVpeak-to-peak(intoa50_termination).Thefollowingstepsshowyouhowtochangetheamplitudeto50mVrms.1Enabletheamplitudemodifymode.PressAmplAmplThedisplayedamplitudeiseitherthepower-onvalueorthepreviousamplitudeselected.Whenyouchangefunctions,thesameamplitudeisusedifthepresentvalueisvalidforthenewfunction.1100.0 mVPP2Enterthemagnitudeofthedesiredamplitude.PressEnterNumber50orusetheknobandarrowkeystochangethenumber.EnterNumber50NoticethattheNumannunciatorturnsonand“ENTERNUM”flashesonthedisplay,indicatingthatthenumbermodeisenabled.550Tocancelthenumbermode,pressShiftCancel.ShiftCancel3Settheunitstothedesiredvalue.PressShift(kHz/mVrms)ShiftTheunitsareselectedusingthearrowkeysontherightsideofthefrontpanel.Assoonasyouselecttheunits,thefunctiongeneratoroutputsthewaveformwiththedisplayedamplitude.Toturnofftheflashingdigit,movethecursortotheleftofthedisplayusingthearrowkeys.550.00mVRMSTosetadcoffsetvoltageAtpower-on,thefunctiongeneratoroutputsasinewavewithadcoffsetvoltageof0volts(intoa50Ωtermination).Thefollowingstepsshowyouhowtochangetheoffsetto–1.5mVdc.1Enabletheoffsetmodifymode.PressOffsetOffsetThedisplayedoffsetvoltageiseitherthepower-onvalueorthepreviousoffsetselected.Whenyouchangefunctions,thesameoffsetisusedifthepresentvalueisvalidforthenewfunction.+0.+0.000VDC2Enterthemagnitudeofthedesiredoffset.PressEnterNumber±1·5orusetheknobandarrowkeystochangethenumber.EnterNumber±1·5NoticethattheNumannunciatorturnsonand“ENTERNUM”flashesonthedisplay,indicatingthatthenumbermodeisenabled.Noticethat±togglesthedisplayedvaluebetween+and–.±-1.5-1.5Tocancelthenumbermode,pressShiftCancel.ShiftCancel3Settheunitstothedesiredvalue.PressShift(kHz/mVrms)ShiftAtthispoint,thefunctiongeneratoroutputsthewaveformwiththedisplayedoffset.NoticethattheOffsetannunciatorturnson,indicatingthatthewaveformisbeingoutputwithanoffset.Theannunciatorwillturnonwhentheoffsetisanyvalueotherthan0volts.Toturnofftheflashingdigit,movethecursortotheleftofthedisplayusingthearrowkeys.--01.50mVDCTosetthedutycycleAppliesonlytosquarewaves.Atpower-on,thedutycycleforsquarewavesis50%.Youcanadjustthedutycycleforasquarewaveformfrom20%to80%,inincrementsof1%(forfrequenciesabove5MHz,therangeis40%to60%).Thefollowingstepsshowyouhowtochangethedutycycleto45%.1Selectthesquarewavefunction.PressNoticethattheannunciatorturnson,indicatingthatthesquarewavefunctionisenabled.2Enablethedutycyclemodifymode.PressShift%DutyShift%DutyThedisplayeddutycycleiseitherthepower-onvalueorthepreviousvalueselected.5050%DUTYThismessageappearsonthedisplayforapproximately10seconds.Repeatthisstepasneeded.3Enterthedesireddutycycle.PressEnterNumber45orusetheknobandarrowkeystochangethenumber.EnterNumber45NoticethattheNumannunciatorturnsonand“ENTERNUM”flashesonthedisplay,indicatingthatthenumbermodeisenabled.4545Tocancelthenumbermode,pressShiftCancel.ShiftCancel4Outputthewaveformwiththedisplayeddutycycle.PressEnterEnter445%DUTYTooutputastoredarbitrarywaveformTherearefivebuilt-inarbitrarywaveformsstoredinnon-volatilememoryforyouruse.Youcanoutputthesewaveformsdirectlyfromnon-volatilememory.Thefollowingstepsshowyouhowtooutputan“exponentialrise”waveformfrommemory.ShiftArbList1Displaythelistofarbitrarywaveforms.PressShiftArbListShiftArbListThelistcontainsthefivebuilt-inarbitrarywaveforms(sinc,negativeramp,exponentialrise,exponentialfall,andcardiac).Thelistmayalsocontainuptofouruser-definedarbitrarywaveformnames.Thefirstchoiceonthislevelis“SINC”.SINCSINCThismessageappearsonthedisplayforapproximately10seconds.Repeatthisstepasneeded.2MoveacrosstotheEXP_RISEchoice.PressEXP_RISEEXP_RISE3Selectandoutputthedisplayedarbitrarywaveform.PressEnterEnterNoticethattheArbannunciatorturnson,indicatingthattheoutputisanarbitrarywaveform.Thewaveformisoutputusingthepresentsettingsforfrequency,amplitude,andoffsetunlessyouchangethem.TheselectedwaveformisnowassignedtotheArbArbkey.Wheneveryoupressthiskey,theselectedarbitrarywaveformisoutput.ArbTooutputadcvoltageInadditiontogeneratingwaveforms,youcanalsooutputadcvoltageintherange±5Vdc(intoa50Ωtermination).Thefollowingstepsshowyouhowtooutput+155mVdc.1PresstheOffsetkeyandholditdownformorethan2seconds.OffsetToenterthedcvoltagemode,presstheOffsetkeyoranykeyinthetoprowoffunctionkeysandholditdownformorethan2seconds.Thedisplayedvoltageiseitherthepower-onvalueorthepreviousoffsetvoltageselected.OffsetDCVDCV+0.+0.000VDC2Enterthemagnitudeofthedesiredvoltage.PressEnterNumber155orusetheknobandarrowkeystochangethenumber.EnterNumber155NoticethattheNumannunciatorturnsonand“ENTERNUM”flashesonthedisplay,indicatingthatthenumbermodeisenabled.155155Tocancelthenumbermode,pressShiftCancel.ShiftCancel3Settheunitstothedesiredvalue.PressShift(kHz/mVrms)ShiftAtthispoint,thefunctiongeneratoroutputsthedisplayeddcvoltage.NoticethattheOffsetannunciatorturnson(allotherannunciatorsareoff),indicatingthatadcvoltageisbeingoutput.Theannunciatorwillturnonwhentheoffsetisanyvalueotherthan0volts.+1+155.0mVDCTostoretheinstrumentstateYoucanstoreuptothreedifferentinstrumentstatesinnon-volatilememory.Thisenablesyoutorecalltheentireinstrumentconfigurationwithjustafewkeypressesfromthefrontpanel.Thefollowingstepsshowyouhowtostoreandrecallastate.1Setupthefunctiongeneratortothedesiredconfiguration.Thestatestoragefeature“remembers”thefunction,frequency,amplitude,dcoffset,dutycycle,aswellasanymodulationparameters.2Turnonthestatestoragemode.PressShiftStoreShiftStoreThreememorylocations(numbered1,2,and3)areavailabletostoreinstrumentconfigurations.Theinstrumentconfigurationisstoredinnon-volatilememoryandisrememberedwhenpowerhasbeenoff.STORE1STORE1Thismessageappearsonthedisplayforapproximately10seconds.Repeatthisstepasneeded.3Storetheinstrumentstateinmemorylocation“2”.Pressorusetheknobandarrowkeystochangethenumber.Usetheupanddownarrowkeystoselectthememorylocation.STORESTORE2Tocancelthestoreoperation,pressShiftStoreagainorletthedisplaytime-outafter10seconds.ShiftStore4Savetheinstrumentstate.PressEnterEnterTheinstrumentstateisnowstored.Torecallthestoredstate,turntothenextpage.Toverifythatthestatewasstoredproperly,youcanturnthepoweroffbeforerecallingthestate.5Recallthestoredinstrumentstate.PressRecallRecallTorecallthestoredstate,youmustusethesamememorylocationusedpreviouslytostorethestate.Usetheupanddownarrowkeystochangethedisplayedstoragelocation.RECALL2RECALL2Tocanceltherestoreoperation,pressRecallagain.RecallThismessageappearsonthedisplayforapproximately10seconds.Repeatthisstepasneeded.6Restoretheinstrumentstate.PressEnterEnterThefunctiongeneratorshouldnowbeconfiguredinthesamestateaswhenyoustoredthesetuponthepreviouspage.Whenpoweristurnedoff,thefunctiongeneratorautomaticallystoresitsstateinmemorylocation“0”.Youcanrecallthepower-downstate,butyoucannotstorethestatetolocation“0”fromthefrontpanel.UsethePOWERONENABLEcommandintheSYSMENUtoautomaticallyrecallthepower-downstatewhenpoweristurnedon.Seechapter3formoreinformationonusingthefront-panelmenus.MENUA:ModulationMENU1:AMSHAPE→2:AMSOURCE→3:FMSHAPE→4:BURSTCNT→5:BURSTRATE→6:BURSTPHAS→7:BURSTSRC→8:FSKFREQ→9:FSKRATE→10:FSKSRC1:AMSHAPESelectstheshapeoftheAMmodulatingwaveform.2:AMSOURCEEnablesordisablestheinternalAMmodulatingsource.3:FMSHAPESelectstheshapeoftheFMmodulatingwaveform.4:BURSTCNTSetsthenumberofcyclesperburst(1to50,000cycles).5:BURSTRATESetstheburstrateinHzforaninternalburstsource.6:BURSTPHASSetsthestartingphaseangleofaburst(-360to+360degrees).7:BURSTSRQSelectsaninternalorexternalgatesourceforburstmodulation.8:FSKFREQSetstheFSK“hop”frequency.9:FSKRATESelectstheinternalFSKratebetweenthecarrierandFSKfrequency.10:FSKSRCSelectsaninternalorexternalsourcefortheFSKrate.B:SWP(Sweep)MENU1:STARTF→2:STOPF→3:SWPTIME→4:SWPMODE1:STARTFSetsthestartfrequencyinHzforsweeping.2:STOPFSetsthestopfrequencyinHzforsweeping.3:SWPTIMESetstherepetitionrateinsecondsforsweeping.4:SWPMODESelectslinearorlogarithmicsweeping.C:EDITMENU*1:NEWARB→2:POINTS→[3:LINEEDIT]→[4:POINTEDIT]→[5:INVERT]→[6:SAVEAS]→7:DELETE1:NEWARBInitiatesanewarbwaveformorloadstheselectedarbwaveform.2:POINTSSetsthenumberofpointsinanewarbwaveform(8to16,000points).3:LINEEDITPerformsalinearinterpolationbetweentwopointsinthearbwaveform.4:POINTEDITEditstheindividualpointsoftheselectedarbwaveform.5:INVERTInvertstheselectedarbwaveformbychangingthesignofeachpoint.6:SAVEASSavesthecurrentarbwaveforminnon-volatilememory.7:DELETEDeletestheselectedarbwaveformfromnon-volatilememory.*Thecommandsenclosedinsquarebrackets([])are“hidden”untilyoumakeaselectionfromtheNEWARBcommandtoinitiateaneweditsession.3D:SystemMENU1:OUTTERM_2:POWERON_3:ERROR_4:TEST_5:COMMA_6:REVISION1:OUTTERMSelectstheoutputtermination(50_orhighimpedance).2:POWERONEnablesordisablesautomaticpower-upinpower-downstate“0”.3:ERRORRetrieveserrorsfromtheerrorqueue(upto20errors).4:TESTPerformsacompleteself-test.5:COMMAEnablesordisablesacommaseparatorbetweendigitsonthedisplay.6:REVISIONDisplaysthefunctiongenerator’sfirmwarerevisioncodes.E:Input/OutputMENU1:HPIBADDR_2:INTERFACE_3:BAUDRATE_4:PARITY_5:LANGUAGE1:HPIBADDRSetstheGPIBbusaddress(0to30).2:INTERFACESelectstheGPIBorRS-232interface.3:BAUDRATESelectsthebaudrateforRS-232operation.4:PARITYSelectseven,odd,ornoparityforRS-232operation.5:LANGUAGEVerifiestheinterfacelanguage:SCPI.F:CalibrationMENU*1:SECURED→[1:UNSECURED]→[2:CALIBRATE]→3:CALCOUNT→4:MESSAGE1:SECUREDThefunctiongeneratorissecuredagainstcalibration;entercodetounsecure.1:UNSECUREDThefunctiongeneratorisunsecuredforcalibration;entercodetosecure.2:CALIBRATEPerformsindividualcalibrations;mustbeUNSECURED.3:CALCOUNTReadsthetotalnumberoftimesthefunctiongeneratorhasbeencalibrated.4:MESSAGEReadsthecalibrationstring(upto11characters)enteredfromremote.*Thecommandsenclosedinsquarebrackets([])are“hidden”unlessthefunctiongeneratorisUNSECUREDforcalibration.ThreeStepDuringMenuUseThissectionisastep-by-steptutorialwhichshowsyouhowtousethefront-panelmenu.Werecommendthatyouspendafewminuteswiththistutorialtogetcomfortablewiththestructureandoperationofthemenubeforeattemptingverification,calib