Sets the alarm value of the input signal for the specified DIO channel(s). If the channel list is omitted, the command applies to the whole scan list.

CALC:COMP:DATA? (@301)

Sets or queries the pattern-comparison mask for the specified DIO channel(s). The mask defines which bits are active and which bits are ignored.

CALC:COMP:MASK 129,(@301)
CALC:COMP:DATA 154,(@301)
CALC:COMP:TYPE EQU,(@301)
CALC:COMP:STAT ON,(@301)

Enables or disables pattern comparison mode on the specified digital input channels. When enabled, the instrument compares the digital input value against the alarm value and generates an alarm when the value is the same as or different from the defined pattern.

CALC:COMP:STAT 1,(@301)
CALC:COMP:STAT? (@301)

Sets the pattern comparison mode for the specified digital input channels. The instrument generates an alarm when the monitored input pattern is the same as or different from the defined pattern.

CALC:COMP:TYPE EQU,(@301:304)
CALC:COMP:TYPE? (@301:304)

Returns the alarm lower limits of the specified channels. If <ch_list> is omitted, the query returns the alarm lower limits of all the multiplexer channels and TOT channels in the scan list.

CALCulate:LIMit:LOWer? [(@<ch_list>)]

Returns the alarm upper limits of the specified channels. If <ch_list> is omitted, the query returns the alarm upper limits of all the multiplexer channels and TOT channels in the scan list.

Enables or disables the lower alarm limits for the specified channels. The query returns 0 or 1 for each channel, separated by commas.

CALC:LIM:LOW:STAT ON,(@101)
CALC:LIM:LOW:STAT? (@101)

Returns the upper alarm limit state of the specified channels. The query returns 0 or 1, with multiple return values separated by commas.

CALC:LIM:LOW:STAT? (@101)

Disables or enables the scaling function for the specified channels. If the channel list is omitted, the command applies to the whole scan list.

CALC:SCAL:STAT? (@101,102)

Queries the unit of the scaled readings for the specified channels. Multiple return values are separated by commas.

CALC:SCAL:UNIT "PSI",(@101,102)
CALC:SCAL:UNIT? (@101,102)

Returns the average value from the calculation subsystem.

Clears the CALCulate:AVERage subsystem state.

Returns the average count.

Returns the time associated with the maximum calculated average value.

Returns the maximum value of the averaged calculation result.

Returns the minimum time for the average calculation. The slice only lists the query in the command list and does not provide further details.

Returns the minimum average value.

Returns the peak-to-peak average measurement result.

Returns the standard deviation of the averaged calculation result.

Sets comparison data for the calculator compare function.

Defines the mask used by the CALCulate:COMPare subsystem. The command is listed in the command list, but this page slice does not show its syntax or parameters.

Turns the calculation compare state on or off.

Sets the comparison type for the CALCulate:COMPare subsystem.

Sets the lower limit value for the calculate limit subsystem.

Enables or disables the lower limit calculation state in the CALCulate:LIMit subsystem.

Sets the upper limit for the calculation limit subsystem.

Sets the scale constant for the CALCulate:SCALe subsystem.

Sets the scale gain used by the CALCulate subsystem.

Sets the scale offset for the calculation subsystem. The command is listed in the CALCulate:SCALe command group.

Nulls the current scale offset value.

Sets the square scale calculation function in the CALCulate subsystem.

Enables or disables the scale function in the CALCulate subsystem.

Queries the label of the specified module slot. The query returns the quoted label string.

DIAG:PEEK:SLOT:DATA? 100

Clears the DMM cycle counter.

Returns the number of DMM cycles counted by the diagnostic subsystem.

Reads data from a specified slot in the diagnostic subsystem.

Writes data to a specified slot for diagnostics. This command is part of the DIAGnostic POKE SLOT DATA subsystem.

Clears the relay cycle count for the diagnostics relay subsystem.

Returns the relay cycle count for diagnostic use.

Queries whether the current operation is completed. If the operation is complete, it returns 1 to the output buffer; otherwise it returns 0.

Enable or disable clearing of the enable register of each register set at power on.

Set or query the enable register of the Status Byte Register set.

