Download
Share
Print this page
Tektronix Multipaq VX4101A Reference
  1. Manuals
  2. Brands
  3. Tektronix Manuals
  4. Test Equipment
  5. MultiPaq VX4101A
  6. Reference

Tektronix Multipaq VX4101A Reference

Hide thumbs Also See for Multipaq VX4101A:

Advertisement

Quick Links

Download this manual
Reference
VX4101A
Multipaq Instrument
071-0050-00
This document applies to firmware version 2.00
and above.

Advertisement

loading
Need help?

Need help?

Do you have a question about the Multipaq VX4101A and is the answer not in the manual?

Questions and answers

Related Manuals for Tektronix Multipaq VX4101A

Summary of Contents for Tektronix Multipaq VX4101A

  • Page 1 Reference VX4101A Multipaq Instrument 071-0050-00 This document applies to firmware version 2.00 and above.
  • Page 2 Copyright Tektronix, Inc. All rights reserved. Licensed software products are owned by Tektronix or its suppliers and are protected by United States copyright laws and international treaty provisions. Use, duplication, or disclosure by the Government is subject to restrictions as set forth in subparagraph (c)(1)(ii) of the Rights in Technical Data and Computer Software clause at DFARS 252.227-7013, or subparagraphs (c)(1)
  • Page 3 VX4101A Multipaq Instrument Reference Refer to sections in the VX4101A Multipaq Instrument User Manual for more information. Setup Be sure all switches are correctly set (see the Controls and Indicators section). Follow Installation guidelines (see the Installation section). The default condition of the VX4101A Module after the completion of the power-on self test is listed in full under the *RST command in the IEEE 488.2 Common Commands section.

  • Page 4: Command Syntax

    VX4101A Multipaq Instrument Reference Command Syntax Command protocol and syntax for the VX4101A Module are described in full in the Command Syntax section. A command is a string of ASCII characters (255 max.) termi- nated by a <program message terminator>. Commands can be strung together by delimiting the individual commands with a semi-colon (;).

