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Agilent Technologies 35670A User's Manual

1. Calibration Settling Execution Error Comand Error Power On Event Enable Ranging Measuring Waiting for TRIG Waiting for ARM Averaging Hardcopy in Progress Waiting for Accept Reject Loading Waterfall in Progress Program Running STATus register X CONDition Operation Status STATus 0PERation x Logical OR Bit Weights 1 STATus register PTRansition 112 X Where register is replaced by 2 4 STATus register NTRansition QUES VOLT 3 8 QUES LIM L4 16 STATus register X EVENI USER 32 DEV e m STATus registerX ENABle QUES 8 256 Z OPER 9 512 7 10 026 Example 11 204 l5 12 4096 B To get the Display Ready condition 13 8192 d to generate a service request send 14 16384 Z the following comands Z General Register Structure STAT DEV ENAB 32 STAT DEV PTR 32 SRE 4 Figure 1 HP 35670A Status Register Summary Command List Common Commands CAL CLS ESE 0 255 ESR IDN OPC OPC OPT PCB 0 30 0 30 PSC 32767 32767 RST SRE 0 255 STB TRG TST WAI ABORt ABORt ARM ARM IMMediate Calibrates analyzer and returns the result Clears the Status Byte Sets or queries bits in the Standard Event Enable register Reads and clears the
2. MSINAMEs takes the following form MSINAME MSIS DIR_NAME See FILENAME for additional information For more information about parameters refer to chapter 2 Introduction to the Command Reference in GPIB Programming with the Agilent 35670A User Status STATus USER Ouestionable Vollage STATus QUEStionable VOL Tage CH1 Input Overload CH2 Input Overload CH3 Input Overload CH4 Input Overload 0 Logical OR CH1 Input Half Range CH2 Input Half Range Device State STATus DEVice Auto Cal Off Hardware Failed Key Pressed Display Ready RS 232 C Character Available RS 232 C Input Held Off RS 232 C Output Held Off RS 232 C Error Questionable Status STATus QUE Stionable CH3 Input Half Range CH4 Input Half Range 11 Limit Fail STATus QUEStionable LIMit Trace A Trace A Trace B Trace B Trace C Trace C Trace D Trace D Failed Failed Failed Failed Failed Failed Failed Failed Upper Lower Upper Lower Upper Lower Upper Lower Logical OR Standard Event ESR ESE Operation Complete Reques Control Query Error Device Dependent Error Calibration SS Output Queue QQ Logical OR Sw Status Byte Serial poll bit 6 Request Service STB bit 6 Master Summary Status SRE Message Available j 9
3. Agilent 35670A GPIB Commands Quick Reference This Quick Reference of the GPIB commands recognized by the Agilent 35670A lists the common commands and then lists the subsystem commands in alphabetical order Figure 1 shows the Agilent 35670A status registers m Syntax descriptions use the following conventions PM indicates or one and only one of the items can be chosen indicates the name of items that need further definition indicates the enclosed items are optional indicates a valid range of values m Add a to make the query form of a command commands listed with a are query only commands listed with a 2 cannot be queried m A indicates branching points the