Sets the vertical position of the FFT waveform. The FFT window can be positioned using the vertical Offset/Position control.

Sets the FFT spectrum frequency scale in the spectrum window. The FFT frequency range can also be adjusted by center/span or start/stop frequencies.

Defines the frequency in the center of the displayed span. The instrument adjusts the start and stop frequencies.

Defines the width of the displayed frequency range in the FFT spectrum. The span is specified in hertz and the instrument adjusts the start and stop frequencies accordingly.

Defines the start frequency of the FFT waveform. The instrument adjusts the span and center frequency, and optimizes the time gate.

Defines the stop frequency of the displayed frequency span. The instrument adjusts the span and the center frequency, and optimizes the time gate and the acquisition time (timebase).

Sets the RBW ratio for FFT analysis. If Automatic RBW is selected, the RBW value is adjusted automatically; when RBW is set manually, the instrument adjusts the time gate.

Sets the FFT RBW value. When Automatic RBW is selected, the value is adjusted automatically; when set manually, the instrument adjusts the time gate.

Selects the channel used for FFT analysis. You can choose one of the active input channels, math waveforms, or reference waveforms.

Shows the position of the time gate used for FFT analysis. The position is an offset of the time gate center to the 0 s reference point, and it can be changed when Automatic RBW is disabled.

Sets the width of the time gate for which FFT is calculated. The value can be changed only if Automatic RBW is disabled; when changed, the RBW value is adjusted automatically.

Selects the FFT window function used for spectrum analysis. The available window types are Hanning, Hamming, Blackman, Flat Top, and Rectangle.

Selects the Spectrum waveform averaging display. The average value for each frequency in the waveform over the specified number of averages is calculated.

Selects the Max Hold waveform type to be displayed in FFT analysis. The maximum value for each frequency over all FFTs is displayed.

Selects the Min Hold FFT waveform for display. The minimum value for each frequency over all FFTs is displayed.

Selects the Spectrum waveform type to be displayed. The Spectrum waveform shows the current value for each frequency, and can be enabled as one of several waveform types displayed in parallel.

Sets the number of averages used for spectrum frequency averaging.

Defines the scaling unit for the vertical scale in spectrum frequency magnitude display. The displayed values refer to a 50 Ohm terminating resistor.

Resets the spectrum frequency settings to their default state.

Enables or disables the spectrogram.

Enables or disables automatic RBW selection. If enabled, the instrument sets an appropriate resolution bandwidth; if disabled, a manual value can be set.

Enables the peak search and displays the peak list and markers.

Defines the waveform type that is searched for peaks.

Defines a minimum level difference between two subsequent peaks that must be maintained for a peak to be detected. To avoid identifying noise peaks, enter an excursion value higher than the noise levels.

Defines the minimum absolute level for peak detection. Only peaks that exceed the minimum level are detected, listed in the Peak List, and marked in the spectrum diagram.

Enables a more precise peak detection. For a peak to be detected, the Excursion, Max. Width and Distance have to be within the defined limits.

Defines the maximum width that a peak can have for it to be detected.

Defines the number of the peak to which the reference marker is set when R-Marker is set to "Indicated".

Defines the mode for selecting the reference peak used by the R-Marker. The reference marker can be turned off, set to a peak by index, or set to the highest peak within a specified range.

Defines the center frequency for the capture range when the reference marker mode is set to "Range".

Sets the highest detected peak to the center of the display.

Sets the reference marker center frequency to the center of the display.

Sets the reference marker setup frequency. The slice only names the remote command and provides no syntax, parameter details, or return value.

Defines the frequency range around the center frequency if "R-Marker" = "Range".

Sets which result values are shown in the peak list. The values can be absolute or relative to the reference marker.

Selects a color scale for the frequency-domain diagram. When Magnitude Mode is off, the spectrum and spectrogram can use separate color scales.

Selects a color scale for the spectrogram. The spectrogram and spectrum may share the same color scale when Magnitude Mode is on; the available scales include Rainbow and Temp. Color.

Enables or disables magnitude-dependent coloring of the waveform. When disabled, the color depends on the frequency of occurrence of a value.

Sets the level used as the maximum for the selected color scale. Values above the maximum are displayed with the maximum color.