  • Page 5: Instrument Commands

    VX4101A Multipaq Instrument Reference VX4101A Multipaq Instrument Commands These SCPI commands control overall functions of theVX4101A ABORt Subsystem Commands ABORt[:COMPlete] ABORt[:IMMediate] CALibrate Subsystem Commands CALibrate:ROSCillator :CLEar :MANual <frequency> INSTrument Subsystem Commands INSTrument:NSELect <instrument id> INSTrument[:SELect] <instrument name> Queries INSTrument:CATalog? :FULL? :LONG? INSTrument:COUNt? INSTrument:NSELect?
  • Page 6 VX4101A Multipaq Instrument Reference SOURce Subsystem Commands SOURce:ROSCillator[:SOURce] <source> SOURce:ROSCillator:VALue <frequency> Queries SOURce:ROSCillator[:SOURce]? SOURce:ROSCillator:VALue? SYStem Subsystem Commands SYSTem:LANGuage <language> SYSTem:RQUeue :QMODe <qmode> :SNUMber[:SET] <snumber> :SNUMber:STATe <state> SYSTem:TIMeout <timeout in seconds> Queries SYSTem:ERRor? SYSTem:LANGuage? SYSTem:OPTions?:DESCription <option code> SYSTem:READy? SYSTem:RQUeue? :QMODe :SNUMber[:SET]? :SNUMber:STATe? SYSTem:SNUMber? SYSTem:TIMeout?
  • Page 7 VX4101A Multipaq Instrument Reference Universal Counter Commands ARM Subsystem Commands ARM([:SEQuence1]|:STARt)[:LAYer] :DELay <time delay> :ECOunt <event delay> :IMMediate :LEVel <threshold> :MODE <mode> :SLOPe <slope> :SOURce <source> ARM(:SEQuence2|:STOP)[:LAYer] :DELay <time delay> :ECOunt <event delay> :IMMediate :SOURce <source> Queries ARM([:SEQuence1]|:STARt)[:LAYer] :DELay? :ECOunt? :LEVel? :MODE? :SLOPe?
  • Page 8 VX4101A Multipaq Instrument Reference CALCulate Subsystem Commands CALCulate:LIMit :ENVelope[:DATA] <threshold1>,<threshold2> :LOWer[:DATA] <threshold> :UPPer[:DATA] <threshold> CALCulate:TRANsform:HISTogram:COUNt <numeric_value> CALCulate:TRANsform:HISTogram:POINts <numeric_value> CALCulate:TRANsform:HISTogram:RANGe <min>,<max> CALCulate:TRANsform:HISTogram:RANGe:AUTO <ON|OFF> Queries CALCulate:AVERage?[<count>[,<offset>[,<step_size>]]] CALCulate:LIMit :ENVelope :FCOunt? :LOWer [DATA]? :REPort [:DATA]? :UPPER [DATA] CALCulate:MEDian?[<count>[,<offset>[,<step_size>]]] CALCulate:MINimum?[<count>[,<offset>[,<step_size>]]] CALCulate:MAXimum?[<count>[,<offset>[,<step_size>]]] CALCulate:SDEViation?[<count>[,<offset>[,<step_size>]]] CALCulate:TRANsform:HISTogram? :ABOVe? :BELow? :COUNt? :POINts? :RANGe?
  • Page 9 VX4101A Multipaq Instrument Reference CALibrate Subsystem Commands CALibrate:ARM[:VALue] <arm input voltage> CALibrate[<channel>] :DELay <cross channel specifications> :HYSTeresis :LFCOmp :LINearity :VALue <input voltage> :ZERO CALibrate:DTI CALibrate3:BIAS CALibrate[1|2|3]:ROSCillator <input frequency>...
  • Page 10 VX4101A Multipaq Instrument Reference CONFigure Subsystem Commands CONFigure[1|2|3]([:SCALar]|:ARRay) :FREQuency[<array size>[,<expected value>[,resolution>]]] :FREQuency:RATio[<array size>[,<expected value>[,resolution>]]] :PERiod[<array size>[,<expected value>[,resolution>]]] CONFigure[1|2]([:SCALar]|:ARRay) :NDUTy cycle|PDUTCycle|DCYCle [<array size>[,<dcycle reference>[,<expected value>[,resolution>]]] :NWIDth|PWIDth [<array size>[,<pwidth reference>[,<expected value>[,resolution>]]] :PHASe [<array size>[,<expected value>[,resolution>]]] :RTIMe|FTIMe|RISE:TIME|FALL:TIME [<array size>[,<low reference>[,<high reference> [,<expected value>[,resolution>]]]]] :TINTerval [<array size>[,<expected value>[,resolution>]]] [:VOLTage] :AC [<array size>[,<expected value>[,resolution>]]]...
