HP 54540C User's Manual
Contents
1. n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C SYSTem DATE Command SYSTem DATE lt year gt lt month gt lt day gt Query SYSTem DATE Returned Format SYSTem DATE DDMMMYYYY lt NL gt Where year YYYY integer 1990 through 2059 month integer 1 through 12 lt MMM gt three digit alphabetic month lt day gt lt DD gt integer 1 through 31 SYSTem DSP Command SYSTem DSP ascii string Query SYSTem DSP Returned Format S8YSTem DSP ascii string gt lt NL gt Where ascii string string response data containing the last information written on the advisory line 45 Programmer s Quick Reference Guide SYSTem ERRor Query SYSTem ERRor NUMBer STRing Returned Format SYSTem ERROr error ascii string NL Where error an integer error code ascii string an alpha string specifying the error condition SYSTem HEADer Command SYSTem HEADer OFF 0 ON I 153 Query SYSTem HEADer Returned Format SYSTem HEADer 0 1 lt NL gt SYSTem KEY Command SYSTem KEY lt key_code gt Query SYSTem KEY Returned Format SYSTem KEY key code gt lt NL gt Where key code integer 0 through 63 SSYSTem LONGform Command SYSTem LONGform OFF 0 ON 13 Query SYSTem LONG orm Returned Format SYSTem LONGform 0 1 lt NL gt SYSTe2. 3 4 MODE Returned Format PUNCtion 1l 2 3 4 MODE lt operation gt lt operand gt lt operand gt Where operation ADD SUBTract MULTiply VERSus ONLY INVert INTegrate DIFF PFT lt operand gt CHANnel lt n gt WMEMory i 2 i 3 4 n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C FUNCtion I 2 3 I 4 MULTiply Command FUNCtionil 2 3 4 MULTiply lt operand gt lt operand gt Where lt operand gt CHANnel n WMEMory i 2 3 4 n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C 19 Command Query Returned Format Where Command Where Command Query Returned Format Where Command Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide FUNCtion 1 2 13 141 OFFSet FUNCtion l 2 3 4 OFPSet offset argument FUNCtionfl 2 3 4 0FFSet FUNCtion 1 2 3 4 OFFSet offset argument gt lt NL gt offset argument exponential offset value of 0 to tvoltage full scale or 0 to 200 dbm for FFT FUNCtion 1121314 0NLY FUNCtion l 2 3 4 ONLY lt operand gt lt operand gt CHANnel lt n gt WMEMory i 2 3 4 n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C FUNCtion 1 2131 4 PEAK FUNCtion 2 3 4 PBAK peakl num
3. MEASure WCOMpare HALLowance allow argument MEASure WCOMpare HALLowance MEASure WCOMpare HALLowance allow argument gt lt NL gt allow argument real number representing number of horizontal divisions of allowance from 0 0 to 8 0 MEASure WCOMpare POSTfailure MEASure WCOMpare POSTfailure CONTinue STOP MEASure WCOMpare POSTfailure MEASure WCOMpare POSTfailure CONTinue STOP lt NL gt MEASure WCOMpare VALLowance MEASure WCOMpare VALLowance allow argument MEASure WCOMpare VALLowance MEASure WCOMpare VALLowance lt allow_argument gt lt NL gt allow argument real number representing number of vertical divisions of allowance from 0 0 to 8 0 MEASure WCOMpare WTESt MEASure WCOMpare WTESt MEASure OFF MEASure WCOMpare WTZSt MEASure WCOMpare WTESt MEASure OFF lt NL gt MENU MENU CHANnel lt n gt TIMebase TRIGger DISK DISPlay DELTA MATH SAVE MEASure UTILity SHOW MENU MENU CHANnei n TiMebase TRIGger DISK DISPlay DELTa MATH SAVE MEASure UTILity SHOW n integer 1 or 2 HP 54520C 54522C or i through 4 HP 54540C 54542C 39 Command Where Command Query Returned Format Command Query Returned Format Where Command Query Returned Format Where Command Command Query Returned Format Where Programmer s Quick Reference Guide MERGe MERGe pmemory num
4. 10 Command Where Command Where Command Where Query Returned Format Where Command Where Programmer s Quick Reference Guide DIGitize DIGitize CHANnel n gt CHANnel lt n gt l CHANnel lt n gt CHANnel lt n gt n integer 1 or 2 HP 545200 545220 or 1 through 4 HP 54540C 54542C DISK CDIRectory DISK CDirectory directory name directory name i to 65 character quoted ASCII string DISK DELete DISK DELete file name gt file name 1 to 8 character quoted ASCII string if DOS can have a 0 to 3 character extension DISK DIRectory DISK DIRectory DISK DIRectory number of files cr lf directory number of files integer number of files that follow in the root directory directory filename gt lt ext gt lt date gt lt time gt lt size gt description cr lf ext SETup WAVeform TEXT PIXel lt date gt DDMMMYY time HH MM SS Size an integer description LIF format Model Ci HP545XX Source DOS format Model DOS file no description DISK FORMat DISK FORMat format type gt format type DOS LIF 11 Programmer s Quick Reference Guide DISK LOAD Command DISK LOAD file name gt lt destination gt format Where filename quoted ascii string DOS compatible filename
5. LOW HIGH TRIGger QUALify TRIGger QUALify EDGE PATTern STATe LOW HIGH J NL gt TRIGger SETup TRIGger SETup TRIG MODE EDGE COUP AC DC LFR HOLD TIME lt holdoff time gt EVENt lt event_argument gt LEV level argument NREJ 0 1 SLOP POS NEG SOUR CHAN lt n gt EXT LINE AUX lt NL gt EXT is only valid for the 54520 22 TRIG MODE PATT COND ENT EXIT GT gt argument LT lt argument RANG lt range gt range lt HOLD TIME holdff time EVEN event argument LEV levei argument LOG HIGH LOW DONT NREG 0 1 PATH CHAN n EXT lt NL gt EXT is only valid for the 54520 22 TRIG MODE STAT COND TRUE FALS HOLD TIME lt holdoff time gt EVEN lt event_argument gt LEV lt level_argument gt LOG HIGH LOW DONT NREJ 0 1 PATH CHAN n EXT EXT is only valid for the 54520 22 SLOP POS NEG SOUR CHAN lt n gt EXTJ NL EXT is only valid for the 54520 22 Programmer s Quick Reference Guide TRIG MODE DEL COND ENT EXIT TRUE FALS GT lt gt_argument gt LT lt argument RANG range gt range lt DEL TIME time value EVEN event value gt DEL SLOP POS NEG DEL SOUR CHAN lt n gt EXT EXT is only valid for the 54520 22 LEV level argument gt LOG HIGH LOW DONT NREJ 0 1 OCC occurrence argument OCC SLOP
6. gt argument exponential 20 ns to 160 ms it argument exponential 20 ns to 160 ms range gt exponential 20 ns to 159 999 ms must be less than range lt range lt exponential 30 ns to 160 ms must be greater than range gt TRIGger COUPling Command TRIGger COUPling AC DC LFReject Query TRIGger COUPling Returned Format TRIGger COUPling AC DC LFReject lt NL gt TRIGger DELay Command TRIGger DELav TIME lt time argument EVENt lt event argument Query TRIGger DELay Returned Format TRIGger DELay TIME lt time argument EVENt lt event_argqument gt lt NL gt Where time argument exponential amount of delay from 30 ns to 160 ms event argument integer number of events from 1 to 16000000 50 Command Query Returned Format Command Query l Returned Format Where Command Query Returned Format Command Command Query Returned Format Where Programmer s Quick Reference Guide TRIGger DELay SLOPe TRIGger DELay SLOPe POSitive NEGative TRIGger DELay SLOPe TRIGger DELay SLOPe POSitive NEGative lt NL gt TRIGger DELay SOURce TRIGger DELay SOURCe CHANnel lt n gt EXTernal TRIGger DELay SOURce TR Gger DELay SOURce CHANnel lt n gt EXTernal n integer 1 or 2 HP 54520C 54522C or i through 4 HP 54540C 54542C NOTE EXTernal available only
7. to 8 character ASCCI string if DOS may have a 0 to 3 character extension Either wav or txt may be used as a suffix after the filename If no file suffix is specified the default is way Gestination WMEMory 1 1 2 3 45 SETupfO 112 13 141 5161 71819 PMEMory 1 2 lt format gt TEXT INTernal DISK MDIRectory Command DISK MDirectory directory name Where directory name 1 to 65 character quoted ASCII string DISK PWD Query DISK PWD Returned Format DISK PWD present working directory DISK SIMage Command DISK SIMage file name lt format gt compression rendering 1i Where filename 1 to 8 character quoted ASCII string if DOS can have a 0 to 3 character extension format TIFF PCX EPS lt compression gt ON OFF lt rendering gt BW COLOR GREen 12 Command Where Command Query Returned Format Where Command Query Returned Format Command Query Returned Format Where Command Query Returned Format Programmer s Quick Reference Guide DISK STORe DISK STORE lt source gt lt file name gt lt format gt lt source gt CHANnel lt n gt WMEMory 1 2 3 14 SETupN 0 1 2 1 31 415 16 1 718 9 PMEMory 1 2 n iis integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C filename a descriptive name of the file up