*SRE 144
*SRE?

Returns the instrument identification string.

Completes the current operation and is used to indicate that all preceding commands have been processed.

Recalled a state from nonvolatile memory. The command is listed in the command list as a common command.

Resets the instrument to its default state.

Not documented in the provided page slice. The slice only shows the appendix command list and does not give syntax, parameters, or return information for *SAV.

Returns the status byte value.

Software trigger command. It issues an immediate trigger event.

Waits until all previously sent commands have been executed. This is a synchronization command and does not itself return data.

Enables or disables the impedance automatic input mode for DCV measurements on the specified channels. When enabled, the input impedance is set automatically according to the selected range.

INP:IMP:AUTO ON,(@101)
INP:IMP:AUTO? (@101)

Sets the input impedance auto mode.

Query the DMM module state. If the DMM module is not currently installed, the query returns 0 (OFF).

INST:DMM?

Selects the DMM instrument subsystem. The manual lists it as a subsystem heading and does not provide additional syntax or behavior on this page.

Returns whether the DMM instrument subsystem is installed.

Turns the LXI identification indicator on the front panel display on or off. The query returns 0 (OFF) or 1 (ON).

LXI:IDEN:STATE 1
LXI:IDEN:STATE?

Identifies the instrument on the LXI network. The optional STATE node is included in the command mnemonic, but this page slice does not document any parameters or return data.

Restarts the instrument. This is part of the LXI Command Subsystem.

Resets the LXI command subsystem.

Renames the measurement configuration file in the specified storage location. The query form returns the file name for the specified location.

MEM:STAT:NAME? 0

Enable or disable the automatic recall of the power-down state at power-on.

MEM:STAT:REC:AUTO ON
MEM:STAT:REC:AUTO?

Enable or disable the automatic recall of the power-down state at power-on. When enabled, the instrument uses the system configuration before the last power-off at power-on; when disabled, it uses the factory settings.

MEM:STAT:REC:AUTO ON
MEM:STAT:REC:AUTO?

Returns the configuration name associated with a saved configuration memory entry.

Returns the system state file name in the memory subsystem.

Returns the number of states in memory.

Recalls a stored configuration from memory. The command belongs to the Memory command subsystem and is listed alongside the save/name configuration commands.

Recalls the system settings from a saved memory location. This command belongs to the Memory command subsystem.

Saves the current configuration to memory. This command is part of the MEMory command subsystem.

Saves the current state to mirror memory.

Saves the current system state to memory. This command belongs to the Memory command subsystem.

Returns the data associated with a saved memory name. The command is part of the MEMory:NAME subsystem and is documented as a query.

Returns the mirrored name of the current memory item.

Recalls saved data from memory.

Recalls a mirrored memory setup. The slice lists the command under the Memory subsystem but provides no further syntax or behavior details for this specific command.

Stores waveform or screen data in the specified memory location.

Deletes a stored memory state.

Sets the name of a stored state. The command belongs to the memory state subsystem and is listed alongside state recall, delete, and validity commands.

Recalls a stored state from memory.

Returns whether the selected memory state is valid.

Sets or queries the column separator used in exported files. The query returns TAB, COMM, or SEM.

MMEM:FORM:READ:CSEP SEM
MMEM:FORM:READ:CSEP?

Enables or disables the row limit for exported scan data files. When enabled, exported files can contain up to 65,535 rows and may be split into multiple CSV files; when disabled, the data is stored in a single file.

MMEM:FORM:READ:RLIM ON
MMEM:FORM:READ:RLIM?

Enable or disable real-time output of scan data to a USB storage device. The setting is stored in non-volatile memory and is not affected by *RST or SYSTem:PRESet.

MMEM:LOG ON
MMEM:LOG?
The query returns 1.

Returns exported memory information.

Sets the separator used for reading data in memory format operations.

Sets the reading format limit for file operations in the MMEMory subsystem.

Returns the contents of the import catalog.

Enables or disables log memory operation. This command is part of the MMEMory command subsystem.

Sets or queries the output mode of the specified alarm output line. The alarm output line can be set to latched or tracking mode.