command tree m Use to send multiple commands within a single program message The command parser assumes the second command comes from the same branch as the preceeding command m Use to reset the command parser to the base of the command tree when sending multiple commands within a single program message The input defaults to channel and the trace defaults to trace A if the optional 1121314 parameter is not specified To view the GPIB command which corresponds to a front panel operation press Local GPIB GPIB ECHO ON OFF J to highlight ON For more information on a particular command refer to GPIB Programming with the Agilent 35670A Parameter Definitions
4. SENSe ORDer TRACK 112131415 0 9 9e 37 ORD SENSe ORDer TRACK 112131415 STATe OFFIOIONI1 SENSe REFerence SINGIeIPAIR SENSe REJect STATe OFFIOIONI1 SENSe SWEep DIRection UPIDOWN SENSe SWEep DWELI 0 00025 32768 SICYCLE SENSe SWEep MODE AUTOIMANual SENSe SWEep OVERIap 0 99 PCT SENSe SWEep SPACing LINearlLOGarithmic SENSe SWEep STIMe 0 9 9e 37 SICYCLE SENSe SWEep TIME 0 000976562 8192 S SENSe TCAPture ABORt SENSe TCAPture DELete SENSe TCAPture IMMediate SENSe TCAPture LENGth 0 9 9e 37 SIBLKIPNT SENSe TCAPture MALLocate SENSe TCAPture STARt 1 121314 9 9e 37 9 9e 37 SIBLKIPNT SENSe TCAPture STOP 1121314 9 9e 37 9 9e 37 SIBLKIPNT SENSe TCAPture TACHometer RPM MAXimum 5 491519 SENSe TCAPture TACHometer STATe OFFIOIONI1 SENSe VOLTage 1121314 DC RANGe AUTO OFFIOIONI1 SENSe VOLTage 1121314 DC RANGe AUTO DIRection UPIEITHer SENSe VOLTage 1121314 DC RANGe UNIT USER LABel lt STRING gt SENS VOLT 1121314 DC RANGe UNIT USER SFACtor 9 9 37 9 9 37 V EUIEU V SENSe VOL Tage 1I2I3I4 DC RANGe UNIT USER STATe OFFIOIONI1 13 SENSe VOL Tage 1I213I4 DC RANGe UNIT XDCR LABel PAIGIM S2IM SI MIKGINIDYNIINCH S2IINCH SIINCHIMILILBIUSER SENSe VOL Tage 112I3I4 DC RANGe UPPer 51 31 66 DBVRMSIVPK IDBVPKIVIDBVIEUIDBEUIVRMS SENSe WINDow 1I2I3I4 EXPonential 3 8147e 06 9 9999e 06 S SENSe WINDow 1I2l3l4 FORCe 3 8147e 06 9 9999e 06 S SENSe
5. WINDow 1I2I3I4 ORDer DC OFFIOIONI1 SENSe WINDow 11213 4 TYPE HANNinglFLATtoplUNIFormlFORCel EXPonentiallLAGILLAG SOURce SOURce BURSt 0 100 PCT SOURce FREQuency CW 0 115000 HZ SOURce FREQuency FlXed 0 115000 HZ SOURce FUNCtion SHAPe SINusoidIRANDomIBRANdomIPCHirpIBCHirp PINKIUSERICAPT SOURce USER CAPTure 1 4 SOURce USER REGister 01102103104105106107108 SOURce USER REPeat OFFIOIONI1 SOURce VOLTage LEVel AUTO OFFIOIONI1 SOUR VOLT LEVelJ IMMediate AMPLitude 9 9e 37 13 9794 DBVRMSI VPKIDBVPKIVIDBVIVRMS SOURce VOLTage LEVell IMMediate OFFSet 10 10 V SOURce VOLTage LEVel REFerence 69 276 31 66 DBVRMSIVPKIDBVPKIVI DBVIEUIDBEUIVRMS SOURce VOLTage LEVel REFerence CHANnel INPut1IINPut2lINPut3lINPut4 SOURce VOLTage LEVel REFerence TOLerance 0 1 20 DB SOURce VOLTage LIMit AMPLitude 9 9e 37 13 9794 DBVRMSIVPKI DBVPKIVIDBVIVRMS SOURce VOLTage LIMit INPut 69 276 31 66 DBVRMSIVPKIDBVPKIVI DBVIEUIDBEUIVRMS SOURce VOLTage SLEW 0 10000 V SIVPK SIVRMS S STATus STATus DEVice CONDition STATus DEVice ENABle 0 32767 STATus DEVice EVENt STATus DEVice NTRansition 0 32767 STATus DEVice PTRansition 0 32767 STATus OPERation CONDition STATus OPERation ENABle 0 32767 STATus OPERation EVENt STATus OPERation NTRansition 0 32767 14 STATus OPERation PTRansition 0 32767 STATus PRESet STATus QUEStionable CONDition STATus QUEStionable ENABle 0 32767 STATus QUEStionable EVENt S