  • Page 11 VX4101A Multipaq Instrument Reference FETCh? Subsystem Queries FETCh[:...]? :DCYCle? :FALL:TIME? :FREQuency? :FREQuency:RATio? :FTIMe?[<count> :NDUTycycle? :PDUTycycle? :NWIDth? :PWIDth? :PHASe? :PERiod? :RISE:TIME? :RTIMe? :TINTerval? :TINTerval:DELay? FETCh:COUNt? FETCh:TOTalize? FETCh[:VOLTage][:...]? :AC? :DC? :MINimum? :MAXimum? :PTPeak? INITiate Subsystem Commands INITiate[:IMMediate] INITiate:CONTinuous [ON]|OFF|0|1 Queries INITiate:CONTinuous?
  • Page 12 VX4101A Multipaq Instrument Reference INPut Subsystem Commands INPut[1|2] :ATTenuation <attenuation>|DEFault|MINimum|MAXimum :COMParator[1|2]:LEVel [:ABSolute] <absolute level>|DEFault|MINimum|MAXimum :RELative <relative level> :HYSTeresis [:ABSolute] <absolute level>|DEFault|MINimum|MAXimum :RELative <relative level> :SLOPe<slope> INPut[1|2]:COUPling <coupling> INPut[1|2]:FILTer[:LPASs] :FREQuency<frequency>|DEFault|MINimum|MAXimum [:STATe]<filter state> :GAIN<gain>|DEFault|MINimum|MAXimum :IMPedance<impedance>|DEFault :OFFSet [:ABSolute]<absolute offset>|DEFault|MINimum|MAXimum :RELative<relative offset> :SETup<expected ptp>[,<expected offset>] INPut:SETup:AUTO <auto>...
  • Page 13 VX4101A Multipaq Instrument Reference INSTrument Subsystem Commands INSTrument :ABORt :RESet MEASure? Subsystem Queries MEASure[1|2|3]([:SCALar]|:ARRay) :FREQuency? [<array size>[,<expected value>[,resolution>]]] :FREQuency:RATio? [<array size>[,<second channel>[,<expected value>[,resolution>]]]] :PERiod? [<array size>[,<expected value>[,resolution>]]] MEASure[1|2]([:SCALar]|:ARRay) :NDUTycycle|PDUTycycle|DCYCle? [<array size>[,<reference>[,<ex- pected value>[,resolution>]]]] :NWIDth|PWIDth? [<array size>[,<reference>[,<expected value>[,resolution>]]]] :PHASe? [<array size>[,<expected value>[,resolution>]]] :RTIMe|FTIMe|RISE:TIME|FALL:TIME? [<array size>[,<low reference>[,<high reference>...
  • Page 14 VX4101A Multipaq Instrument Reference OUTPut Subsystem Commands OUTPut:TRIGger:SOURce <channel>,<count> Queries OUTPut:TRIGger:SOURce? READ? Subsystem Queries READ?
  • Page 15 VX4101A Multipaq Instrument Reference SENSe Subsystem Commands SENSE:APERture <time>|DEFault|MINimum|MAXimum SENSe:COUNt <array size>|DEFault|MINimum|MAXimum SENSe:MODe <mode> SENSe:EVENts <# of events> SENSe[1|2|3]:FUNCtion ”TOTALize” ”FREQuency” ”FREQuency:RATio<second channel> ”PERiod” SENSe[1,2]:FUNCtion ”DCYCle” ”FALL:TIME” ”FTIMe” ”NDUTycycle” ”NWIDth” ”PDUTycycle” ”PHASe” ”PWIDth” ”RISE:TIME” ”RTIMe” ”TINTerval” ”VOLTage:AC” ”VOLTage:DC” ”VOLTage:MINimum” ”VOLTage:MAXimum” ”VOLTage:PTPeak”...
  • Page 16 VX4101A Multipaq Instrument Reference SOURce Subsystem Commands SOURce:COSCillator[:SOURce] <source> Queries SOURce:COSCillator[:SOURce]? SOURce:COSCillator:VALue? STATus Subsystem Queries STATus:OPERation:CONDition? TEST Subsystem Queries TEST:ALL? UNIT Subsystem Commands UNIT:ANGLeDEGree|RADian[,MINimum|CENTer|AUTo] Queries UNIT:ANGLe?