OUTP:ALAR2:MODE TRAC
OUTP:ALAR2:MODE?

Sets the edge type of the alarm output for the specified alarm channel, or queries the current edge type. When <n> is omitted, the setting applies to all alarm output lines.

OUTP:ALAR3:SLOP NEG
OUTP:ALAR3:SLOP?

Specifies the alarm channel used to report alarm situations on the selected multiplexer, DIO, or TOT channels. The query returns the channels assigned to alarm channel n in an SCPI definite-length block format.

OUTP:ALAR1:SOUR (@313,316)
OUTP:ALAR1:SOUR?

Clears all output alarms in the output alarm subsystem.

Clears the specified output alarm.

Queries the enable state of output alarm <n>.

Sets the source used for the selected output alarm.

Sets the alarm mode for the specified output alarm. The alarm number `<n>` is optional in the syntax listing.

Sets the slope for an alarm output. The command belongs to the OUTPut:ALARm subsystem and accepts an optional alarm number.

Selects the advanced source mode for channel advance. It is only applicable when the external digital multimeter is used, and the instrument opens the current channel and closes the next channel in the scan list when the advanced channel signal is received.

Sets the instrument to open the current channel and close the next channel in the scan list on the rising or falling edge of the input signal when the advanced source is external (EXTernal). This command is only available when the external digital multimeter is used.

ROUT:CHAN:ADV:EDGE RIS
ROUT:CHAN:ADV:EDGE FALL
ROUT:CHAN:ADV:EDGE?

Sets or queries the delay between multiplexer channels in the scan list. The delay is the time interval between two neighboring channels during a scan.

Enable or disable the automatic delay of the specified multiplexer channels. The delay can be applied to a specified channel list or, if omitted, to the whole scan list.

ROUT:CHAN:DEL:AUTO ON,(@101:103)

Enables or disables 4-wire scanning for the specified channels. This setting is only available when the external digital multimeter is used.

ROUT:CHAN:FWIR ON,(@201:203)
ROUT:CHAN:FWIR? (@201:203)

Query the closed/open state of the specified channels on a multiplexer, actuator, matrix switch module, or RF multiplexer. Multiple return values are separated by commas.

ROUT:CLOS? (@201:203)

Add the specified channels into the monitor list. The query returns the numbers of the channels in the monitor list.

ROUT:MON:CHAN (@103:105)
ROUT:MON:CHAN?

Enables or disables the monitor function. In monitor mode, the instrument performs continuous measurements on the specified channels and displays the measurement values on the front panel.

ROUT:MON:STAT?

Opens the specified channels on a multiplexer, actuator, or matrix switch. For the query form, returns the open/closed state of each specified channel.

ROUT:OPEN? (@201:203)

Queries the channels currently in the scan list. The return format is a bracketed list of channel numbers prefixed by a length field.

ROUT:SCAN?

Sets the monitor mode state. The example shows the command used to enable or disable monitor mode.

ROUte:MON:STAT ON
ROUte:MON:STAT OFF

Sets the edge used for channel advance in the ROUTe subsystem.

Closes one or more switches in the routing subsystem.

Closes the specified routes exclusively, so that no other route can be closed at the same time. This command belongs to the ROUTe command subsystem.

Returns the done state for the route subsystem.

Returns monitor data. The command is part of the ROUTe command subsystem.

Enables or disables route monitor state. The command belongs to the ROUTe command subsystem.

Sets the monitor channel. The channel node is optional in the command syntax.

Opens the specified route. This command belongs to the ROUTe command subsystem.

Selects the scan route subsystem command group.

Sets the absolute time at which the instrument starts scanning in absolute time trigger mode. Query returns the currently set month, date, hour, minute, and second values; parameters to be ignored may be replaced with * when setting the command.

TRIG:ABS 1,21,8,0,0
TRIG:ABS?

Sets the number of scans. The query returns the current number of scans in scientific notation; when set to INFinity, it returns 9.90000200E+37.

TRIG:COUN?

Sets the edge type of the external trigger input signal when the instrument initiates a trigger in external trigger mode. The query returns the current edge setting as RIS or FALL.