6. BLOCK If you are sending binary data using indefinite length syntax takes the following form BLOCK 0 lt data_byte gt lt data_byte gt LF2 END data byte unsigned 8 bit data lt line feed character ASCII decimal 10 END GPIB END message EOI set true If you are sending binary data using definite length syntax BLOCK takes the following form BLOCK lt byte gt lt length_bytes gt lt data_byte gt lt data_byte gt lt byte gt number of length bytes to follow ASCII encoded lt length_bytes gt number of data bytes to follow ASCII encoded lt data_byte gt unsigned 8 bit data If you are sending ASCII data BLOCK takes the following form BLOCK Integer Integer LF or BLOCK Floating point number Floating point FILENAME takes the following form FILENAME MSIS NDIR NAMEVfilename where MSIS must be replaced with RAM which selects volatile RAM NVRAM which selects non volatile RAM INT which selects the internal disk drive EXT lt select_code gt lt unit_number gt which selects the external disk drive DIR_NAME ASCII characters MS DOS file systems only lt takes the following form MMEMNAME MSIS DIR_NAME filename MSIS DIR_NAME filename MSIS DIR_NAME filename See FILENAME for additional information
7. DISPlay ANNotation ALL OFFIOIONI1 DISPlay BODE DISPlay BRIGhtness 0 5 1 DISPlay ERRor lt STRING gt DISPlay EXTernal STATe OFFIOIONI1 DISPlay FORMat SINGIeIULOWerlFBACKISUBLIULFBIQUAD DISPlay GPIB ECHO OFFIOIONI1 DISPlay PROGram KEY BOX 0 9 OFFIOIONI1 DISPlay PROGram KEY BRACket 0 9 0 9 OFFIOIONI1 DISPlay PROGram MODE OFFIOIFULLIUPPerILOWer DISPlay PROGram VECTor BUFFer STATe OFFIOIONI1 DISPlay RPM STATe OFFIOIONI1 DISPlay STATe OFFIOIONI1 DISPlay TCAPture ENVelope STATe OFFIOIONI1 DISPlay VIEW TRACeIMSTatelMMEMorylSTABlelCTABlelFTABlelTTABlel MEMorylOPTionICAPTurellSTatelMESSage DISPlay WINDow 1121314 DTABle MARKer STATe OFFIOIONI1 DISPlay WINDow 11213 4 DTABle STATe OFFIOIONI1 DISPlay WINDow 1 213 4 LIMit STATe OFFIOIONI1 DISPlay WINDow 12I314 POLar CLOCkwise OFFIOIONI1 DISPlay WINDow 1 213 4 POLar ROTation 360 360 DISPlay WINDow 112I3I4 TRACe APOWer STATe OFFIOIONI1 DISPlay WINDow 1121314 TRACe BPOWer STATe OFFIOIONI DISPlay WINDow 1 2I314 TRACe GRATicule GRID STATe OFFIOIONI1 DISPlay WINDow 112I3I4 TRACe LABel lt STRING gt DISPlay WINDow 1121314 TRACe LABel DEFault STATe OFFIOIONI1 DISPlay WINDow 1 21314 TRACe X MATCH 1 121314 DISPlay WINDow 112I314 TRACe X SCALe AUTO OFFIOIONCE DISPlay WINDow 112I3 4 TRACe X SCALe LEFT 9 9e437 9 9e437 HZISI ORDICOUNTIAVGIVIVPKIRPMIEUIREV DISPlay WINDow 112I314 TRACe X SCALe RIGHt 9 9e 37 9 9e 37 HZ