  • Page 17 VX4101A Multipaq Instrument Reference Digital Input Commands CALibration Subsystem Commands CALibration:VALue <cal value> CONFigure Subsystem Commands CONFigure[:SCALar] :DIGLobal [:NORMal] <voltage_threshold> :INVerted <voltage_threshold> :DIPort [:NORMal] <voltage_threshold>,<numeric_port_list> :INVerted <voltage_threshold>,<numeric_port_list> :DIBit [:NORMal] <voltage_threshold>,<channel_bit_list> :INVerted <voltage_threshold>,<channel_bit_list> CONFigure[:ARRay] :DIGLobal [:NORMal] <repetitions>,<voltage_threshold> :INVerted <repetitions>,<voltage_threshold> :DIPort [:NORMal] <repetitions>,<voltage_threshold>,numer- ic_port_list>...
  • Page 18 VX4101A Multipaq Instrument Reference FETch? Subsystem Queries FETCh?[<count>[<offset>[,<step_size>]]] FETCh:COUNt? FORMat Subsystem Commands FORMat[:DATA] <format> Queries FORMat[:DATA]? INITiate Subsystem Commands INITiate:[IMMediate] <control> INSTrument Subsystem Commands INSTrument:ABORt[IMMediate] INSTrument:RESet...
  • Page 19 VX4101A Multipaq Instrument Reference MEASure? Subsystem Queries MEASure[:SCALar] :DIGLobal [:NORMal]? <voltage_threshold> :INVerted? <voltage_threshold> :DIPort [:NORMal]? <voltage_threshold>,<numeric_port_list> :INVerted? <voltage_threshold>,<numeric_port_list> :DIBit [:NORMal]? <voltage_threshold>,<numeric_port_list> :INVerted? <voltage_threshold>,<numeric_port_list> MEASure[:ARRay] :DIGLobal [:NORMal]? <repetitions>,<voltage_threshold> :INVerted? <repetitions>,<voltage_threshold> :DIPort [:NORMal]? <repetitions>,<voltage_threshold>,<numer- ic_port_list> :INVerted? <repetitions>,<voltage_threshold>,<numer- ic_port_list> :DIBit [:NORMal]? <repetitions>,<voltage_threshold>,<channel_bit_list> :INVerted? <repetitions>,<voltage_threshold>,<channel_bit_list> READ? Subsystem Queries READ?
  • Page 20 VX4101A Multipaq Instrument Reference SENSe Subsystem Commands SENSe:ARRay <array size> SENSe:MODE <mode> SENSe:PSELect :DIBit [:NORMal] <ENABle|DISable>,<channel_bit_list>|<numeri- cal_bit_mask> :INVerted <ENABle|DISable>,<channel_bit_list>|<numeri- cal_bit_mask> :DIGLobal [:NORMal] <ENABle|DISable> :INVerted <ENABle|DISable> :DIPort [:NORMal] <ENABle|DISable>,<port list> :INVerted <ENABle|DISable>,<port list> SENSe:SRATe <sample rate> SENSe:THReshold <voltage_threshold> Queries SENSe:ARRay? SENSe:MODE? SENSe:PSELect? SENSe:SRATe? SENSe:THReshold?
  • Page 21 VX4101A Multipaq Instrument Reference TRIGger Subsystem Commands TRIGger:MASK <mask> TRIGger:MATCh <pattern> TRIGger([:SEQuence1]|:STARt)[:LAYer]:DELay <time delay> TRIGger([:SEQuence1]|:STARt)[:LAYer]:ECOunt <event delay> TRIGger([:SEQuence1]|:STARt)[:LAYer]:HANDshake:POLarity :REQuestNORMal|INVerted <polarity> :STRobeNORMal|INVerted <polarity> TRIGger([:SEQuence1]|:STARt)[:LAYer]:IMMediate TRIGger([:SEQuence1]|:STARt)[:LAYer]:MODE <mode> TRIGger([:SEQuence1]|:STARt)[:LAYer]:SOURce <source> Queries TRIGger:MASK? TRIGger:MATCh? TRIGger([:SEQuence1]|:STARt)[:LAYer]:DELay? TRIGger([:SEQuence1]|:STARt)[:LAYer]:ECOunt? TRIGger([:SEQuence1]|:STARt)[:LAYer]:HANDshake:POLarity :REQuest? :STRobe? TRIGger([:SEQuence1]|:STARt)[:LAYer]:MODE? TRIGger([:SEQuence1]|:STARt)[:LAYer]:SOURce? TRIGger([:SEQuence1]|:STARt)[:LAYer]:SOURce:CATAlog[ALL]? TRIGger([:SEQuence1]|:STARt)[:LAYer]:SOURce:CATalog:DELayable? TRIGger([:SEQuence1]|:STARt)[:LAYer]:SOURce:CATalog:FIXed?