8. I 3 I 4 SETup Returned Format WMEM 1 2 3 4 DISP 0 I1 PROT 0 1 XOFF offset argument XRANG range argument YOFF yoffset YRANG lt yrange gt lt NL gt Where range argument exponential 5 ns to 50 sec offset argument exponential time from trigger to display reference in seconds yoffset exponential offset value in volts lt yrange gt exponential full scale range value WMEMory 1 2 3 141 XOFFset Command WMEMory 1 2 3 4 XOFFset xoffset argument Query WMEMory 1 2 3 4 XOFFset Returned Format WMEMory 1 2 3 4 XOFFset lt xoffset_argument gt lt NL gt Where xoffset argument exponential time from trigger to the on screen delay reference point The maximum value depends on the WMEMory XRANge setting 61 Programmer s Quick Reference Guide WMEMoryl1 2 3 1 4 XRANge Command WMEMoryil 2 3 4 XRANge range argument Query WMEMory 1 2 3 4 KRANge Returned Format WMEMory 1 2 3 4 XRANgel range argument gt lt NL gt Where range argument exponential 5 ns to 50 s in a 1 2 5 sequence WMEMory 1121314 YOFFset Query WMEMory 1 2 3 4 YOFFset Returned Format WMEMory 1 2 3 4 YOFFset lt yoffset gt lt NL gt Where lt yoffset gt exponential offset value in volts WMEMory 1121314E YRANge Query WMEMory 1 2 3 4 YRANge Returne
9. MEASure DESTination CHANnel lt n gt FUNCtion 1 2 3 4 SCReen Returned Format MEASure DESTination CHANnel lt n gt FUNCtion 1 L3 43 2 SCReen J WMEMory i 2 3 4 PMEMory 1 23 MULTiple OFF lt NL gt Where source argument SCReen OFF PMEMory i 23 CHANnel lt n gt FUNCtion i 2 3 41 distination argument WMEMory l 2 3 4 MULTiple i OFF n integer l or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C MEASure DUTycycle Command MEASure DUTycycle Query MEASure DUTycycle Returned Format MEASure DUTycycle lt value gt lt NL gt Where value exponential ratio of positive pulse width to period MEASure ESTArt Command MEASure ESTArt slope and occurrence Query MEASure ESTArt Returned Format MEASure ESTArt slope and occurrence gt lt NL gt Where l lt slope and occurrence integer 4000 to 4000 excluding 0 MEASure ESTOp Command MEASure ESTOp slope and occurrence Query MEASure ESTODo Returned Format MEASure ESTOp slope and occurrence gt lt NL gt Where slope and occurrence integer 4000 to 4000 excluding 0 29 Programmer s Quick Reference Guide MEASure EANalysis Command MEASure FANalysis OFF 0 ON I 1 Duery MEASure EANalysis Returned Format MEASure EANalysis 0 1 NL MEASure FALLtime Command MBASure FALLtime Que
10. MEASure VRELative percent argument Query MEASure VRELative Returned Format MEASure VRELative percent argument gt lt NL gt Where percent argument integer Vmarker2 relative position in percent from 0 through 100 MEASure VSTArt Command MEASure VSTArt vstart argument Query MEASure VSTArt Returned Format MEASure VSTArt vstart argument gt lt NL gt Where lt vstart argument exponential voltage at ylmarker MEASure VSTOp Command MEASure VSTOp vstop argument Query MEASure VSTOp Returned Format MEASure VSTOp lt vstop_argument gt lt NL gt Where vstop argument exponential voltage at y2marker MEASure VTIMe Query MEASure VTIMe vtime argument Returned Format MEASure V TIMe lt voltage gt lt Ni gt Where vtime argument real number representing the displayed time from the trigger in seconds voltage exponential voltage at specified time 37 Command Query Returned Format Where Command Query Returned Format Where Command Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide MEASure VTOP MEASure VTOP MEASure VTOP MEASure VTOP lt value gt lt NL gt value exponential voltage at the top of the waveform MEASure WCOMpare ALLowance MEASure WCOMpare ALLowance allow argument MEASure WCOMpare ALLow
11. PREShoot PWIDth RISetime VACRms VAMPlitude VAVerage VBASe VDCRms VMAX VMIN VPP VTOP lt upper_limit gt exponential high limit value lower iimit exponential low limit value Query Returned Format Where Command Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide MEASure CURSor MEASure CURSor DELTa STARt STOP MEASure CURSor lt time gt lt voltage gt lt NL gt lt time gt exponential delta time ylmarker time or y2marker time voltage exponential delta voltage xlmarker voltage or x2marker voltage MEASure DEFine MEASure DEFine define argument MEASure DEFine DELay PWIDth NWIDth MEASure DEFine define argument gt lt NL gt define argument DELay lt polarity gt lt edge_number gt lt level gt polarity edge number levei PWIDth level NWIDth lt level gt polarity POSitive NEGative edge number integer 1 to 4000 specifying a displayed edge level MIDDle UPPer LOWer MEASure DELay MEASure DELay MEASure DELay MBASure DELay value gt lt NL gt lt value gt exponential time value in seconds 28 Programmer s Quick Reference Guide MEASure DESTination Command MEASure DESTination source argument destination argument Query
12. Query HARDcopy PAGE Returned Format HARDcopy PAGE MANual AUTomatic lt NL gt HARDcopy PLOT AREA Command HARDCOpy PLOT AREA ALL DISPlay FACTors GRATicule LABeled Query HARDcopy PLOT AREA Returned Format HARDcOpy PLOT AREA ALL DISPlay FACTors GRATicule LABeledj lt NL gt HARDcopy PLOT INITialize Command HARDCOpy PLOT INITialize OFF 0 ON 13 Query HARDcopy PLOT INITialize Returned Format HARDcopy PLOT INITialize 0 1 lt NL gt 23 Command Query Returned Format Where Query Returned Format Query Returned Format Command Query Returned Format Command Query Returned Format Programmer s Quick Reference Guide HARDcopy PLOT PENICOLor HARDCOpy PLOT PEN COLor lt item gt lt pen number gt HARDcopy PLOT PEN ICOLOr lt item gt f HARDcopy PLOT PEN COLor pen number gt lt NL gt item CHANnel lt n gt WMEMory 1l 2 3 4 FUNCtion i 2 I 3 4 PMEMory i 2 IYIT 2 Marker Xil 2jMarker GRATicule TRIGger TIMebase MEASure TITLes n integer i or 2 HP 54520C 54522C or i through 4 HP 54540C 54542C pen number integer 0 through 8 LER LER LER 0 i lt NL gt LTER LTER LTER r 0 I 1 lt NL gt MARKer DISPlay MARKer DISPlay OFF MARKer DISPlay MARKer DISPlay 0 0 MARKer MODE MARKer
13. n gt WMEMory 1 2 13 I 4 n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C FUNCtion 1 2 3 4 WINDow Command FUNCtion 1 2 3 43 WINDow RECTangular HANNing FLATtop Query FUNCtion WINDow Returned Format FUNCtion 11213 4 WINDow RECTangular HANNing PLATtOD NL HARDoeopy LENGth Command HARDcopy LENGth 11 11 6 LETTer A4 Query HARDcopy LENGth Returned Format HARDcopy LENGth 11 11 6 LETTer A4 lt NL gt 22 Programmer s Quick Reference Guide HARDceopy MODE Command HARDcOpy MODE THINKJET DJ5XBW75DPI DJ5XBWi00DPI DJ5XBW150DPI DJ5XBW300DPI DJET7SDPI DJETLOODPI DJET150DPI DJET300DPI LASERJET II LASERJET IIP PJETXL300 PJETXL PAINTJET COLORPRO HP7475A HP7470A HP7550A DJET310C DJET320C DJETS500C DJET540C DJETS60C DJET600C DJET660C DJET850C DJET855C P1200C QUIETJETALT EPSON5000 Query HARDcopy MODE Returned Format HARDcopy MODE THINKJET DJ5XBW75DPI DJ5XBW100DPI DISXBWL5ODPI DJS5XBW300DPI DJET75DPI DJET100DPI DJET150DPI DJET300DPI LASERJET II LASERJET IIP PJETXL300 PJETXL PAINTJET COLORPRO HP7475A HP7470A EP7550A DJET310C DJET320C DJETSOOC DJET540C DJET560C DJET600C DJET660C DJET850C DJET855C P1200C QUIETJETALT EPSON5000 lt NL gt HARDcopy PAGE Command HARDCOpy PAGE MANual AUTomatic
14. or firmware code may be printed before the date This code indicates the version level of the software or firmware of this product at the time the manual or update was issued Many product updates do not require manual changes and conversely manual corrections may be done without accompanying product changes Therefore do not expect a one to one correspondence between product updates and manual updates The following list of pages gives the date of the current edition and of any changed pages to that edition Ali pages original edition
15. through 4 HP 54540C 54542C offset argument exponential offset value of 0 to t 200 dBm for FFT function 2 3 I 4 SETup 2 bs range argument exponential full scale vertical range in volts dB or dBm frequency argument exponential center frequency from 0 Hz to 1 5X of freqency span level argument exponential level value 0 to 600 dBm lt peakl number integer 1 through 99 peak2 number integer 1 through 99 lt a points argument integer 512 1024 2048 4096 8192 16384 or 32768 lt span argument gt exponential number in hertz FUNCtion 1 2 3 4 SPAN Command FUNCtion 1 2 3 4 SPAN lt span argument Query FUNCtion 1 2 3 4 SPAN Returned Format FUNCtion 1 2 I 3 4 SPAN span argument NL Where span argument exponential number in hertz al Programmer s Quick Reference Guide FUNCtion 1 2 3 4 SUBTract Command FUNCtion 1 21314 SUBTract lt operandi gt lt operand2 gt Where operandi CHANnel lt n gt WMEMory 1 2 3 4 lt operand2 gt CHANnel lt n gt WMEMory i1 2 3 4 n integer 1 or 2 HP 54520C 54522C or 1 through 4 EP 54540C 54542C FUNCtionl1 2 13 4 VERSus Command FUNCtionfl 2 3 4 VERSus Y operand gt lt X operand gt Where Y operandl gt CHANnel lt n gt WMEMory l 2 3 43 X operand2 gt CHANnel lt