TRIG:EDGE FALL
TRIG:EDGE?

Returns the current trigger source setting. The trigger source can be auto, manual, external, absolute time, or an alarm channel.

Sets the scan interval in the TIMer trigger mode. The query returns the current scan interval in scientific notation, in seconds; MIN and MAX can be used as query qualifiers to read the limits.

TRIG:TIM 36000
TRIG:TIM?

Stops an ongoing scan. The slice notes that if the number of scans is set to INFinity, the ABORt command can be used to stop the scan.

Aborts the scan.

ABORT

Initiates the scan/measurement operation. The slice does not provide parameter or return details for this command.

Returns the current trigger source. The query returns one of BUS, IMM, EXT, ALAR1, ALAR2, ALAR3, ALAR4, or ABS.

TRIG:SOUR ABS
TRIG:SOUR?
The query returns ABS.

Defines trigger-related settings for the instrument. The slice shows it used with count, source, edge, and absolute-time subcommands in scan/monitor examples.

Selects the unit for the specified anysensor measurement channels. The query returns the unit for each specified channel, with multiple values separated by commas.

UNIT:ANYS "K",(@101)
UNIT:ANYS? (@101)

Selects or queries the unit for specified anysensor measurement channels. For the query form, it returns the unit for each specified channel, with multiple values separated by commas.

UNIT:ANYS? (@101)

Sets the unit of the temperature measurement on the specified channels, or queries the unit currently selected for those channels.

UNIT:TEMP F,(@201,205)
UNIT:TEMP? (@201,205)

Queries the unit of the temperature measurement on the specified channels. The query returns C, F, or K for each channel specified, separated by commas.

UNIT:TEMP? (@201,205)

Sets or configures the unit used by the scaling parameters for the selected channel.

Sets the RTD subtype used for temperature measurement on the specified channel. The example shows it being used after `TEMP:TRAN:TYPE RTD` to select RTD type 85.

TEMP:TRAN:RTD:TYPE 85,(@101)

Sets the temperature sensor type for the selected channel(s). The example shows it being used with RTD and FRTD sensor types.

TEMP:TRAN:TYPE RTD,(@101)
TEMP:TRAN:TYPE FRTD,(@106)

Sets the RTD sensor type for the specified channel. The example shows it being used with a numeric RTD type value and a channel list.

TEMP:TRAN:FRTD:TYPE 92,(@106)

Sets the RTD reference resistance R0 for the selected channel. The example shows it used with a numeric ohms value.

TEMP:TRAN:RTD:RES:REF 20,(@106)
TEMP:TRAN:RTD:RES:REF 50,(@115)

Sets the thermocouple type for the temperature translation on the specified channel. The example shows TC type being set to J for channel 113.

TEMP:TRAN:TC:TYPE J,(@113)

Sets the thermistor type for the temperature transducer input. The example shows it used with a channel list to select the thermistor value.

Sets the aperture or gate time for the current measurement function. The example shows a 1 ms gate time for DC current channels.

CURR:DC:APER 1e-3,(@121,122)

Sets the number of power-line cycles used for the temperature measurement integration time. The slice only shows this command in example form; no parameter details or return value are documented here.

Enables or disables the T/C Check feature for the specified channel.

TEMP:TRAN:TC:CHEC ON,(@119)
TEMP:TRAN:TC:CHEC ON,(@120)

Sets the reference junction source for thermocouple temperature conversion on the specified channel. The slice shows internal and fixed reference source examples, and a separate command for setting the fixed reference junction temperature.

TEMP:TRAN:TC:RJUN:TYPE INT,(@119)
TEMP:TRAN:TC:RJUN:TYPE FIX,(@120)

Sets the reference source for the thermocouple reference junction. The example shows INT for internal reference and FIX for a fixed reference junction temperature.

TEMP:TRAN:TC:RJUN:TYPE INT,(@119)
TEMP:TRAN:TC:RJUN:TYPE FIX,(@120)

Enables or disables the offset compensation function for the selected channel when measuring resistance temperature sensors. The example shows it used with FRTD temperature configuration.