8. Standard Event event register Returns analyzer s identification string Enables the status bit to be set for completion of overlapped commands Queries completion of overlapped commands Returns analyzer s option configuration Sets the pass control back address Sets or queries Power On Status Clear flag Executes a device reset Sets or queries bits in the Service Request Enable register Reads Status Byte register Triggers analyzer Performs self test Wait to continue command ARM RPM INCRement 1 500000 RPM ARM RPM MODE OFFIOIUPIDOWN ARM RPM THReshold 5 491520 RPM ARM SOURce IMMediatelMANuallRPMITIMer ARM TIMer 0 500000 S CALCulate 1121314 CALOulate 112 CALOulate 112 CALOulate 112 CALOulate 112 CALCulate 112 CALOulate 112 CALOulate 112 CALOulate 112 CALOulate 112 CALCulate 112 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 NYQuistlUP CALOulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 112 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALOulate 112 CALOulate 112 2 2 2 2 2 2 2 2 2 2 H 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 3 c D 02 02 02 CALOulate 112 Q 02 D G D GQ 4 ACTive AIBICIDIABICDIABCD 4 CFI
9. 102103104105106107108 lt gt TRACe WATerfall DATA W1IW2IW3IWA4IWS5IW6IW71W8 WDATA TRACe X DATA TRACe1ITRACe2ITRACeSITRACe4ID1ID2ID3IDA4ID5ID6lI D71D8IW1IW2IWS3IWAIWSIW6IW7l1W8 TRACe X UNIT TRACe1ITRACe2ITRACe3ITRACe4ID1ID21IDSIDAID5ID6ID7I D8IW11W2IWS3IWAIW5IW6IW7IW8 TRACe Z DATA TRACe1ITRACe2I TRACe3ITRACe4ID1ID21D3IDAID5ID6I D7ID8IW1IW2IW3IW4IW5IW6IW7IW8 TRACe Z UNIT TRACe1ITRACe2ITRACe3ITRACe4ID1ID2ID3ID4ID5ID6ID7I D8IW1IW2IW3IW4IW5IW6IW7IW8 TRIGger TRIGger EXTernal FILTer L PAS STATe OFFIOIONI1 TRIGger EXTernal LEVel 10 10 V TRIGger EXTernal RANGe HIGHILOW TRIGger IMMediate TRIGger LEVel 9 9e 37 9 9e 37 PCTIVIVPKIEU TRIGger LEVel TTL HIGHILOW TRIGger SLOPe POSitivelNEGative TRIGger SOURce IMMediatelEXTernalllNTernallINTernal2lINTernal3l INTernaldlOUTPutlBUS TRIGger STARI 1121314 9 9e 37 9 9e 37 S TRIGger TACHometer HOLDoff 0 0 052224 S TRIGger TACHometer LEVel 20 20 V TRIGger TACHometer PCOunt 0 5 2048 TRIGger TACHometer RANGe HIGHILOW TRIGger TACHometer RPM TRIGger TACHometer SLOPe POSitivelNEGative 16
10. AXimumIMINimum SENSe JAVERage IMPulse OFFIOIONI1 SENSe AVERage IRESult RATE 1 1e 07 SENSe AVERage IRESult STATe OFFIOIONI1 SENSe JAVERage PREView OFFIOIMANuallTIMed SENSe JAVERage PREView ACCept SENSe AVERage PREView REJect SENSe JAVERage PREView TIME 0 1 3600 S SENSe JAVERage STATe OFFIOIONI1 SENSe JAVERage TCONtrol FREezelREPeatlEXPonential SENSe AVERage TIME 0 9 9e 37 SIRECIPNT SENSe JAVERage TYPE MAXimumIRMSITIMEIVECTorIlECONfidence SENSe FEED INPutITCAPture SENSe FREQuency BLOCksize 256 2048 SENSe FREQuency CENTer 0 0234375 1 15000 HZICPM SENSe FREQuency MANual 0 015625 51200 HZ SENSe FREQuency RESolution 0 015625 51200 HZIPCTIPNT SWPI PNT DECIPNT OCT 12 SENSe FREQuency RESolution AUTO OFFIOIONI1 SENSe FREQuency RESolution AUTO MCHange 0 00391 100 PCT SENSe FREQuency RESolution AUTO MINimum 0 015625 51200 HZIPCTI PNT SWPIPNT DECIPNT OCT SENSe FREQuency RESolution OCTave THIRdIFULLITWELfth SENSe FREQuency SPAN 0 015625 102400 HZICPM SENSe FREQuency SPAN FULL SENSe FREQuency SPAN LINK STARtICENTer SENSe FREQuency STARt 0 115000 HZICPM SENSe FREQuency STEP INCRement 0 015625 102400 HZICPM SENSe FREQuency STOP 0 03125 115000 HZICPM SENSe HISTogram BINS 4 1024 SENSe ORDer MAXimum 3 125 200 ORD SENSe ORDer RESolution 0 0078125 1 ORD SENSe ORDer RESolution TRACk 1 2048 SENSe ORDer RPM MAXimum 0 9 9e 37 RPM SENSe ORDer RPM MINimum 0 9 9e 37 RPM