16. 2 lt NL gt 15 Command Where Command Command Query Returned Format Command Where Command Query Returned Format Command Query Returned Format Programmer s Quick Reference Guide DISPlay STRing DISPlay STRing string argument string argument DISPlay TEXT DISPlay TEXT BLANK 1 text string up to 90 characters DISPlay MARKerITMARkerlVMARker DISPlay fMARKer TMARker VMARker OFF 0 I ON 2 3 DISPlay MARKer TMARker VMARker DISPlay MARKer TMARker VMARker 0 1 lt NL gt ERASe ERASe PMEMOryO pmemory num pmemory num integer 1 or 2 MODULE RULE EXTernal COUPling EXTernal COUPling AC EXTernal COUPling EXTernal COUPling AC EXTernal HFReject EXTernai HFReject OFF EXTernal HFReject EXTernal HFRejecti 0 16 DE DCPIfty DC DCFifty NL F R ON LH i NL Command Query Returned Format Command Query Returned Format Command Query Returned Format Query Returned Format Where Command Where Programmer s Quick Reference Guide EXTernal LFReject EXTernal LFReject OFF 0 ON 15 EXTernal LFReject EXTernalLFReject 0 i NL EXTemal PROBe EXternal PROBe probe argument gt EXTernal PROBe EXTernal PROBe probe argument gt lt NL gt lt probe argumen
17. 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C offset argument exponential offset value in volts Command Query Returned Format Where Command Query Returned Format Where Query Returned Format Where Command Where Programmer s Quick Reference Guide CHANnel n PROBe CHANnel n PROBe probe argument CHANne l lt n gt PROBE CHANnel n PROBe lt probe_argument gt lt Ni gt n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C probe argument exponential 0 9 to 1000 0 CHANnel lt n gt RANGe CHANnel n RANGe range argument CHANnel n RANGe CHANnel lt n gt RANGe range argument gt lt NL gt n integer i or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C range argument exponential full scale range value CHANnel lt n gt SETup CHANnel n SETup CHAN lt n gt COUP AC DC DCF DISP 0 1 HFR 0 1 DER 0 1 OFFS offset argument PROB probe argument RANG range argument lt NL gt range argument exponential full scale range value offset argument exponential offset value in volts probe argument exponential 0 9 to 1000 0 n integer 1 or 2 HP 54520C 54522C or 1 through HP 54540C 54542C CHANnel lt n gt TTL CHANnei lt n gt TTL n integer i or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C
18. 45200 22C HP 54522C 40C HP 54540C or 42C HP 54542C lt YYYYYYYYYY gt the serial number of the instrument ZZ ZZ the software revision of the software modules Boot ROM Flash ROM version of Boot ROM System Keyboard ROM 00 00 not installed Z ZZZ the telecommunication mask option null no option 0 001 option installed LMC LMC lt ascii string NL l ascii string string list separated by commas LEN LRN SYSTem SETup lt setup gt lt NL gt setup 800002048 learn string learn string 2048 bytes in length OPC OPC OPC 1 lt NL gt OPT OPT O lt NL gt or 000 1 lt NL gt 0 no option 0 001 telecom mask option installed Command Command Command Command Command Query Returned Format Where Query Returned Format Where Command Programmer s Quick Reference Guide PMC PMC RCL XRC AO AE pA 13s 9e x a RST RST SAV SAW 1 2 EANET SN GENE Bef Nel ee SRE SRE mask argument gt SRE lt mask gt lt NL gt mask argument integer 0 to 255 mask sum of all bits that are set integer 0 through 255 STB STB lt value gt lt NL gt value integer 0 through 255 TRG TRG Programmer s Quick Reference Guide TST Query TST Returned Format lt resu
19. C or 2 through 4 HP 54540C 54542C CHANnel lt n gt COUPling CHANnel lt n gt COUPling AC DC DCFifty CHANnei n COUPling CHANnel n COUPling AC DC DCFifty lt NL gt n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C CHANnel lt n gt DISPLay CHANnel n DISPlay OFF 0 ON 1 CHANnel n DISPlay CHANnel lt n gt DISPlay 0 1 NL n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C Programmer s Quick Reference Guide CHANnel n ECL Command CHANnei n ECL Where n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C CHANnel n HFReject Command CHANnel lt n gt HFReject OFF 0 ON I 1 Query CHANnel n HFReject Returned Format CHANnel n HFReject 0 1 lt NL gt Where n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C CHANnel lt n gt LFReject Command CHANnel lt n gt LFReject OFF 0 ON 1 Query CHANnel lt n gt LFReject Returned Format CHANnel lt n gt LFReject 0 1 NL Where n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C CHANnel n OFFSet Command CHANnel lt n gt 0FFSet offset argument Query CHANnel lt n gt 0FFSet Returned Format CHANnel n OFFSet offset argument NL Where n integer 1 or
20. Format Where Programmer s Quick Reference Guide SEQuential NPOints SEQuential NPOints points argument gt SEQuential NPOints SEQuential NPOints points argument gt lt NL gt points argument integer 4 to 32768 SEQuential NSEGments SEQuential NSEGments segments argument SEQuential NSEGments SEQuential NS Gments segments argument gt lt NL gt segments argument integer i to 8888 dependent on the SEQuential NPOints selection SEQuential SETup SEQuential SETup SEQ DISP 0 1 EXCL exclude list INCL inciude iist NPO points argument NSEG segment argument SNUM segments argument SequentialSingle Shot Mode Only SOURCe CHANnel lt n gt lt NL gt Sequential Single Shot Mode Only exciude list integer a list of previously captured Segment numbers separated by commas include list integer a list of previously captured segment numbers separated by commas points argument gt integer 4 to 32768 segments argument integer 1 to 8888 dependent on the points selected n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C 43 Programmer s Quick Reference Guide SEQuential SNUMber Command SEQuential SNUMber segments argument Query SEQuential SNUMber Returned Format SEQuential SNUMber segments argument NL Where segments argument integer 1 to 8888 dependent o
21. MODE MANual MARKer MODE F MARKer MODE WAVeform MANual WAVeform lt NL gt 24 i H Programmer s Quick Reference Guide MARKer SETup Query MARKer SETup Returned Format MARK MODE MAN WAV DISP 0 1 XDEL xdeita X1P xposition argument X2P xposition argument XiY1l1 CHAN lt n gt FUNC 1 2 3 4 WMEM i 2 13 43 X2Y2 CHAN lt n gt FUNC 1 2 3 4 WMEMYL 2 3 433 YIP yposition argument MAN mode only Y2P yposition argument MAN mode oniy YDEL lt ydelta gt MAN mode only Y1P lt yposition_argument gt MAN mode only Y2P yposition argument NL MAN mode only Where lt n gt integer i or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C xdelta exponential difference in seconds between xi and x2 markers xposition argument exponential xmarker position in seconds or hertz lt ydelta gt exponential difference between yi and y2 markers yposition argument exponential ymarker position in volts or power MARKer XlPosition Command MARKer X1Position xposition argument Query MARKer X1Position Returned Format MARKer X1Position lt xposition_argument gt lt NL gt Where lt xposition argument exponential xmarker time in seconds or frequency in hertz MARKer X2Position Command MARKer X2Position xposition argu
22. NL gt Where delay value exponential time from trigger to display reference in seconds TIMebase MODE Command TIMebase MODE AUTO TRIGgered SINGle Query TIMebase MODE Returned Format TIMebase MODE AUTO TRIGgered SINGle lt NL gt TIMebase RANGe Command TIMebase RANGe range value Query TIMebase RANGe Returned Format TIMebase RANGe range value gt lt NL gt Where range value exponential 10 ns to 50 s in a 1 2 5 sequence TIMebase REFerence Command TIMebase REFerence LEFT CENTer RIGHt Query TIMebase REFerence Returned Format TIMebase REFerence LEFT CENTer RIGHt NL TIMebase RLENgth Command TIMebase RLENgth length argument Query TIMebase RLENgth Returned Format TIMebase RLENgth length argument gt lt NL gt Where length argument integer 500 in the repetitive mode 512 1024 2048 4196 8192 16384 or 32768 in the real time mode sequential off or 4 to 32768 in the real time mode sequential on depending on the current SEQuential NSEGments value 48 Command Query Returned Format Command Query Returned Format Where Query Returned Format Where Command Programmer s Quick Reference Guide TIMebase SAMPle TIMebase SAMPle REALtime REPetitive TIMebase SAMPle TIMebase SAMPle REALtime REPetitive lt NL gt TIMebase SAM