TEMP:TRAN:FRTD:OCOM ON

Sets the reference resistance value used for the FRTD temperature transducer configuration. The example shows it being used to set R0 for a channel.

TEMP:TRAN:FRTD:RES:REF 20

Sets the offset compensation state for the selected temperature measurement function. The command is used with a channel list in the programming example.

<none>

Sets the RTD open-compensation state for temperature transducer measurements.

Sets the gate time used for the frequency measurement range. The example shows it being set to 1E-01 (0.1 s) for channels 109 and 110.

FREQ:RANG:APER 1E-01,(@109:110) /*Set the gate time to 0.1s for channels 109 and 110*/

Enables or disables autoranging for the voltage range used in frequency measurements on the specified channel list.

Sets the lower frequency range for the measurement configuration shown in the programming demo. The command is sent with a channel list suffix in the example code.

Sets the integration time in power line cycles for the resistance measurement function. The example shows it being used with the FRES function on specified channels.

FRES:NPLC 0.2,(@107,108)

Enables or disables autoranging for the resistance function on the specified channels.

FRES:RANG:AUTO ON,(@107,108)

Enables or disables the offset compensation function for the selected channel.

TEMP:TRAN:FRTD:OCOM ON (@106)

Selects the resistance range for the measurement channel in the application example context. The slice shows it used as a range-setting command for resistance measurements, but does not document the accepted values or syntax details beyond the mnemonic itself.

Sets the integration time for the resistance measurement function. The example shows using 10 PLC for channels 332 through 364.

Selects the voltage range for the period measurement function. The example shows it used as a channel-specific command.

PER:VOLT:RANG 300,(@111,112)

Selects the AC voltage filter bandwidth for the specified channels.

VOLT:AC:BAND 3

Sets the AC voltage measurement range. The command accepts a numeric range value and can also use the MINimum, MAXimum, or DEFault qualifier in the configuration examples.

CONF:VOLT:AC 20,DEF,(@103,104)

Sets the integration time in power line cycles for DC voltage measurements.

VOLT:DC:NPLC 100

Sets the DC voltage autoranging mode for the selected channel(s). In the example syntax, AUTO is used with a MIN qualifier to configure autoranging and reset the scan list.

CONF:VOLT AUTO,MIN,(@102)

Sets the aperture (integration time) for the selected measurement. In the programming demo, it is used as an alternative to NPLC when configuring measurement timing.

Sets the integration time in power line cycles for the selected measurement. The demo shows it being used as an alternative to aperture time when configuring a measurement.

Sets the measurement range to autorange. In the demo code, it is used with the ON state and combined with a channel list.

Sets the scaling segment parameters for an Anysensor channel. The example shows four numeric values: start value, A, B, and C.

ANYS:SEGM 0.03,1.001,1.1,0.01,(@201) /*Set Scaling parameter A to 1.001, B to 1.1
C to 0.01, startvalue to 0.03 for channel 201*/

Sets the anysensor type for the selected channel. The example shows it being used with channel-specific sensor types such as current, voltage, resistance, 4-wire resistance, and frequency.

ANYS:TYPE CURR,(@124)
ANYS:TYPE VOLT,(@201)
ANYS:TYPE RES,(@202)
ANYS:TYPE FRES,(@203)
ANYS:TYPE FREQ,(@204)

Sets the ANYS frequency-related parameter. The provided slice does not include the command syntax, parameter details, or any return information for this mnemonic.

Not documented in the provided slice.

Sets the voltage aperture for the ANYS measurement function.

Configures the digital data byte format for the specified channel.

DIG:DATA:BYT E? (@301)

Queries the configured data word mode for the specified digital channel. The example shows it used with channel 303 to check the 16-bit DIN function.

DIG:DATA:WORD? (@303)

Sets the digital level voltage for the specified channel. The example shows it being used with channel 303.

DIG:LEVel 5,(@303)

Sets the voltage threshold for the specified digital channel(s).

DIG:THReshold 3.5,(@303)

Sets the digital level type for the specified channel. The example shows it being configured to USER for channel 303.

Enables or disables automatic range selection for the DC current measurement function.