11. I SIORDICOUNTIAVGIVIVPKIRPMIEUIREV DISPlay WINDow 1121314 TRACe X SPACing LINearlLOGarithmic DISPlay WINDow 1121314 TRACe Y MATCh 1121314 DISPlay WINDow 1121314 TRACe Y SCALe AUTO OFFIOIONI1IONCE DISPlay WINDow 1121314 TRACe Y SCALe BOTTom 9 9e 37 9 9e 37 DBVRMSIVRMSIVPKIDBVPKIVIDBVIEUIDBEU DISPlay WINDow 112I3I4 TRACe Y SCALe CENTer 9 9e437 9 9e437 DBVRMSIVRMSIVPKIDBVPKIVIDBVIEUIDBEU DISPlay WINDow 112I314 TRACe Y SCALe PDIVision 0 9 9e 37 DBI VRMSIVPKIV DISPlay WINDow 1I213I4 TRACe Y SCALe REFerence TOPICENTerl BOTTomIRANGe DISPlay WINDow 1I2I3I4 TRACe Y SCALe TOP 9 9e437 9 9e437 DBVRMSIVRMSIVPKIDBVPKIVIDBVIEUIDBEU DISPlay WINDow 1121314 TRACe Y SPACing LINearlLOGarithmic DISPlay WINDow 1121314 WATerfall BASeline 0 100 PCT DISPlay WINDow 1121314 WATerfall BOTTom 0 9 9e 37 SIRPMICOUNTI AVG DISPlay WINDow 1121314 WATerfall COUNt 1 06 9 9e 37 SIRPMICOUNTI AVG DISPlay WINDow 11213 4 WATerfall HEIGht 1 100 PCT DISPlay WINDow 1I2I3I4 WATerfall HIDDen OFFIOIONI1 DISPlay WINDow 1121314 WATerfall SKEW OFFIOIONI1 DISPlay WINDow 1 2I314 WATerfall SKEW ANGLe 0 45 DISPlay WINDow 1I2I3I4 WATerfall STATe OFFIOIONI1 DISPlay WINDow 1121314 WATerfall TOP 0 9 9e 37 SIRPMICOUNTIAVG FORMat FORMat DATA ASCIilREAL 3 64 HCOPy HCOPy COLor DEFault HCOPy DESTination SYSTem COMMunicate GPIB RDEVice l MMEMory 461 SYSTem COMMunicate CENT
12. IFAIFS 4 MATH STATe OFFIOIONI1 4 SYNThesis COPY CFIT 4 SYNThesis DATA BLOCK 4 SYNThesis DESTination D1ID2ID3ID4ID5ID6ID7ID8 4 SYNThesis FSCale 1e 06 1e 06 4 SYNThesis GAIN 9 9e 37 9 9e 37 4 SYNThesis IMMediate 4 SYNThesis SPACing LINearlLOGarithmic 4 SYNThesis TDELay 100 100 S 4 SYNThesis TT YPe PZERo PFRaction POLY nomial 4 UNIT AMPLitude PEAKIPPIRMS 4 UNIT ANGLe DEGReelRADian 4 UNIT DBReference DBV DBM l DBSPL DBUSER146 4 UNIT DBReference IMPedance 1 15 1 15 0 4 UNIT DBReference USER LABel lt STRING gt 4 UNIT DBReference USER REFerence 1e 15 1e 15 4 UNIT MECHanical G M S2 l M S l V I INCH S2 INCH S I 4 UNIT VOLTage V I V2 l V2 HZ I V2S HZ Q 14 6V RTHZ 4 UNIT X HZl CPV l ORD USER 4 UNIT X ORDer FACTor 1e 15 1e415 HZ ORDIRPM ORD 4 UNIT X USER FREQuency FACTor 1e 15 1e 15 4 UNIT X USER FREQuency LABel lt STRING gt 4 UNIT X USER TIME FACTor 1 15 1 15 4 UNIT X USER TIME LABel lt STRING gt 4 WATerfall COUNt 1 32767 4 WATerfall DATA 4 WATerfall SLICe COPY D1lD2lDSIDAID5ID6ID7ID8 4 WATerfall SLICe SELect 16382 1e 06 HZISIORDI IVPKIRPMIEUIREV 4 WATerfall SLICe SELect POINt 0 2048 4 WATerfall TRACe COPY D1ID2ID3ID4ID5ID6ID7ID8 4 WATerfall TRACe SELect 9 9e 37 9 9e 37 SIRPMI 4 WATerfall TRACe SELect POINt 0 32767 5 4 X DATA CALibration CALibration ALL CALibration AUTO OFFIOIONHIONCE DISPlay