23. POS NEG OCC SOUR CHAN n EXT EXT is only valid for the 54520 22 PATH CHAN lt n gt EXT EXTisonly valid for the 54520 22 QUAL EDGE PATT STAT SLOP POS NEG SOUR CHAN lt n gt EXT NL EXT is only valid for the 54520 22 TRIG MODE TV COND RANG range gt range lt FIEL 1 i 2 HOLD TIME lt holdoff time EVEN event argument LEV level argument LINE lt line number gt NREJ 0 ih OCC occurrence argument OCC SLOP POS NEG POL POS NEG QUAL LOW HIGH SOUR CHAN n EXT EXT is only valid for the 54520 22 STAN 525 625 USER lt NL gt TRIG MODE GLIT GLITch HOLD TIME hoidoff time GLIT ch LEV level argument GLITch NREJ 0 1 GLITch SOUR CHAN lt n gt EXT LOW HIGH EXT is only valid for the 54520 22 GLITch WiDth GT LT width argument NL 56 Where Programmer s Quick Reference Guide n integer 1 or 2 HP 54520C 54522C or i through 4 HP 54540C 54542C gt argument exponential 20 ns to 160 ms lt argument exponential 20 ns to 160 ms range gt exponential 20 ns to 159 999 ms must be less than range lt range lt exponential 30 ns to 160 ms must be greater than range gt time value exponential amount of delay from 30ns to 160ms event value integer number of events from 1 to 16000000
24. Ple CLOCk PTIMebase SAMPle CLOCk AUTO clock value TIMebase SAMPle CLOCk TIMebase SAMPie CLOCk clock value gt lt NL gt clock value exponential 108 s to 26S s TIMebase SETup TIMebase SETup TIM DEL delay value MODE AUTO TRIG SING RANGe range value RLEN length argument REF LEFT CENT RIGH SAMPle REAL REP SAMP CLOC AUTO clock value NL delay value exponential time from trigger to display reference in seconds range value exponential 5ns to 50s length argument 500 in the repetitive mode 512 1024 2048 4196 8192 16384 or 32768 in the real time mode sequential off or 4 to 32768 in the real time mode sequentiai on depending on the current SEQuential NSEGments value clock value exponential 10S s to 2GS s ATRIGger CENTered TRIGger CENTered 49 Programmer s Quick Reference Guide TRIGger CONDition Command TRIGger CONDition ENTer EXIT TRUE FALSe GT gt argument LT lt argument RANGe range gt range lt Query TRIGger CONDition Returned Format TRIGger CONDition lt argument gt lt NL gt Where argument ENTer EXIT GT gt argument LT lt argument RANGe range gt gt lt range lt j in PATTERN or DELay with QUALify PATTern selected TRUE FALSe in STATE or DELay with QUALify STATe selected or RANGe range gt range lt in TV mode
25. Programmer s Quick Reference Guide Publication number 54542 97042 First edition November 1995 For Safety information Warranties and Regulatory information see the pages at the end of this book Copyright Hewlett Packard Company 1993 1995 All Rights Reserved HP 54520C and 54540C Series Oscilloscopes lt gt Introduction The Quick Reference Guide lists the commands and queries with their corresponding arguments and returned formats The arguments for each command list the minimum argument required The part of the command or query listed in uppercase letters refers to the short form of that command or query The long form is the combination of uppercase and lowercase letters Conventions The following conventions are used in this guide Angular brackets enclose words or characters that symbolize a program code parameter or an HP IB command is defined as For example lt A gt lt B gt indicates that lt A gt can be replaced by lt B gt in any statement containing lt A gt or Indicates a choice of one element from a list For example lt A gt lt B gt indicates lt A gt or lt B gt but not both An ellipsis trailing dots indicate that the preceding element may be repeated one or more times Square brackets indicate that the enclosed items are optional When several items are enclosed by braces one and only one of these elements may be selected Suffix Multipliers The su
26. Quency Command FUNCtionfi 2 3 4 FREQuency frequency argument gt Query SFUNCtion i 2 3 I 4 FREQuency Returned Format FUNCtion i 2 3 4 FREQuencyl frequency argument gt lt NL gt Where frequency argument exponential center frequency from 0 Hz to 1 5X of frequency span FUNCtion 1 2 3 41 INTegrate Command FUNCtion 1 2 3 4 INTegrate lt operand gt Where lt operand gt CHANnel lt n gt WMEMory 1 2 3 41 n 2 integer 1 or 2 HP 54520C 54522C or through 4 HP 54540C 54542C 18 Programmer s Quick Reference Guide FUNCtion 1 2 3 14 INVert Command FUNCtion 1 2 3 4 INVert lt operand gt Where operand CHANnel lt n gt WMEMory 1 2 I 3 43 n i integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C FUNC tion 1 2 13 I 4 LEVel Command FUNCtion 1 2 I 3 4 LEVel level argument Query FUNCtion i 2 3 4 LEVel Returned Format FUNCtion 1 2 3 4 LEVell level argument gt lt NL gt Where level argument exponential level value 0 to or 600 dim FUNCtion 11213 4 MAGNify Command FUNCtion l 2 3 4 MAGNify OFF 0 ON 1 Query FUNCtion 1 2 3 4 MAGNify Returned Format FUNCtion l 2 3 4 MAGNify 0 1 lt NL gt FUNCtion 112134 MODE Query SFUNCtion 1 2
27. RIGger HOLDoff Command TRIGger HOLDoff TIME holdoff time EVENt event argument Query TRIGger HOLDo f Returned Format TRIGger HOLDoff TIME holdoff value EVENt event argument gt lt NL gt Where holdoff time exponential 40 ns to 320 ms event argument integer i to 16000000 52 Programmer s Quick Reference Guide TRIGger LEVel Command TRIGger LEVel level argument Query TRIGger LEVel Returned Format TRIGger LEVel lt level_argument gt lt NL gt Where lt level_argument gt for internal triggers 1 5 x full scale 1 voltage from center screen for external triggers i2 volts with probe attenuation at 1 1 MM TRIGger LINE Command STRIGger LINE line number Query TRIGger LINE Returned Format TRIiGger LINE lt line_number gt lt NL gt Where line number integer 1 to 625 depends on STANDard and FIELd selection TRIGger LOGic Command TRIGger LOGic HIGH LOW DONTcare Query TRIGger LOGic Returned Format TRIGger LOGic HIGH LOW DONTcare lt NL gt XTRIGger MODE Command TRIGger MODE EDGE PATTern STATe DELay TV GLITch Query TRIGger MODE Returned Format TRIGger MODE EDGE PATTern STATe DELay TV GILTch lt NL gt TRIGger NREJect Command TRIGger NREJect OFF 0 ON 1 Query TRIGger NREJect Returned Format iTRIGger NREJect 0 1 lt NL gt 53 Programmer s Quick
28. Reference Guide TRIGger OCCurrence Command DTRIGger OCCurrence occurrence argument Query TRIGger OCCurrence Returned Format TRIGger OCCurrence occurrence argument NL Where occurrence argument integer 1 to 16000000 TRIGger OCCurrence SLOPe Command l TRIGger OCCurrence SLOPe POSitive NEGative Query TRIGger OCCurrence SLOPe Returned Format TRIGger OCCurrence SLOPe POSitive NEGative lt NL gt TRIGger OCCurrence SOURce Command SVPRIGger OCCurrence S8O0URce CHANnel lt n gt EXTernal Query TRIGger OCCurrence SOURCe Returned Format TRIGger OCCurrence SOURcej CHANnel n EXTernal lt NL gt Where lt n gt integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C NOTE EXTernal available only on HP 54520C 54522C TRIGger PATH Command TRIGger PATH CHANnel lt n gt EXTernal Query TRIGger PATH Returned Format TRIGger PATH CHANnel lt n gt EXTernal lt NL gt Where n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C NOTE EXTernal available only on HP 54520C 54522C TRIGger POLarity Command TRIGger POLarity POSitive NEGative Query TRIGger POLarity Returned Format TRIGger POLarity POSitive NEGative lt NL gt 54 Command Query Returned Format Query Returned Format Programmer s Quick Reference Guide TRIGger QUALify STRIGger QUALify EDGE PATTern STATe
29. TATistics MODE NORMal MEASure STATistics MODE MEASure STATistics MODE SDEViation NORMal SDEViation lt NL gt MEASure TDELta MEASure TDELta MEASure TDELta value tis lt value gt lt NL gt exponential difference between x2 and x1 markers MEASure TMAX MEASure TMAX MEASure TMAX time lt time gt lt NL gt exponential time at maximum voltage 33 Query Returned Format Where Command Query Returned Format Where Command Query Returned Format Where Query Returned Format Where Programmer s Quick Reference Guide MEASure TMIN MEASure TMIN MEASure TMIN lt time gt lt NL gt time exponential time at minimum voltage MEASure TSTArt MEASure TSTArt tstart argument MEASure TSTArt MEASure TSTArt tstart _argument gt lt NL gt lt tstart argument exponential time at xlmarker in seconds MEASure TSTOp MEASure TSTOp tstop argument MEASure TSTOp MEASure TSTOp tstop _argument gt lt NL gt tstop argument exponential time at x2marker in seconds MEASure TVOLt MEASure TVOLt tvolt argument gt lt slope and occurrence MEASure TVOLt lt time gt lt NL gt tvolt argument real number representing positive or negative voltage level that the waveform must cross slope and occurrence slope is the direction of the waveform when voltage is