  • Page 22: Digital Output Commands

    VX4101A Multipaq Instrument Reference Digital Output Commands FORMat Subsystem Commands FORMat[:DATA]<format> Queries FORMat [:DATA]? INITiate Subsystem Commands INITiate :CONTinuous <control> [:IMMediate] Queries INITiate:CONTinuous? INSTrument Subsystem Commands INSTrument:ABORt ([IMMediate]|:COMPlete INSTrument:RESet OUTPut Subsystem Commands OUTPut:LEVel <voltage level> OUTPut:TRIGger:SOURce <source> Queries OUTPut:LEVel? OUTPut:TRIGger:SOURce? STATus? Subsystem Queries STATus:OPERation:CONDition?
  • Page 23 VX4101A Multipaq Instrument Reference TRACe Subsystem Commands TRACe:CLEar TRACe[:DATA]<indices>{,<ascii hex_data>} TRACe|DATA[:DATA] <index>,{,ascii_hex_data, indefinite_binary_data} TRACe:POINts <number_of_points> TRACe:RFRequency <frequency> TRACe:RPERiod <repeat_period> TRACe:SRATe <sample_rate> Queries TRACe[:DATA]? <numeric_list> TRACe:INDice? TRACe:POINts? TRACe:RFRequency? TRACe:RPERiod? TRACe:SRATe? TRIGger Subsystem Commands TRIGger([:SEQuence1]|:STARt)[:LAYer]:DELay <time delay> TRIGger([:SEQuence1]|:STARt)[:LAYer]:ECOunt <event delay> TRIGger([:SEQuence1]|:STARt)[:LAYer]:HANDshake:POLarity :REQuest <polarity> :STRobe <polarity>...
  • Page 24 VX4101A Multipaq Instrument Reference Digital to Analog Converter (DAC) Commands CALibrate Subsystem Commands CALibrate[<channel>]:VALue <channel><DVM reading> CALibrate[<channel>]:SAVE FORMat Subsystem Commands FORMat[:DATA] <format> Queries FORMat[:DATA]? INITiate Subsystem Commands INITiate :CONTinuous[0|OFF|1|ON] [:IMMediate] Queries INITiate:CONTinuous? INSTrument Subsystem Commands INSTrument:ABORt ([:IMMediate]|COMPlete) INSTrument:RESet OUTPut Subsystem Commands OUTPut:TRIGger:SOURce <trigger source>...
  • Page 25 VX4101A Multipaq Instrument Reference TRACe Subsystem Commands TRACe:Clear TRACe|DATA[:DATA] <Channel>,<index>{,ASCII Trace Voltages|BINary Indefinite Block TRACe Voltages>} <Channel>,<Numeric List of Indices>{,<ASCII Trace Voltages>} TRACe:POINts<Trace Buffer Points> TRACe:RFRequency<repeat frequency|OFF> TRACe:RPERiod<repeat period|OFF> TRACe:SRATe<sample_rate> Queries TRACE|DATA[:DATA]?<Channel Select>|<Numeric List of Indices> TRACe:INDice? TRACe:POINts? TRACe:RFRequency? TRACe:RPERiod? TRACe:SRATe? TRIGger Subsystem Commands...
  • Page 26 VX4101A Multipaq Instrument Reference VXI:FDC Subsystem Commands VXI[:SERVant]:FDC:CLOSe[<channel number>] VXI[:SERVant]:FDC:OPEN <channel mode>[,<channel number>] VXI[:SERVant]:FDC:SEL <channel number> VXI[:SERVant]:FDC:BUFFer <buffer length>,[,<channel number>] Queries VXI[:SERVant]:FDC? VXI[:SERVant]:FDC:CONFiguration?[<channel number>] VXI[:SERVant]:FDC:SEL? VXI[:SERVant]:FDC:BUFFer?[<channel number>]...