13. ME gt MMEMory STORe CONTinue MMEMory STORe CONTinue MMEMory STORe DTABle TRACe 1121314 lt FILENAME gt MMEMory STORe LIMit LOWer TRACe 1121314 lt FILENAME gt MMEMory STORe LIMit UPPer TRACe 1121314 lt FILENAME gt MMEMory STORe MATH FILENAME MMEMory STORe PROGram FILENAME MMEMory STORe PROGram FORMat ASCiilBlNary MMEMory STORe STATe 1 1 lt FILENAME gt MMEMory STORe SYNThesis FILENAME MMEMory STORe TCAPture FILENAME MMEMory STORe TRACe TRACe1ITRACe21TRACeSITRACe4 FILENAME MMEMory STOR WATerfall TRACe1ITRACe2ITRACe3ITRACe4 FILENAME 11 OUTPut OUTPut FiLTer LPASs STATe OFFIOIONI1 OUTPut STATe OFFIOIONI PROGram PROGram EDIT ENABle OFFIOIONI1 PROGram EXPLicitDEFine PROGram1IPROGram2IPROGram3lPROGram4lIPROGram5 PROGRAM PROGram EXPLicit LABel PROGram1lPROGram2lPROGram3IPROGram4l PROGram5 lt STRING gt PROGram SELected DEFine lt PROGRAM gt PROGram SELected DELete ALL PROGram SELected DELete SELected PROGram SELected LABel lt STRING gt PROGram SELected MALLocate 1200 500000 PROGram SELected NAME PROGram1IPROGram2lPROGram3lPROGram4l PROGram5 PROGram SELected NUMBer lt NVARNAME gt lt BLOCK gt PROGram SELected STATe STOPIPAUSeIRUNICONTinue PROGram SELected STRing lt SVARNAME gt lt STRING gt SENSe SENSe JAVERage CONFidence 0 25 2 DB SENSe JAVERage COUNt 1 1e 07 SENSe JAVERage HOLD OFFIOIM
14. T ABORt 4 CFIT COPY SYNThesis 4 CFIT DATA lt BLOCK gt 4 CFIT DESTination D1ID2ID3ID4ID5ID6ID7ID8 4 CFIT FREQuency AUTO OFFIOIONI1 4 CFIT FREQuency STARt 0 115000 HZ 4 CFIT FREQuency STOP 0 390625 115000 HZ 4 CFIT FSCale 1e 06 1e 06 4 CFIT IMMediate 4 CFIT ORDer AUTO OFFIOIONI1 4 CFIT ORDer POLes 0 20 4 CFIT ORDer ZERos 0 20 4 CFIT TDELay 100 100 S 4 CFIT WEIGht AUTO OFFIOIONI1 4 CFIT WEIGht REGister D1ID2ID3ID4ID5ID6ID7ID8 4 DATA 4 DATA HEADer POINts 4 FEED lt CMDSTR gt 4 FORMat MLINearIMLOGarithmicIPHASeIREALIIMAGinaryl selGDELayIPOLar 4 GDAPerture APERture 0 20 PCT 4 LIMit BEEP STATe OFFIOIONI1 4 LIMit FAIL 4 LIMit LOWer CLEar IMMediate 4 LIMit LOWer MOVE Y 9 9e 37 9 9e 37 4 LIMit LOWer REPort DATA 4 LIMit LOWer REPort YDATa 4 LIMit LOWer SEGMent lt BLOCK gt 4 LIMit LOWer SEGMent CLEar 9 9e 37 9 9e 37 4 LIMit LOWer TRACe IMMediate 4 LIMit STATe OFFIOIONI1 4 LIMit UPPer CLEar IMMediate 4 LIMit UPPer MOVE Y 9 9 37 9 9 37 4 LIMit UPPer REPort DATA 4 LIMit UPPer REPort YDATa 4 LIMit UPPer SEGMent lt BLOCK gt 4 LIMit UPPer SEGMent CLEar 9 9e 37 9 9e 37 4 LIMiIt UPPer TRACe IMMediate 4 MARKer BAND STARI 9 9e 37 9 9e 37 HZISIORDI COUNTIAVGIVIVPKIRPMIEUIREV CALOulate 112 COUNTIAVGIV CALOulate 1 CALOulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 COUNTIAV CALCulate 1 CALCulate 1 CALCula