30. UTycycle result FALLtime result FREQuency result NWIDth result OVERshoot result PERiod result PREShoot result PWIDth result RISetime result TMAX result TMII result TVOLt result VACRms result VAMPlitude result VAVerage result VBASe result VDCRms lt result gt VMAX result VMIN result VPP result VTIMe lt result gt VTOP result result exponential individual measurement results MEASure RISetime MEASure RISetime MEASure RISetime MEASure RISetime lt value gt NL gt value exponential rise time in seconds 32 Command Command Query Returned Format Where Command Query Returned Format Command Query Returned Format Query Returned Format Where Query Returned Format Where Programmer s Quick Reference Guide MEASure SCRatch MEASure SCRatch MEASure SOURce MEASure SOURCE lt source gt lt source gt MEASure SOURce MEASure SOURCe lt source gt lt source gt lt NL gt Source i CHANnel n FUNCtion i 2 3 4 WMEMory i 2 3 4 n i integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C MEASure STATistics MEASure STATistics OFF 0 I ON 1 MEASure STATistics MEASure STATistics 0 1 lt NL gt MEASure STATistics MODE MEASure S
31. ance L MEASure WCOMpare ALLowance ailow argument gt lt NL gt allow argument real number representing number of vertical divisions of allowance from 0 0 to 8 0 MEASure WCOMpare COMPare MEASure WCOMpare COMPare CHANnel lt n gt FUNCtion 1 2 3 43 WMEMory 1 2 3 4 MEASure WCOMpare COMPare MEASure WCOMpare COMPare CHANnel lt n gt FUNCtion i 2 3 4 WMEMory i 2 3 4 NL gt lt n gt integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C MEASure WCOMpare DESTination MEASure WCOMpare DESTination Source argument destination argument MEASure WCOMpare DESTination CHANnel lt n gt FUNCtion i I 2 3 4 I SCReen MEASure WCOMpare DESTination CHANnel lt n gt FUNCtion l 2 3 4 SCReen WMEMorv l 2 3 4 PMEMory 2 2 MULTiple OFFJI NL source argument SCReen OFF PMEMory 1 2 CHANnel lt n gt FUNCtion i 2 3 4 distination argument WMEMory i 2 3 4 MULTiple PMEMory 1 2 OFF n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C 38 Command Query Returned Format Where Command Query Returned Format Command Query Returned Format Where Command Query Returned Format Command Query Returned Format Where Programmer s Quick Reference Guide MEASure WCOMpare HALLowance
32. ber gt lt peak2 number FUNCtion i 2 3 I 4 PEAK FUNCtion l 2 3 4 PEAK lt peakl number gt lt peak2 number gt lt NL gt peaki number integer i through 99 lt peak2 number integer 1 through 99 FUNCtion 11213 I 4 POINts FUNCtion i 2 3 4 POINts points argument PUNCtion i 2 3 4 POINts FUNCtion 1 2 3 4 POINtsl lt points_argument gt lt NL gt points argument integer 512 1024 2048 4096 8192 16384 or 32768 FUNCtion 1 213 4 RANGe FUNCtion l 2 I 3 4 RANGe lt range_argument gt FUNCtion 1 2 3 43 RANGe FUNCtion 1l 2 3 i 4 RANGe range argument gt lt NL gt range argument exponential full scale vertical range in volts dB or dBm 20 Programmer s Quick Reference Guide FUNCtion 1 2 3 41 SETup Query FUNCtion 1 Returned Format FUNCtion 1 4 DISP 0 1 ADD SUBT MULT VERS ONLY INV INT DIFF FFT CHAN lt n gt WMEM 1 i 2 3 4 CHAN lt n gt WMEM i i2 3 4 1 OFF offset argument RANG range argument FREQ frequency argument FFT only LEV lt level argument FFT only MAGN 0 1 FFT oniy PEAK peakl number gt peak2 number FFT only POIN points argument FFT oniy SPAN span argument FFT oniy WIND RECT HANN FLAT FFT only lt NL gt Where lt n gt integer 1 or 2 HP 54520C 54522C or 1
33. ble lt preamble_data gt WAVeform PREamble WAVeform PREamble lt preamble block gt lt NL gt lt preamble_data gt format NRi type NRl gt points NRi gt count NRl gt lt xincrement NR3 xorigin NR3 gt lt xreference NRi gt lt yincrement NR3 gt lt yorigin NR3 gt lt yreference NR1 gt lt format gt 0 for ASCii format 1 for BYTE format 2 for WORD format 4 for COMPressed format lt type gt 0 for INVALID type 1 for NORMAL type or REALTIME 2 for AVERAGE type 3 for ENVELOPE type 4 for RAWDATA type 5 for PDETect type WAVeform SOURce WAVeform SOURce CHANnel lt n gt WMEMoryil 2 3 4 WAVeform SOURce WAVeform SOURce CHANnel lt n gt WMEMory i 2 3 4 j NL gt lt n gt integer 1 or 2 HP 54520C 54522C or i through 4 HP 54540C 54542C WAVeform TYPE WAVeform TYPE WAVeform TYPE INValid AVERage ENVelope NORMal PDETect RAWData lt NL gt WAVeform XINCrement WAVeform XINCrement WAVeform XINCrement lt value gt lt NL gt lt value gt exponential x increment in the current preamble 59 Programmer s Quick Reference Guide WAVeform XORigin Query WAVeform XORigin Returned Format WAVeform XORigin value gt lt value gt lt NL gt Where value exponential x origin value in the current preambie WAVeform XREFerence Query WAVeform XREFerence Returned Format WAVeform XREFerence lt value
34. crossed rising space character or or falling occurrence is the number of crossings to be reported if one the first crossing is reported if two the second crossing is reported time exponential time in seconds of specified voltage crossing 34 Programmer s Quick Reference Guide MEASure UNITs Command MEASure UNITs PERCent VOLTs Query MEASure UNITs Returned Format MEASure UNITs PERCent VOLTs lt NL gt MEASure UPPer Command MEASure UPPer source upper threshold Query MEASure UPPer source Returned Format MBASure UPPer lt source gt lt upper_threshold gt lt NL gt Where lt source gt CHANnel lt n gt FUNCtion l 2 3 4 WMEMory 1 2 3 433 upper threshold integer user defined upper threshold in percent or volts selected by MEASure UNITs n integer 1 or 2 HP 54520C 54522C or i through 4 HP 54540C 54542C MEASure VACRms Command MEASure VACRms Query MEASure VACRms Returned Format MEASure VACRms value NL Where value exponential calculated ac rms voltage MEASure VAMPlitude Command MEASure VAMPlitude Query MEASure VAMPlitude Returned Format MEASure VAMPlitude lt value gt lt NL gt Where value exponential difference between top and base voltages MEASure VAVerage Command MEASure VAVerage Query MEASure VAVerage Returned Format MEASure VAVerage lt value gt l
35. d Format WMEMory l 2 3 4 YRANge lt yrange gt lt NL gt Where lt yrange gt exponential full scale range value 62 Copyright Hewlett Packard Company 1993 1995 All Rights Reserved Reproduction adaptation or translation without prior written permission is prohibited except as allowed under the copyright laws Document Warranty The information contained in this document is subject to change without notice Hewlett Packard makes no warranty of any kind with regard to this material including but not limited to the implied warranties of merchantability or fitness for a particular purpose Hewlett Packard shall not be liable for errors contained herein or for damages in connection with the furnishing performance or use of this material Hewlett Packard P O Box 2197 Safety This apparatus has been designed and tested in accordance with IEC Publication 348 Safety Requirements for Measuring Apparatus and has been supplied in a safe condition This is a Safety Class I instrument provided with terminal for protective earthing Before applying power verify that the correct safety precautions are taken see the following warnings In addition note the external markings on the instrument that are described under Safety Symbols Warning Before turning on the instrument you must connect the protective earth terminal of the instrument to the protective con
36. ductor of the mains power cord The mains plug shall only be inserted in a socket outlet provided with a protective earth contact You must not negate the protective action by using an extension cord power cable without a protective conductor grounding Grounding one conductor of a two conductor outiet is not sufficient protection Only fuses with the required rated current voltage and specified type normal blow time delay etc should be used Do not use repaired fuses or short circuited fuseholders To do so could cause a shock of fire hazard 1900 Garden of the Gads Road Colorado Springs CO 80901 e Service instructions are for trained service personnel To avoid dangerous electric shock do not perform any service unless qualified to do so Do not attempt internal service or adjustment unless another person capable of rendering first aid and resuscitation is present if you energize this instrument by an auto transformer for voltage reduction make sure the common terminat is connected to the earth terminal of the power source e Whenever it is likely that the ground protection is impaired you must make the instrument inoperative and secure it against any unintended operation Do not operate the instrument in the presence of flammable gasses or fumes Operation of any electrical instrument in such an environment constitutes definite safety hazard Do not install substitute par