Sets the minimum level used for the color scale in the spectrum diagram. Values below the minimum are displayed with the minimum color.

Returns whether frequency averaging is complete.

Sets the spectrum display to full span. The command is listed among other spectrum frequency setup commands.

Saves the current spectrum history to a file or location. The command belongs to the Spectrum History export group.

Clears all stored spectrum history entries. This is a setter command.

Sets the playback speed for spectrum history. The command belongs to the Spectrum History Player subsystem.

Starts spectrum history acquisition.

Stops spectrum history acquisition.

Returns the absolute time stamps for all history acquisitions in the spectrum history buffer.

Returns the absolute timestamp of the selected spectrum history entry.

Returns the date and time stamps of all spectrum history entries. The command is the "ALL?" variant of the spectrum history timestamp date query.

Returns the date and time stamp for the history entry. The command is a query and returns the timestamp in date format.

Returns the timestamp-relative history data for all history entries.

Returns the relative time stamp for the current spectrum history item.

Returns the marker count for the spectrum marker subsystem.

Returns the delta result for marker n in the all-results form. This is the query form of the marker result command.

Returns the results for marker <n> in the spectrum display.

Returns the delta result of marker <n> in the spectrum display.

Returns the frequency delta for marker result <n>.

Returns the frequency result for marker n in the spectrum marker results table.

Returns the level difference of marker <n>.

Returns the level result for marker n in the spectrum marker results. This is a query form of the marker result level command.

Returns the result value of marker <n>.

Returns the frequency of the reference marker in the spectrum display.

Returns the relative marker level for the reference marker in the spectrum view.

Returns the marker frequency and level for the reference marker.

Enables or disables the spectrum marker function.

Sets the spectrum mode. The command selects the mode used for spectrum measurements.

Resets the spectrogram settings to their default state.

Sets the spectrogram scale. The command is listed without additional syntax or parameter details in this slice.

Returns the number of points in the averaged spectrum waveform data.

Returns the X increment for the spectrum waveform average data. The value is the spacing between X-axis data points.

Returns the Y-axis increment for the average spectrum waveform data.

Returns the Y-origin of the averaged waveform data. This query is part of the SPECtrum:WAVeform:AVERage:DATA family.

Returns the header information for the maximum spectrum waveform data. The command is a query and provides the header associated with :SPECtrum:WAVeform:MAXimum:DATA.

Returns the number of points in the maximum waveform data. The command is part of the spectrum waveform data query set.

Returns the X increment for the maximum waveform data. This is the spacing between successive X-axis data points.

Returns the Y increment for the maximum spectrum waveform data. This command is listed under the spectrum waveform data queries.

Returns the Y resolution of the maximum spectrum waveform data.

Returns header information for the minimum spectrum waveform data. The command is a query and yields the data header for the MINimum waveform selection.

Returns the number of points in the minimum spectrum waveform data. The command is the query form of the minimum spectrum waveform data points command.

Returns the Y increment of the minimum spectrum waveform data. This command is part of the spectrum waveform data access set.

Returns the header information for the spectrum waveform data. The command belongs to the spectrum waveform data queries.

Returns the X increment for the spectrum waveform data. This is the spacing between adjacent X values in the spectrum data set.

Returns the x-origin of the spectrum waveform data.

Returns the Y-origin value for the spectrum waveform data.

Returns the spectrum waveform data.

Enables or disables the spectrum display or selects a spectrum submode. The optional state node may be omitted in the command syntax.

Specifies the afterglow duration used when persistence is set to Manual. Each new data point remains on the screen for the time defined here; the range is 50 ms to 12.8 s, with 50 ms as the default.

Defines the waveform persistence (afterglow effect) on the display. Persistence does not affect digital channels.

Defines the brightness of the grid lines in the diagram. Enter a percentage between 0 and 100% to adjust the grid brightness directly; the default value is 50%.

Defines the brightness of the waveform lines in the diagram. The value is entered as a percentage between 0 and 100% and the default is 50%.

Inverts the brightness level of the signals. Rare values are displayed brighter than frequent values, which can help detect rare values within the waveform when used with persistence.