15. TATus QUEStionable LIMit CONDition STATus QUEStionable LIMit ENABle 0 32767 STATus QUEStionable LIMit EVENt STATus QUEStionable LIMit NTRansition 0 32767 STATus QUEStionable LIMit PTRansition 0 32767 STATus QUEStionable NTRansition 0 32767 STATus QUEStionable PTRansition 0 32767 STATus QUEStionable VOLTage CONDition STATus QUEStionable VOLTage ENABle 0 32767 STATus QUEStionable VOLTage EVENt STATus QUEStionable VOLTage NTRansition 0 32767 STATus QUEStionable VOLTage PTRansition 0 32767 STATus USER ENABle 0 32767 STATus USER EVENt STATus USER PULSe 0 32767 SYSTem SYSTem BEEPer IMMediate 25 14880 0 60 0 1 SYSTem BEEPer STATe OFFIOIONI1 SYSTem COMMunicate GPIB SELF ADDRess 0 30 SYSTem COMMunicate SERial RECeive BAUD 300 9600 SYSTem COMMunicate SERial RECeive BITS 5 8 SYSTem COMMunicate SERial RECeive PACE NONEIXON SYSTem COMMunicate SERial RECeive PARity CHECk OFFIOIONI1 SYSTem COMMunicate SERial RECeive PARity TYPE NONEIEVENIODD SYSTem COMMunicate SERial RECeive SBITs 1 2 SYSTem COMMunicate SERial TRANsmit PACE NONEIXONIDSR SYSTem DATE 0 9999 1 12 1 31 SYSTem ERRor SYSTem FAN STATe OFFIOIFULLIAUTO SYSTem FLOG CLEar SYSTem KEY 0 255 SYSTem KLOCk OFFIOIONI1 SYSTem POWer SOURce ACIDC SYSTem POWer STATe OFFIOIONI1 SYSTem PRESet SYSTem SET lt STATE gt 15 SYSTem TIME 0 23 0 59 0 60 SYSTem VERSion TEST TEST LOG CLEar TEST LONG TEST LONG RESult TRACe TRACe DATA 01
16. UIREV MARKer POSition POINt 0 2047 4 MARKer REFerence X 9 9e 37 9 9e 37 HZISIORDI IVPKIRPMIEUIREV 4 MARKer REFerence Y 9 9e 37 9 9e 37 DBVRMSIVPKI EUIDBEUIVRMS 4 MARKer SIDeband CARRier 9 9e 37 9 9e 37 HZIORDI 4 MARKer SIDeband COUNt 0 200 4 MARKer SIDeband INCRement 9 9e 37 9 9e 37 HZI 4 MARKer STATe OFFIOIONI1 4 MARKer X ABSolute 9 9e 37 9 9e 37 HZISIORDI IVPKIRPMIEUIREV 4 MARKer X RELative 102400 102400 HZISIORDICOUNTI AVGIVIVPKIRPMIEUIREV CALOulate 112 CALOulate 112 3 3 4 MARKer Y ABSolute 4 MARKer Y RELative 150 150 CALOulate 112 3 4 MATH CONStant 112131415 9 9e 37 9 9e 37 9 ge 37 9 9e 37 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 112 CALCulate 112 CALOulate 112 CALCulate 112 CALOulate 112 CALOulate 112 CALOulate 112 CALOulate 112 INCH I MILS CALOulate 112 CALOulate 112 CALOulate 1 2 2 2 2 2 2 2 2 2 2 2 2 Nm Q lt D 02 GQ CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 CALCulate 1 COUNTIAV CALOulate 1 CALOulate 1 CALOulate 112 COUNTIAVG CALOulate 1 CALOulate 1 2 2 3 D D G D 00 D 5 4 MATH DATA USER 4 MATH EXPRession 112131415 lt EXPR gt 4 MATH SELect F1IF2IFS
17. ronics l SYSTem COMMuni cate SERial HCOPy DEVice LANGuage HPGLIPCLIPHPGI HCOPy DEVice SPEed 0 100 HCOPy IMMediate HCOPy ITEM ALL IMMediate HCOPy ITEM FFEed STATe OFFIOIONI1 HCOPy ITEM LABel COLor 0 16 HCOPy ITEM LABel STATe OFFIOIONI1 HCOPy ITEM LABel TEXT lt STRING gt HCOPy ITEM TDSTamp FORMat FORMat1IFORMat2IFORMat3IFORMat4l FORMat5 HCOPy ITEM TDSTamp STATe OFFIOIONI1 HCOPy ITEMIWINDow 11213l4 TRACe COLor 0 16 HCOPy ITEM WINDow 11213l4 TRACe GRATicule COLor 0 16 HCOPy ITEM WINDow 112I3 4 TRACe GRATicule IMMediate HCOPy ITEM WINDow 11213 4 TRACe IMMediate 9 HCOPy ITEM WINDowT 1I2I3I4 TRACe LIMit LTYPe SOLidlDASHedIDOTTedl STYLe n HCOPy ITEM WINDow 1 1213 4 TRACe LTY Pe SOLidlDASHedIDOTTedl STYLe lt n gt HCOPy ITEM WINDow 1121314 TRACe MARKer COLor 0 16 HCOPy ITEM WINDow 112l3l4 TRACe MARKer IMMediate HCOPy ITEM WINDow 1121314 TRACe MARKer REFerence IMMediate HCOPy PAGE DIMensions AUTO OFFIOIONI1 HCOPy PAGE DIMensions USER LLEFt 32767 32767 32767 32767 HCOPy PAGE DIMensions USER URIGht 32767 32767 32767 32767 HCOPy PLOT ADDRess 0 30 HCOPy PRINt ADDRess 0 30 HCOPy TITLe 112 lt STRING gt INITiate INITiate CONTinuous OFFIOIONI1 INITiate IMMediate INPut 11213l4 INPut 112I3I4 BIAS STATe OFFIOIONI1 INPut 1121314 COUPling ACIDC INPut 1I213I4 FIL Ter AWEighting S TATe OFFIOIONI1 INPut 1I213l4 FILTer LPASs STATe OFFIOIONI1 INPu