  • Page 27 VX4101A Multipaq Instrument Reference Digital Multimeter (DMM) Commands CALCulate Subsystem Commands CALCulate:LIMit :ENVelope[:DATA] <threshold1>,<threshold2> :LOWer[:DATA] <threshold> :REPort[:DATA] :UPPer[:DATA] <threshold> CALCulate:TRANsform:HISTogram:COUNt <numeric_value> CALCulate:TRANsform:HISTogram:POINts <numeric_value> CALCulate:TRANsform:HISTogram:RANGe <min>.<max> CALCulate:TRANsform:HISTogram:RANGe:AUTO <ON|OFF> Queries CALCulate:AVERage? [<count>[,<offset>[,<step_size>]]] CALCulate:LIMit:ENVelope[:DATA] CALCulate:LIMit:FCOunt? CALCulate:LIMit:LOWer[:DATA]? CALCulate:LIMit:REPort[:DATA]? CALCulate:LIMit:UPPer[:DATA]? CALCulate:MEDian?[<count>[,<offset>[,<step_size>]]] CALCulate:MINimum?[<count>[,<offset>[,<step_size>]]] CALCulate:MAXimum?[<count>[,<offset>[,<step_size>]]] CALCulate:SDEViation?[<count>[,<offset>[,<step_size>]]] CALCulate:TRANsform:HISTogram? :ABOVe? :BELow? :COUNt?
  • Page 28 VX4101A Multipaq Instrument Reference CALibrate Subsystem Commands CALibrate:LFRequency <line frequency> CALibrate:VALue <frequency> CALibrate:ZERO:AUTO <auto> Queries CALibrate:LFREquency? CALibrate:ZERO:AUTO? CONFigure Subsystem Commands CONFigure([:SCALar]|:ARRay)[:...] [:VOLTage] :AC [<array size>[,<Expected Value>[,<Resolution>]]] :ACDC [<array size>[,<Expected Value>[,<Resolution>]]] :DC [<array size>[,<Expected Value>[,<Resolution>]]] :CURRent [:DC][<array size>[,<Expected Value>[,<Resolution>]]] :RESistance [<array size>[,<Expected Value>[,<Resolution>]]] :FRESistance [<array size>[,<Expected Value>[,<Resolution>]]] Queries CONFigure?
  • Page 29 VX4101A Multipaq Instrument Reference INSTrument Subsystem Commands INSTrument:ABORt INSTrument:RESet MEASure? Subsystem Queries MEASure([:SCALar]|:ARRay) [:VOLTage] :AC? [<Array Size>[,<Expected Value>[,<Resolution>]]] :ACDC? [<Array Size>[,<Expected Value>[,<Resolution>]]] [:DC]? [<Array Size>[,<Expected Value>[,<Resolution>]]] :CURRent[:DC]? [<Array Size>[,<Expected Value>[,<Resolution>]]] :RESistance? [<Array Size>[,<Expected Value>[,<Resolution>]]] :FRESistance? [<Array Size>[,<Expected Value>[,<Resolution>]]] NOTE: If SCALar is specified, the <array size is not valid. If ARRay is specified, <array size>...
  • Page 30 VX4101A Multipaq Instrument Reference SENSe Subsystem Commands SENSe:BANDwidth:DETector <expected frequency>|DEFault|MINi- mum|MAXimum SENSe:FUNCtion <Measurement Function> SENSe:VOLTage [:DC] :ACDC :RANGe[:UPPer] <Input Voltage Range> :AUTO <auto> :APERture <Aperture Value> :RPSecond <Readings/Second> :NPLCycles <Number of Power Line Cycles> :RESolution <Expected Resolution> :COUNt <Array Size> SENSe:CURRent[:DC] :RANGe[:UPPer] <Input Current Range>...