If activated, only the individual data points are displayed. If deactivated, the data points are connected by a line.

Enables or disables track grid behavior. If enabled, the grid moves with the waveforms when their horizontal or vertical position is changed; if disabled, the grid remains centered.

Enables or disables the display of scale values and units for the x-axis and y-axis at the grid lines. Grid labels are enabled by default.

Defines how the grid is displayed.

Selects the language in which button labels and other screen information are displayed. The help is available only in English.

Switches the date and time display in the upper right corner of the screen on or off.

Clears the display. If the optional screen node is present, the screen is cleared.

Closes the active dialog window.

Sets the message shown in the display dialog. The command is used to display a dialog message on the screen.

Clears the display persistence data.

Sets the display persistence to infinite. Use this command to enable infinite persistence on the waveform display.

Sets or queries the display persistence state. The command is shown as an optional-node form under DISPlay:PERSistence.

Sets the source signal for XY display mode.

Selects the source signal assigned to the Y1 axis in XY display mode.

Sets the current date in the instrument as part of the Date & Time setup dialog.

Sets the current time in the instrument. The command is part of the Date & Time settings.

Selects the Internet protocol mode for the Ethernet interface. DHCP/Auto IP enables dynamic host configuration and automatic address assignment.

Shows or specifies the instrument's IP gateway used by the instrument. It is listed with the Ethernet IP, subnet mask, and DNS server settings.

Shows or specifies the instrument's IP address.

Shows or specifies the IP subnet mask used by the instrument.

Specifies the IP port number for the instrument's Ethernet interface. The default is 5025.

Shows the instrument's media access control (MAC) address and the VISA address used to address the instrument in remote control.

Enables automatic transfer speed selection and shows the currently selected value. Alternatively, you can select one of the predefined settings that corresponds to the network data rate.

Specifies the VXI-11 port number. The default is 1024.

Deletes the password of the education mode.

Sets the beeper control state.

Sets the beeper state for error messages.

Sets the state of the trigger beeper.

Sounds the system beeper immediately. This is the immediate form of the system beeper command.

Sets the HTTP port used for the Ethernet interface.

Sets the USB class used by the instrument's communication interface.

Selects the interface used for communication. The command is also documented with an optional node form, :SYSTem:COMMunicate:INTerface[:SELect].

Returns all entries from the error queue. Each error message is returned in sequence.

Returns the next error message from the system error queue. If the queue is empty, the response indicates no error.

Resets the instrument to its preset state.

Sets the system date and time. The command is listed in the system command overview.

Returns the command tree of the instrument as a list of command mnemonics.

Selects the measurement type for the switching loss measurement. The measurement results are displayed in W for power and in J for energy.

Restarts the SOA measurement.

Sets the minimum current for the selected point.

Sets the voltage for the selected point.

Sets the minimum current for the selected point.

Sets the voltage for the selected point.

Adds a point to the safe operating area definition list.

Adds a point to the safe operating area definition list.

Sets the current value of a point in the linear safe operating area definition list. The command is part of the SOA point definition for the linear power path.

Returns the current value for point m in the linear safe operating area definition list.

Removes the selected point from the safe operating area definition list.

Adds a point to the safe operating area definition list.

Adds a point to the safe operating area definition list.

Sets the current value of point m in the logarithmic safe-operating-area definition list.

Sets the current maximum value for a logarithmic safe-operating-area point. The command belongs to the power analysis safe operating area definition list.

Removes the selected point from the safe operating area definition list.

Selects the scale for the mask, either linear or logarithmic.

Sets the allowed acquisition tolerance.

Sets the allowed total tolerance.

Selects a linear or logarithmic scale for the displayed results.

Sets the type of power analysis measurement.

Performs an autoset of the voltage and current source scales.

Performs an autoset of the current source scale.

Performs an autoset of the voltage source scale.

Enables or disables the power analysis measurements.

Displays or hides the result table. The command is available for harmonic and spectrum power measurements.

Sets the channel for the current source. Connect the current probe in flow direction of the current.

Starts the automatic deskew procedure to align the waveforms of all visible channels. It is necessary when a current and a voltage probe are used in the measurement.

Sets the channel for the voltage source. The suffix <n> selects which voltage source is affected.