18. t 1121314 _LOW GROundlFLOat INPut 1121314 REFerence DIRection 0 32767 INPut 1121314 REFerence POINt 0 32767 INPut 1121314 STATe OFFIOIONI1 INSTrument INSTrument NSELect 0 5 INSTrument SELect FFTIOCTavelORDerlSINEIHISTogramICORRelation MEMory MEMory CATalog ALL MEMory CATalog NAME TCAPturelWATerfalllWREGisterlPROGramIRDISk MEMory DELete ALL MEMory DELete NAME TCAPturelWATerfalllWREGisterlPROGramIRDISk MEMory FREE ALL 10 MMEMory MMEMory COPY lt MMEMNAME gt lt MMEMNAME gt MMEMory DELete lt gt MMEMory DISK ADDRess 0 30 MMEMory DISK UNIT 0 10 MMEMory FSYStem MMEMory INITialize lt MSINAME gt LIFIDOS 0 7 00006e 06 0 256 MMEMory LOAD CFIT lt FILENAME gt MMEMory LOAD CONTinue MMEMory LOAD CONTinue MMEMory LOAD DTABle TRACe 1121314 FILENAME MMEMory LOAD LIMit LOWer TRACe 1121314 FILENAME MMEMory LOAD LIMit UPPer TRACe 1121314 FILENAME MMEMory LOAD MATH FILENAME MMEMory LOAD PROGram FILENAME MMEMory LOAD STATe 1 1 lt FILENAME gt MMEMory LOAD SYNThesis FILENAME MMEMory LOAD TCAPture FILENAME MMEM LOAD TRACe D11ID21D3lDA4ID5ID6ID71D8 FILENAME NOSCale MMEMory LOAD WATerfall W11IW2lWSIWA4IW5IW6IW71WS8 FILENAME MMEMory MD IRectory lt DIR_NAME gt MMEMory MOVE lt FILENAME gt lt FILE gt MMEMory MSIS lt MSINAME gt MMEMory NAME lt FILENAME gt MMEMory STORe CFIT lt FILENA
19. te 1 2 2 2 2 2 2 2 G 2 N 2 3 3 3 4 MARKer BAND STOP 9 9e 37 9 9e 37 HZISIORDI IVPKIRPMIEUIREV 4 MARKer COUPleq STATe OFFIOIONI1 4 MARKer DTABle CLEar IMMediate 4 MARKer DTABle COPYT 11213l4 4 MARKer DTABle DATA 4 MARKer DTABle X DATA 4 MARKer DTABle X DELete 4 MARKer DTABle X INSert 9 9e 37 9 9e 37 HZISIORD IVPKIRPMIEUIREV 4 MARKer DTABle X LABel lt STRING gt 4 MARKer DTABle X SELect POINt 1 50 4 MARKer FUNCtion OFFIOIHPOWerITHDIBPOWerIBRMSI SPOWerlOVERshootIlRTIMelSTIMeIDTIMelSSLevellGMARginIPMARginl GCRossoverlPCRossoverlFREQuencyIDAMPingISINFoIWEIGhtl TPOWerl WPOWer CALOulate 1 CALCulate 1 CALCulate 1 ORDICPM CALOulate 112 CALOulate 112 CALOulate 1 CALCulate 1 CALCulate 1 CALCulate 1 ORDICOUN CALOulate 112 CALOulate 112 m N N 2 2 2 2 T COUNTIAVGIV CALOulate 112 DBVPKIVIDBVI CALOulate 112 CPM CALOulate 112 CALCulate 112 ORDICPM CALOulate 112 CALOulate 112 COUNTIAVGI CALOulate 112 3 3 3 3 3 3 3 3 3 3 3 3 3 3 V 3 4 MARKer FUNCtion RESult 4 MARKer HARMonic COUNIt 0 400 4 MARKer HARMonic FUNDamental 9 9e 37 9 9e 37 HZI 4 MARKer MAXimum GLOBal 4 MARKer MAXimum GLOBal TRACk OFFIOIONI1 4 MARKer MAXimum LEFT 4 MARKer MAXimum RIGHt 4 MARKer MODE ABSolutelRELative 4 MARKer POSition 9 9e 37 9 9e 37 HZIS IAVGIVIVPKIRPMIE

Agilent Technologies 35670A User's Manual

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