37. erup STOPped RUNning 41 Query Command Command Query Returned Format Command Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide PRINt PRINT RUN RUN SEQuential DISPlay SEQuential DISPlay OFF 0 ON 1 SEQuentiai DISPlay SEQuential DISPlay 0 1 lt NL gt SEQuential EXCLude SEQuential EXCLude from argument gt lt to argument SEQuential EXCLude SEQuential EXCLude exclude list gt lt NL gt from argument integer segment number of the lower end of the exclude range to argument integer segment number of the upper end of the exciude range number greater than or equal to the value of from argument exclude list integer list o previousiy captured Segment numbers separated by commas SEQuential INCLude SEQuential INCLude from argument to argument SEQuential INCLude SEQuential INCLude include list gt lt NL gt from argument integer segment number of the lower end of the include range to argument integer segment number of the upper end of the include range include list integer a list of previously captured segment numbers separated by commas 42 Command Query Returned Format Where Command Query Returned Format Where Query Returned
38. ffix multipliers available for arguments are EX 1E18 M lE 3 PE 1E15 U 1E 6 T 1E12 N zlE 9 G zi1E9 P 1E 12 MA z1E6 Fits 16 15 K z 1E3 A 1E 18 For more information on specific commands or queries refer to the HP 54520C and 545400 Series Oscilloscopes Programmer s Reference Command Command Where Command Query Returned Format Command Query Returned Format Where Query Returned Format Where Query Returned Format Where Programmer s Quick Reference Guide CLS CLS DMC DMC ascii string gt lt block data ascii string a quoted ascii string block data definite biock data in IEEE 488 2 format EMC EMC OFF 0 ON 1 EMC 0 1 NL ESE ESE mask argument ESE mask argument gt lt NL gt mask argument integer 0 to 255 ESR ESR lt status gt lt NL gt status integer 0 to 255 GMC GMC ascii string lt block data gt lt NL gt lt ascii string a quoted string block data definite block data in format Query Returned Format Where Query Returned Format Where Query Returned Format Where Command Query Returned Format Query Returned Format Where Programmer s Quick Reference Guide IDN TDN HEWLETT PACKARD 545XXC YYYYYYVYVY 2ZZ 2Z 2Z2 22 22 22 Z ZZZ lt NL gt lt XXC gt model number is 20C HP 5
39. gt lt NL gt Where lt value gt integer x reference value in the current preamble WAVeform YINCrement Query Syntax WAVeform YINCrement Returned Format WAVeform YINCrement value NL Where value exponential y increment value in the current preambie WAVeform YORigin Query WAVeform YORigin Returned Format WAVeform YORigin lt value gt lt NL gt Where value exponential y origin in the current preamble WAVeform YREFerence Query WAVeform YREFerence Returned Format WAVeform YREFerence lt value gt lt NL gt Where lt value gt integer y reference value in the current preamble WMEMory 112131 4 DISPlay Command WMEMory l 2 1 3 4 DISPlay OFF 0 ON 1 Query WMEMory 1 2 3 4 DISPlay Returned Format WMEMory l 2 3 4 DISPlay 0 1 lt NL gt 60 Programmer s Quick Reference Guide WMEMory 1 2 3 I 4 GET Command WMEMory i 2 3 4 GET CHANnel lt n gt WMEMory i 2 3 4 FUNCtion i i 2 3 4 Where n integer i or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C WMEMory 1 2 3 41 PROTect Command WMEMory 1 2 3 4 PROTect OFF 0 ON 1 Query WMEMory 1 2 3 4 PROTect Returned Format WMEMory i 2 3 4 PROTect 0 1 lt NL gt WMEMoryl 1 2 1 3 4 SETup Query WMEMory i 2
40. holdoff time exponential 40 ns to 320 ms rounded to nearest 20 ns increment level argument exponential trigger level in volts width argument exponential 5 ns to 160 ms event argument integer 1 to 16000000 iine number integer i to 625 depends on STANdard and FIELd selection 57 Programmer s Quick Reference Guide Command SVIEW display Where display CHANnel n FUNCtion i 2 13 4 PMEMory 1 2 WMEMory 1 2 3 I 4 n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C n integer 1 or 2 HP 54520C 54522C WAVeform DATA Command WAVeform DATA block data Query WAVeform DATA Returned Format WAVeform DATA block data NL Where block data definite block data in IEEE 488 2 format WAVeform FORMat Command WAVeform FORMat ASCii WORD BYTE COMPressed Query WAVeform FORMat Returned Format WAVeform FORMat ASCii WORD BYTE COMPressed NL WAVeform POINts Query WAVeform POINts Returned Format WAVeform POINts 512 1024 2048 40961 8192 16384 32768 NL 58 Command Query Returned Format Where Command Query Returned Format Where Query Returned Format Query Returned Format Where Programmer s Quick Reference Guide WAVeform PREamble WAVeform PREam
41. icular purpose Exciusive Remedies The remedies provided herein are the buyer s sole and exclusive remedies Hewlett Packard shall not be liable for any direct indirect Special incidental or consequential damages whether based on contract tort or any other legal theory Assistance Product maintenance agreements and other customer assistance agreements are available for Hewlett Packard products For any assistance contact your nearest Hewlett Packard Sales Office Certification Hewlett Packard Company certifies that this product met its published specifications at the time of shipment from the factory Hewlett Packard further certifies that its calibration measurements are traceable to the United States National Institute of Standards and Technology to the extent allowed by the Institute s calibration facility and to the calibration facilities of other International Standards Organization members About this edition This is the first edition of the HP 54520C and 54540C Series Oscilloscope Programmer s Quick Reference Guide Publication number 54542 97042 Printed in USA Edition dates are as follows First edition Novemer 1995 New editions are complete revisions of the manual Update packages which are issued between editions contain additional and replacement pages to be merged into the manual by you The dates on the title page change only when a new edition is published A software
42. length of acquisitions and buffer size AUToscale Command AUToscale Query AUToscale Returned Format AUToscale 0 1 lt NL gt BEEPer Command BEEPer OFF 0 ON 1 Query BEEPer Returned Format BEEPer 0 1 NL Command BLANK display Where display CHANnel lt n gt FUNCtion 1 2 3 4 WMEMory i 2 3 i 4 PMEMory l 2 lt n gt integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C Command BNC PROBe TRIGger Query BNC Returned Format BNC PROBe TRIGger NL Query Returned Format Where Query Returned Format Where Command Query Returned Format Where Command Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide CALibrate DATA ASCii CALibrate DATA ASCii CALibrate DATA ASCii lt data gt lt data gt lt NL gt data calibration data CALibrate SETup CALibrate SETup CALibrate TNUL1 null value n gt lt null value n gt lt null value n NL nulli value n exponential channel 1 to channel n skew where n 2 HP 54520C 54522C or 2 through 4 HP 54540C 54542C in format CALibrate TNULI CALibrate TNULi null value n CALibrate TNULL CALibrate TNULl null value n gt lt NL gt null value n exponential channel 1 to channel lt n gt skew where n 2 HP 54520C 54522
43. lt gt lt NL gt Where result 0 or non zero value 0 indicates the test passed non zero indicates the test failed WAI Command WAL ACQuire COMPlete Command ACQuire COMPlete complete argument Query ACQuire COMPlete Returned Format ACQuire COMPlete complete argument gt lt NL gt Where complete argument integer 0 to 100 percent ACQuire COUNt ACQuire COUNt count argument Query ACQuire COUNt Returned Format ACQuire COUNt count argument gt lt NL gt Where count argument integer 1 to 2048 depending on the acquisition type ACQuire POINts Command ACQuire POINts points argument gt Query ACQuire POINts Returned Format ACQuire POINts points argument gt lt NL gt Where points argument integer 500 in repetitive mode 512 1024 2048 4196 8192 16384 or 32768 in the real time mode sequential mode off or 4 through 32768 in the real time mode sequential mode on Programmer s Quick Reference Guide ACQuire TYPE Command ACQuire TYPE NORMal AVERage ENVelope PDETect RAWData length acquisitions i NORMal AVERage ENVelope 31 Query ACQuire TYPE Returned Format ACQuire TYPE NORMal AVERage ENVelope PDETect RAWData lt length gt lt acquisitions gt lt NL gt Where length integer 4 to 32768 acquisitions dependent on