Selects the AC bandwidth filter for the current measurement. The example shows setting the AC filter to 3 Hz.

CURR:AC:BAND 3

Sets the current DC measurement aperture, i.e. the integration time, for the selected channel(s). The example shows an aperture of 1e-3 s being used for channels 121 and 122.

CURR:DC:APER 1e-3

Sets the AC current measurement bandwidth filter. The command is used with current measurement configuration and can be applied per channel list.

Sets the measurement range for the selected current-related measurement. The manual slice shows it used as a range-setting command with a numeric value.

CURR:RANG <range>

Sets the current measurement range auto mode for the selected channels. The demo shows it used with ON.

Sets the aperture time used for current measurements. The command is shown in a programming demo as an alternative to :CURR:NPLC when configuring integration time.

Sets the number of power line cycles used for integration time in current measurements. The slice shows it being used as a measurement setup command with a numeric NPLC value.

Configures offset compensation for the current measurement. The manual shows it used with ON/OFF in programming examples.

Configures the trigger slope for totalize measurements on the specified channel list. The examples show NEG for falling-edge trigger and POS for rising-edge trigger.

TOT:SLOP NEG,(@305)
TOT:SLOP POS,(@307)

Sets the threshold voltage for the totalizer/trigger input on the specified channel.

TOT:THR 5,(@307)

Sets the count mode for the selected channel(s). The example shows the modes READ and RRESet.

Configures the channel function for a specified input type in the scan list examples shown in the slice. The manual text only shows its use in configuration examples and does not document parameters for this mnemonic here.

Sets the lower range limit for a period/measurement range configuration. The example slice does not document any parameters or return value for this command.

Enables or disables the auto zero function for the selected channel.

ZERO:AUTO ON

Controls whether the instrument performs zero correction automatically.

Queries the average values for the specified channels.

CALC:AVER:AVE? (@102:106)

Initiates a scan and reads the readings.

READ?

Queries the configuration of the current scan list.

CONF?

Configures the specified channels for voltage measurement. The command is used in the demo code when setting up DCV measurement.

Configures a current measurement on the specified channels. The slice shows the command being used as part of a measurement setup sequence.

Configures an any-sensor measurement function for the selected channels. The command takes a sensor function keyword and a channel list.

Sets the frequency/period voltage range. The example shows it being used for frequency and period measurements as `FREQVOLT:RANG` or `PERVOLT:RANG` with a numeric range value.

Enables automatic frequency/voltage range selection for the selected measurement. The demo code shows it being used with ON for frequency or period measurements.

Sets the integration time aperture for the selected sensor measurement function. The command is used in the AnySensor configuration path when configuring VOLT or CURR measurements.

Sets the integration time in power line cycles for the selected sensor measurement. The command is used in the AnySensor measurement configuration flow for current measurements.

Sets the aperture integration time for the selected sensor measurement. The command is used in the AnySensor measurement branch when the measurement type is not FREQ.

Sets the integration time in power-line cycles for the selected sensor measurement function. In the programming demo, it is used as `SENSOR:<function>:NPLC <value>`.

Configures the low frequency range limit for the selected sensor measurement. The demo shows it being sent with an AC filter value for frequency measurements.

Sets the open-circuit compensation state for resistance and four-wire resistance measurements. The example shows it being sent with ON for selected channels.

strCommand = strMeasurement + ":" + cmboxAnySensor.Text + ":OCOM ON";

Sets the open compensation state for resistance measurements. The demo shows it being used with RES and FRES sensor types and applied to selected channels.

strCommand = strMeasurement + ":" + cmboxAnySensor.Text + ":OCOM ON";
strCommand = strCommand + ",(@" + txtChannels.Text + ")";

Configures any sensor. Listed in the CONFigure command subsystem command list.

Copies channel configuration from one channel to another channel.

Copies configuration from a channel to a slot. No parameters or return value are documented in the provided slice.

Copies configuration from one slot to another slot.

Configures the instrument for AC current measurement. The command is listed in the Configure command subsystem.

Configures the instrument for current measurement mode. The command supports the DC current form as an optional node in the syntax.

Configures the digital measurement format for byte operation.