  • Page 31 VX4101A Multipaq Instrument Reference STATus? Subsystem Commands STATUS:OPERation:CONDition? TEST Subsystem Commands TEST:ALL? STATus? Subsystem Commands STATUS:OPERation:CONDition? TRIGger Subsystem Commands TRIGger([:SEQuence1]|:STARt)[:LAYer]:DELay <time delay> TRIGger([:SEQuence1]|:STARt)[:LAYer]:ECOunt <event delay> TRIGger([:SEQuence1]|:STARt)[:LAYer]:HANDshake:POLarity :REQuest NORMal|INVerted <polarity> :STRobe NORMal|INVerted <polarity> TRIGger([:SEQuence1]|:STARt)[:LAYer]:IMMediate TRIGger([:SEQuence1]|:STARt)[:LAYer]:MODE <mode> TRIGger([:SEQuence1]|:STARt)[:LAYer]:SOURce <source> Queries TRIGger([:SEQuence1]|:STARt)[:LAYer]:DELay? TRIGger([:SEQuence1]|:STARt)[:LAYer]:ECOunt? TRIGger([:SEQuence1]|:STARt)[:LAYer]:HANDshake:POLarity :REQuest? :STRobe?
  • Page 32 VX4101A Multipaq Instrument Reference Relay Driver Commands ROUTe Subsystem Commands [ROUTe:]CLOSe <channel list> [ROUTe:]OPEN <channel list> Queries [ROUTe]:CLOSe:STATe? STATus Subsystem Queries STATus:OPERation:CONDition? SurePath Commands INITiate Subsystem Commands INITiate :CONTinuous [0|OFF|1|ON] [:IMMediate] Queries INITiate:CONTinuous? INSTrument Subsystem Commands INSTrument:ABORt INSTrument:RESet...
  • Page 33 VX4101A Multipaq Instrument Reference ROUTe Subsystem Commands [ROUTe:]CLOSe <channel list> :DWELl :MODE <mode>,<module_name>,<section_list> [ROUTe:]CONFiqure <configuration>,<module_name>,<section_list> :DISJoin <module name> :JOIN <module_name>,<section_list> [ROUTe:]MODule :DELete[:NAME] <module_name> :DELete:ALL [:DEFine] <module_name>,<nrf> [ROUTe:]OPEN :ALL[module_name] :DWELl <channel_list> [ROUTe:]PFAil <action_at_powefail> [ROUTe:]SCAN <channel_list> :RATE <scan_rate>,<module_name> Queries [ROUTe:]CLOSe? <channel_list> [ROUTe:]ID? [ROUTe:]MODule[:DEFine]?<module_name [ROUTe:]OPEN? <channel_list>...
  • Page 34 VX4101A Multipaq Instrument Reference TRIGger Subsystem Commands TRIGger([:SEQuence]|:STARt)[:LAYer] :DELay <delay in seconds> :COUNt <count> :ECOunt <triggers to count> :IMMediate :SOURce <source> Queries TRIGger([:SEQuence1]|:STARt)[:LAYer] :COUNt? :DELay? :ECOunt? :MODE? :SOURce? : CATalog[:ALL]? :CATalog:DELayable? :CATalog:FIXed?

  • Page 35: Ieee 488.2 Commands

    VX4101A Multipaq Instrument Reference IEEE 488.2 Commands These commands are described in full in the IEEE 488.2 Common Commands section. *CAL? Calibration Query; returns the state of the calibration routine. *CLS Clear Status; This commands clears the Event Status Register (ESR) and any pending Service Requests (SRQs).
  • Page 36 VX4101A Multipaq Instrument Reference STATus and Event Commands VX4101A Status commands provide status information on all instruments. Commands STATus:PRESet STATus:OPERation :ENABle :NTRansition :PTRansition STATus:QUEue :ENABle <numeric list> STATus:QUEStionable :ENABle :NTRansition Queries STATus:PRESet STATus:OPERation :PTRansition STATus:QUEue :ENABle? [:NEXT]? STATus:QUEStionable [:EVENt]? :CONDition? :ENABle? :NTRansition? :PTRansition?