44. m PIMacro Command SYSTem PIMacro ascii string Where ascii string name of the defined macro 46 Programmer s Quick Reference Guide SYSTem SETup Command SYSTem SETup block data Query SYSTem SETup Returned Format S8YSTem SETup block data NL Where block data 4800002048 lt setup string setup string block of binary data bytes SYSTem TIME Command SYSTem TIME lt hour gt lt minute gt lt second gt Query SYSTem TIME Returned Format SYSTem TIME HH MM SS NL gt Where lt hour gt lt HH gt integer 0 through 23 lt month gt lt MM gt integer 0 through 59 lt second gt lt SS gt integer 0 through 59 SYSTem UTILity Command SYSTem UTILity GMARkers ON OFF SYSTem UTILity LABels ON OFF SYSTem UTILity FACTor ON OFF SYSTem UTILity FPANel ON OFF SYSTem UTILity TPANel TIMeout lt timeout gt INFINITY Query SYSTem UTILity GMARkers SYSTem UTILity LABels SYSTem UTILity FACTor SYSTem UTILity PPANel SYSTem UTILity FPANel TIMeout Returned Format 9YSTem UTILity GMARkers ON OPF NL Where timeout integer 0 through 12 hours TER Query TER Returned Format TER 0 1 lt NL gt 47 Programmer s Quick Reference Guide TIMebase DELay Command TIMebase DELay delay value Query TIMebase DELay Returned Format TIMebase DELay delay value gt lt
45. mand Query Returned Format Where Query Returned Format Where Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide MARKer Y2Position Command ignored in waveform mode MARKer Y2Position yposition argument MARKer Y2Position MARKer Y2Position lt yposition_argument gt lt NL gt yposition argument exponential ymarker level in volts or power in dBm MARKer YDELta MARKer YDELta MARKer YDELta lt ydelta gt lt NL gt lt ydelta gt exponential difference between yi and y2 markers MEASure ALL MBASure ALL MEASure DELay result DUTycycle result FALLtime result FREQuency ressult NWIDtihi result OVERshoot result PERiod result PREShoot result i PWIDth result RISetime result VACRms result VAMPlitude lt result gt i VAVerage result VBASe result VDCRms result VMAX result VMI N result VPPl result VTOP resuit NL x JE result exponential individual measurement results MEASure COMPare MEASure COMPare measurement gt lt upper limit lower limit MEASure COMPare measurement MEASure COMPare measurement upper limit gt lt lower limit gt lt NL gt measurement DELay DUTycycle FALLtime FREQuency NWiDth OVERshoot PERiod
46. ment Query MARKer X2Position Returned Format MARKer X2Position lt xposition argument NL Where xposition argument exponential xmarker time in seconds or frequency in hertz 25 Programmer s Quick Reference Guide MARKer X1Yl1source Command SMARKer XlYlsource CHANnel n FUNCtion 1 2 3 I 4 WMEMory l 2 3 4 Query MARKer X1Yisource Returned Format MARKer XlYlsource CHANnel lt n gt FUNCtion i 2 3 4 WMEMory l 2 3 433 NL Where n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C MARKer X2Y2source Command MARKer X2Y2source CHANnel lt n gt FUNCtion i 2 1 3 4 WMEMory 1 2 3 4 Query MARKer X2Y2source Returned Format MARKer X2Y2source CHANnel lt n gt FUNCtion i 2 3 4 WMEMOry l 2 3 43 NL Where lt n gt integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C MARKer XDELta Query zs MARKer XDELta Returned Format MARKer XDELta lt xdelta gt lt NL gt Where xdelta exponential difference between x1 and x2 markers MARKer Y1Position Command ignored in waveform mode Command MARKer YlPosition yposition argument Query MARKer YlPosition Returned Format MARKer YiPosition yposition argument NL Where yposition argument exponential ymarker level in volts or power in dBm 26 Com
47. n the number of segments acquired and ACQuire TYPE currently selected SEQuential SOURce Command SEQuential SOURce CHANnel lt n gt Query SEQuential SOURce Returned Format SEQuential SOURce CHANnel n NL Where n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C mes manas SEQuential TTAGs Query SEQuential TTAGs lt segments_argument gt Where lt segments_argument gt integer 1 to 8888 dependent on the SEQuential NSEGments selection SEQuential TTDifference Query SEQuential TTDifference segments argument segments argument Where segments argument integer i to 8888 dependent on the SEQuential NSEGments selection SERial Command SERial serial number Where serial number 10 character serial number within quotes 44 Programmer s Quick Reference Guide STATus Query STATus display Returned Format STATus 0 1 lt NE gt Where display CHANnel lt n gt FUNCtion l 2 3 4 I WMEMoryil 2 3 4 PMEMory i 2 lt NL gt n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C Command STOP STORe Command STORe lt source gt lt destination gt Where source CHANnel lt n gt FUNCtion l 2 3 4 WMEMory i 2 3 4 3 destination WMEMoryil 2 3 4
48. on HP 54520C 54522C XTRIGger FTELd TRIGger FIELG 1 2 TRIGger FIELA TRiGger FIELA 1 2 lt NL gt TRIGger GLITch CENTered TRIGger GLITch CENTered TRIGger GLITch HOLD off TRiGger GLITch HOLDof lt holdoff time TRIGger GLITch HOLDoff TRIGger GLITch HOLDoff lt holdoff time gt lt NL gt lt holdoff time exponential 40 ns to 320 ms rounded to nearest 20 ns increment 5l Programmer s Quick Reference Guide TRIGger GLITch LEVel Command TRIGger GLITch LEVel level argument Query TRIGger GLITch LEVel Returned Format TRIGger GLITch LEVel lt level_argument gt lt NL gt Where level argument exponential for internal triggers 15 X full scale voltage from center screen for external triggers HP 54520C 54522C 42 volts with probe attenuation at 1 1 TRIGger GLITch SOURce Command TRIGger GLITch SOURce CHANnel lt n gt EXTernal HIGH LOW Query TRIGger GLITch SOURCE Returned Format TRIGger GLITch SOURce CHANnel lt n gt EXTernal HIGH LOW Where n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C NOTE EXTernai availabie only on HP 54520C 54522C TRIGger GLITch WIDth Command STRIGger GLITch WIDth GT LT width argument Query TRIGger GLITch WIDth Returned Format TRIGger GLITch WIDth GT LT lt width_argument gt lt NL gt Where width argument exponential 5 ns to 160 ms T
49. pmemory num integer 1 or 2 MMEMory DISPlay MMEMory DISPlay OFP 0 ON 1 MMEMOry DISPlay MMEMory DISPlay 0 1 NL MMEMory FNUMber gt MMEMory FNUMber failure number MMEMory FNUMber MMEMory FNUMDer failure number gt lt NL gt failure number integer 0 to 665 MMEMory SOURce MMEMory SOURce CHANnel n FUNCtion i 2 3 4 MMEMory SOURce MMEMory SOURce CHANnel lt n gt FUNCtion l1 2 3 4 NL gt n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C MMEMory STORe MMEMory STORe WMEMory l 2 3 4 PCFRequency PCFRequency cal freq PCFRequency PCFRequency cal freq cal freq exponential probe compensation signal frequency in hertz 40 Query Command Command Query Returned Format Command Query Returned Format Query Command Query Returned Format Programmer s Quick Reference Guide PLOT PLOT PMEMoryl1 2 CLEar PMEMory i 2 CLEar PMEMory 1 2 DISPlay PMEMory i 2 DISPlay OFF 0 ON 1 PMEMory 1 i 2 3 DISPlay PMEMory i 2 DISPlay 0 1 NL gt PMEMory 1 2 MERGe PMEMory l 23 MERGe PMEMory 1 2 SETup PMEMoryil 2 SETup PMEMory i 2 DESP 0 1 lt NL gt PLOT PLOT POWerup RUNning STOPped POWerup RUNning STOPped POWerup POW
50. re NWIDth value NL Where value exponential negative pulse width in seconds MEASure OVERshoot Command MEASure OVERshoot Query MEASure OVERshoot Returned Format MEASure OVERshoot lt value gt lt NL gt Where value exponential ratio of overshoot to Vamplitude MEASure PERiod Command MEASure PERi od Query MEASure PERi od Returned Format MEASure PERiod lt value gt lt NL gt Where value exponential waveform period in seconds MEASure POSTfailure Command MEASure POSTfailure CONTinue STOP Query MEASure POSTfailure Returned Format MEASure POSTfailure CONTinue STOP lt NL gt 3l Command Query Returned Format Where Command Query Returned Format Where Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide MEASure PREShoot MEASure PREShoot MEASure PREShoot MEASure PREShoot lt value gt lt NL gt value exponential ratio of preshoot to Vamplitude MEASure PWIDth MEASure PWIDth MEASure PWIDth MEASure PWIDtnhl value NL lt value gt exponential width of positive pulse in sseconds MEASure RESults MEASure RESults MBASure RESults number of meas measurement NL number of meas integer number of measurements displayed on the screen 0 through 23 measurement DELay result D