Configures the digital format as double word.

Configures the digital word format. The command is listed under the CONFigure command subsystem.

Returns the present configuration of the instrument.

Selects the frequency measurement configuration. The command is listed as part of the CONFigure command subsystem.

Configures the meter for temperature measurement.

Configures the DMM measurement function for DC voltage. The optional ':DC' node is shown in the command syntax.

Sets the threshold for the DATA:POINts:EVENt command. The slice lists the command name only and does not document parameters, ranges, or return value.

Returns the current number of data points in the measurement buffer.

Removes and returns the oldest data point from the data buffer. If the buffer is empty, the instrument returns an error.

Controls the instrument display subsystem. The slice only lists the command name and does not provide syntax, parameters, or a return value.

Sets a display text message on the instrument. The command belongs to the DISPlay command subsystem.

Clears the displayed text from the screen.

DISPlay:TEXT:CLEar

Returns the current readings from the instrument's measurement buffers. The exact data format is not described in this slice.

Sets the format used for reading alarm data in formatted output. The command is part of the FORMat command subsystem.

Sets or selects the time format used in reading data strings.

Sets the unit format used for reading values in the FORMat subsystem.

Measures AC current and returns the measured value.

Returns the measured current, using the DC function by default. This command is part of the MEASure command subsystem and also has an AC current query variant.

Returns the digital byte measurement value.

Returns the measured digital data word value.

Returns the measured digital word value.

Measures and returns the signal frequency.

Measures the frequency of the input signal. This command is part of the MEASure command subsystem.

Measures the period of the input signal.

Measures and returns the resistance reading.

Measures temperature and returns the measured value.

Returns the totalize measurement value.

Measures AC voltage and returns the measurement result. This command is part of the MEASure command subsystem.

Measures the DC voltage. The command is listed under the MEASure subsystem alongside other measurement queries.

Returns the present value measurement. This is a shortcut command equivalent to READ?.

Sets the lower frequency range limit for the ANYSensor function. The command is listed in the SENSe command subsystem reference.

Sets the aperture for resistance measurements on any sensor. The command is part of the SENSe:ANYSensor subsystem.

Sets whether offset compensation is enabled for the ANYSensor resistance measurement function.

Selects the active ANYSensor segment setting. The command is listed in the SENSe command subsystem reference.

Clears the ANYSensor segment settings.

Sets the sensor type for the ANYSensor subsystem.

Sets the bandwidth used for AC current measurements.

Sets the resolution for AC current measurements.

Sets the integration time for DC current measurements in power-line cycles. The slice only lists the command name in the SENSe subsystem index and does not provide syntax or parameter details.

Returns the digital data in double-word format. The command is part of the DIGITAL data query group alongside BYTE and WORD forms.

Returns the current digital data byte value. This is the query form of the SENSe digital data command.

Sets the digital input level used by the instrument's digital sensing function.

Sets the digital measurement type. The command is listed in the SENSe command subsystem index.

Sets the lower limit of the frequency range used by the selected sensor function. The manual lists it in the SENSe command subsystem and does not provide additional details on the value format here.

Sets the period voltage measurement range auto mode. This command controls automatic ranging for period-voltage measurements.

Sets the number of power line cycles used for the measurement aperture in the FRESistance function.

Sets whether the resistance measurement uses an open compensation feature. This command applies to the FRESistance function.

Sets the range for the four-wire resistance measurement function. The command is listed with the related resistance measurement commands on the appendix page.

Sets the auto-ranging state for resistance measurement range selection.

Sets the resolution for resistance measurements.

Selects the measurement function for the sense subsystem.

Sets the compensated resistance measurement mode. The command is part of the resistance sensing subsystem.

Sets the resistance measurement range. The command is listed in the Sense resistance family alongside the corresponding range-auto and resolution commands.

Sets the autoranging state for the resistance measurement range. The command is part of the resistance sensing subsystem.

Sets the resolution for resistance measurements.

Sets the aperture time for temperature measurements.

Sets the number of power-line cycles used for temperature measurements. The manual slice only lists the command name and does not provide further syntax or range details.