51. riod of three years from date of shipment During the warranty period Hewlett Packard Company will at its option either repair or replace products that prove to be defective For warranty service or repair this product must be returned to a service facility designated by Hewlett Packard For products returned to Hewlett Packard for warranty service the Buyer shall prepay shipping charges to Hewlett Packard and Hewlett Packard shall pay shipping charges to return the product to the Buyer However the Buyer shall pay all shipping charges duties and taxes for products returned to Hewlett Packard from another country Hewlett Packard warrants that its software and firmware designated by Hewlett Packard for use with an instrument will execute its programming instructions when properly installed on that instrument Hewlett Packard does not warrant that the operation of the instrument software or firmware will be uninterrupted or error free Limitation of Warranty The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by the Buyer Buyer supplied software or interfacing unauthorized modification or misuse operation outside of the environmental specifications for the product or improper site preparation or maintenance No other warranty is expressed or implied Hewlett Packard specificaliy disclaims the implied warranties of merchantability or fitness for a part
52. ry MEASure FALLtime Returned Format MEASure FALLtime lt value gt lt NL gt Where lt value gt exponential time value in seconds between lower threshold and upper threshold voltage points MEASure FREQuency Command MEASure FREQuency Query MEASure FREQuency Returned Format MEASure FREQuency lt value gt lt NL gt Where value exponential frequency in hertz MEASure LIMittest Command MEASure LIMittest MEASure OFF MEASure LOWer Command MEASure LOWer f lt source gt lt lower threshold Query MEASure LOWer lt source gt Returned Format MEASure LOWer lt source gt lt lower threshold NL Where source CHANnel n FUNCtion l 2 3 4 WMEMory i 2 3 43 lower threshold integer user defined lower threshold in percent or volts selected by MEASure UNITs lt n gt integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C 30 Programmer s Quick Reference Guide MEASure MODE Command MEASure MODE STANdard USER Query MEASure MODE Returned Format MEASure MODE STANdard USER lt NL gt MEASure MWINdow Command MEASure MWINdow MARKers SCReen Query MEASure MWINdow Returned Format MEASure MWINdows MARKers SCReen lt NL gt MEASure NWIDth Command MEASure NWIDth Query MEASure NWIDth Returned Format MEASu
53. t NL gt Where value exponential calculated average voltage 35 Command Query Returned Format Where Command Query Returned Format Where Query Returned Format Where Command Command Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide MEASure VBASe MEASure VBASe MEASure VBASe MEASure VBASe lt value gt lt NL gt value exponential voltage at base of selected waveform MEASure VDCRms MEASure VDCRms MEASure VDCRms MEASure VDCRms lt value gt lt NL gt value exponential calculated dc rms voltage MEASure VDELta MEASure VDELta MEASure VDELta lt value gt lt NL gt value exponential delta V value in volts MEASure VFIFty MEASure VFIFty MEASure VMAX MEASure VMAX MEASure VMAX MEASure VMAX lt value gt lt NL gt lt value gt exponential maximum voltage of selected waveform MEASure VMIN MEASure VMIN MEASure VMIN i MEASure VMIN lt value gt lt NL gt value exponential minimum voltage vaiue of the selected waveform 36 Programmer s Quick Reference Guide MEASure VPP Command MEASure VPP Query MEASure VPP Returned Format MEASure VPP lt value gt lt NL gt Where lt value gt exponential voltage peak to peak MEASure VRELative Command
54. t gt exponential 0 9 to 1000 0 EXTemal RANGe EXTernal RANGe range argument gt EXTernal RANGe EXTernal RANGe range argument gt lt NL gt range argument exponential full scale range value EXTernal SETup EXTernal SETup EXT COUP ACIDC DCP HFR 0 1 LER 0 1 PROB probe argument RANG lt range argument lt NL gt range argument exponential full scale range value probe argument exponential 0 9 to 1000 0 FUNCtion 1 2 13 I 4 ADD FUNCtion l 2 3 I 4 ADD lt operand gt lt operand gt operand CHANnel lt n gt WMEMory 1 2 3 43 n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C 17 Programmer s Quick Reference Guide FUNCtion 1121314J DIFF Command SFUNCtion i 2 3 4 DIFF operand Where operand CHANnel lt n gt WMEMory i 2 13 4 lt n gt integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C FUNCUon 112131 4 DISPLay Command FUNCtion 1 2 I 3 4 DISPlay OFF 0 I ON 1 Query SFUNCtion 1 2 3 4 DISPlay Returned Format FUNCtionil 2 3 4 DISPlay 0 1 NL FUNCtion 1 2 3 4 FFT Command FUNCtion 1 2 3 4 FFT lt operand gt Where operand CHANnel lt n gt WMEMory 1 2 3 4 n integer 1 or 2 HP 54520C 54522C or 1 through 4 HP 54540C 54542C FUNCtion 1 2 13 4 FRE
55. to 8 characters long format INTernai TEXT XYPalrs gt lt YVALues gt lt VERBose gt DISPlay COLumn DISPlay COLumn column number DISPlay COLumn DISPiay COLumn column number gt lt NL gt column number integer 0 through 78 DISPlay CONNect DISPlay CONNect OFF 103 ON I 113 DISPlay CONNect DISPiay CONNect 0 1 lt NL gt DISPlay DATA DISPlay DATA binary block DISPlay DATA DISPlay DATA 800016576 lt 16576 bytes of binary data gt lt NL gt binary block definite block data in format DISPlay FORMat DISPlay FORMat 2 2 4 DISPlay FORMat D SPlay FORMat 1 2 I 4 NL gt 13 Command Query Returned Format Command Query Returned Format Command Where Command Query Returned Format Where Command Query Returned Format Where Programmer s Quick Reference Guide DISPlay GRATicule DISPlay GRATicule DISPlay GRATicule DISPlay GRATicule AXES GRID FRAMe OFF AXES GRID FRAMe OFF lt NL gt DISPlay INVerse DISPlay INVerse OFF DISPlay INVerse DISPlay INVerse DISPlay LINE DISPlay LINE asci ascii string quotes DISPlay MASK 0 JONI 1 veg Nr 0 L lt NL gt i string gt any series of ascii characters enclosed in DISPlay MASK mask argument DISPlay MASK DISPlay MASK mask argument lt mask_arg
56. ts or perform any unauthorized modification to the instrument e Capacitors inside the instrument may retain a charge even if the instrument is disconnected from its source of supply Usecaution when exposing or handiing the flat panel display Handling or replacing the display shall be done only by qualified maintenance personnel Safety Symbols N Instruction manual symbol the product is marked with this symbol when it is necessary for you to refer to the instruction manual in order to protect against damage to the product Hazardous voltage symbol Earth terminal symbol Used to indicate a circuit common connected to grounded chassis WARNING The Warning sign denotes a hazard It calis attention to a procedure practice or the like which if not correctly performed or adhered to could result in personal injury Do not proceed beyond a Warning sign until the indicated conditions are fully understood and met CAUTION The Caution sign denotes a hazard It calls attention to an operating procedure practice or the like which if not correctly performed or adhered to could result in damage to or destruction of part or all of the product Do not proceed beyond a Caution symbol until the indicated conditions are fully understood or met MM MEE MM MED treet NNR a titer Product Warranty This Hewlett Packard product has a warranty against defects in material and workmanship for a pe
57. ument gt lt NL gt integer 0 through 255 DISPlay PERSistence DISPlay PERSistence SINGle b oe ii DISPlay PERSistence DISPlay PERSistence exponential infinite in the repetitive mode value real time mode 14 INFinite 0 0 5 to 10 lt value gt lt NL gt t0 minimum 0 5 to 10 i1 SINGle INFinite in Programmer s Quick Reference Guide DISPlay ROW Command DISPlay ROW row number Query DISPlay ROW Returned Format DISPlay ROW row number gt lt NL gt Where row number integer 0 through 24 DISPlay SCReen Command DISPlay SCReen OFF 0 ON I 13 Query DISPlay SCReen Returned Format DISPlay SCReen 0 1 lt NL gt DISPlay SETup Query DISPlay SETup Returned Format DISP COL column number CONN 0 23 FORM 1 2 4 GRAT AXES FRAM GRID OFF INV 0 1 MASK mask argument PERS pers argument ROW row number SCR 0 i 1 SOUR PMEM 0 1 2 MARK 0 iJ NL Where column number integer 0 through 78 magk argument integer 0 to 255 pers argument exponential 0 5 to 10 11 in the repetitive mode SINGle INFinite in the reai time mode row number integer 0 to 24 DISPlay SOURce Command DISPlay SOURce PMEMory 0 1 2 Query DISPlay SOURce Returned Format DISPlay SOURce PMEMory 0 1
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