Returns the temperature of the internal reference junction. Used for thermocouple measurements.

Sets the RTD type used by the temperature transducer input. The command is part of the [SENSe:]TEMPerature:TRANsducer:FRTD subsystem.

Sets the RTD resistance value used by the temperature transducer function. The optional suffix selects the reference resistance variant.

Sets the RTD sensor type used by the temperature transducer subsystem.

Checks the thermocouple transducer configuration. The manual slice does not provide further behavioral details or syntax beyond the command listing.

Sets or queries the thermocouple reference junction setting for the temperature transducer. The query returns the reference junction state.

Sets the thermocouple reference junction type for temperature transducer measurements.

Sets the thermocouple type for the temperature transducer input.

Sets the thermistor sensor type used by the temperature transducer function.

Sets the temperature transducer type used for temperature measurements.

Clears the totalizer immediately.

Returns the totalized data value.

Sets the totalize start mode to the default state.

Starts totalizing immediately. The optional immediate node is part of the command syntax.

Sets the default totalize stop condition.

Sets the totalize threshold level. The threshold is used by the totalize function to determine counted events.

Sets the totalize measurement type.

Sets the AC voltage measurement bandwidth. This command is listed in the voltage measurement subsystem appendix entry.

Enables or disables auto-ranging for AC voltage measurements.

Sets or queries the AC voltage resolution. It is listed in the voltage sense command subsystem alongside the DC resolution command.

Sets the voltage aperture for DC voltage measurements.

Sets the number of power line cycles used for the voltage measurement aperture in DC voltage mode.

Sets the measurement range for DC voltage. The command is part of the voltage sense subsystem and applies to the DC voltage range setting.

Sets the automatic range function for the DC voltage measurement range.

Sets the voltage measurement resolution for DC voltage measurements.

Sets the digital data word. It is listed under the Source command subsystem alongside related digital data commands.

Sets the digital data word. The command is listed under the SOURCE:DIGital command subsystem.

Sets the digital source data byte. The syntax list shows the optional byte qualifier node for this command.

Returns the digital source state.

Sets the source voltage for the instrument.

Returns the alarm condition status.

Sets the enable mask for the status alarm register.

Returns the current alarm event status from the status subsystem.

Returns the condition register of the Operation Status register group.

Enables or sets the Operation status event mask. This command belongs to the STATus command subsystem.

Returns the current event register contents for the Operation status group.

Sets the instrument status subsystem to its preset state.

Returns the present condition register for the Questionable status subsystem.

Enables or disables the Questionable status event enable register. This command belongs to the STATus command subsystem.

Returns the condition of the Questionable status register. The command is part of the STATus subsystem and has an optional [:EVENt] node in the syntax listing.

Returns the system alarm message.

Switches the analog output function in the system command subsystem.

Sets the GPIB address for the instrument.

Sets the LAN AutoIP function. This command is part of the SYSTem:COMMunicate:LAN subsystem.

Returns the current LAN control mode.

Sets whether DHCP is enabled for the LAN interface.

Returns the LAN MAC address.

Sets the LAN manual IP configuration. The command is listed under the System command subsystem.

Sets the LAN subnet mask for the instrument's network configuration.

Sets the Telnet message string for LAN communication.

Sets the RS-232 baud rate.

Sets the RS-232 parity mode.

Sets the RS-232 print state under the system communication subsystem.

No command details are provided on this index page beyond listing the mnemonic in the appendix. The slice does not document syntax, parameters, or return value for :SYSTem:CPON.

Sets the system type to the default value.

Returns the current system type.

Sets the system date.

Returns the current system error code and error message.

Sets the system IDN information back to its default value.

Sets the instrument to local control.

Resets the instrument to its preset state.

Sets the instrument to remote control mode.

Locks the instrument in remote-write mode.

Sets the instrument into security mode immediately when the optional suffix is used. The command is listed in the System command subsystem index, but this slice does not provide syntax details or a parameter description.

Returns the serial number of the instrument.

Sets the system time.

Returns the system type.

Controls card operations in the system utility subsystem.

Configures the power-on behavior for the utility subsystem.

Returns the instrument software version.