Deletes the statistical results for the current measurement or all measurements, respectively, and starts a new statistical evaluation.

Shows or hides the statistical evaluation of the measurement.

Executes a zero offset for all visible channels.

Adds a power report.

Sets a description that can be shown at the title page of a report.

Sets a device under test (DUT) value that can be shown at the title page of a report.

Sets the directory for the output folder where the reports are stored.

Sets a site value that can be shown at the title page of a report.

Sets a temperature value that can be shown at the title page of a report.

Starts the consumption measurement.

Adds the result to the report list.

Restarts the consumption measurement.

Queries the apparent power, the magnitude of the vector sum of real and reactive power.

Sets a user value that can be shown at the title page of a report.

Queries the duration of the measurement. The result is displayed in seconds.

Queries the energy.

Queries the power factor, a measure of the system efficiency. The value varies between -1 and 1.

Queries the phase angle, the angle between the current and the voltage sine waves.

Queries the reactive power, the power flow that is temporarily stored in a system because of the inductive and capacitive elements.

Queries the real power.

Starts the dynamic on resistance measurement.

Sets the start time for the corresponding gate.

Sets the stop time for the corresponding gate.

Adds the result to the report list.

Starts the dynamic on resistance measurement.

Starts the efficiency measurement.

Adds the current efficiency measurement result to the report list.

Returns the average efficiency measurement result. Query only.

Returns the negative peak efficiency result. Query only.

Returns the peak-to-peak efficiency result from the efficiency measurement. Query only.

Returns efficiency result values from the power efficiency measurement. The `:ACTual` form returns the current measured value.

Returns the corresponding statistic result for the efficiency. The statistic can be the current result, average, negative peak, positive peak, standard deviation, or waveform count depending on the suffix used.

Returns the number of waveforms used for the displayed efficiency results. Query only.

Returns the corresponding statistic result for the input real power. The manual lists the available statistic forms for this measurement result, including current, average, peak, standard deviation, and waveform count variants.

Returns the corresponding statistic result for the input real power. The manual lists the available statistic forms for this result family, including NPEak for the negative peak value.

Returns the corresponding statistic result for the input real power. The available statistic suffixes are current, average, negative peak, positive peak, standard deviation, and waveform count.

Returns the corresponding statistic result for the input real power. The statistic selector may be ACTual, AVG, NPEak, PPEak, STDDev, or WFMCount.

Returns the corresponding statistic result for the input real power.

Returns the corresponding statistic result for the input real power. The slice documents the current measurement result form and statistic forms such as average, negative peak, positive peak, standard deviation, and waveform count.

Returns the corresponding statistic result for the output real power. The available statistic selectors include current result, average, negative peak, positive peak, standard deviation, and waveform count.

Returns the corresponding statistic result for the output real power. The manual lists this query under the power efficiency results, with the statistic selected by the suffix on the command.

Returns the corresponding statistic result for the output real power. The available statistic selectors include current, average, negative peak, positive peak, standard deviation, and waveform count.

Returns the corresponding statistic result for the output real power. The page lists query variants for current, average, negative peak, positive peak, standard deviation, and waveform count results.

Returns the corresponding statistic result for the output real power.

Returns the corresponding statistic result for the output real power. The query supports the current measurement result as well as statistic qualifiers such as average, negative peak, positive peak, standard deviation, and waveform count.

Returns the number of measured harmonics.

Returns the number of measured harmonics.

Selects the frequency of the input signal if POWer:HARMonics:STANdard is set to ENA/ENB/ENC/END.

Starts the current harmonics measurement.

Returns the time duration of the measurement.

Returns the average frequency of the measured signal.

Returns the minimum frequency of the measured signal.

Returns the peak frequency measured during the power harmonics measurement.

Returns the standard deviation of the measured frequency in the harmonics measurement. The command is part of the POWER:HARMONICS:MEASurement:FREQuency result set.

Returns the present measured frequency of the harmonics measurement. The manual lists this as an actual-value query under the harmonics measurement subsystem.

Returns the actual measured real power in the harmonics measurement. This query is part of the power harmonics measurement results group.

Returns the average total harmonic distortion measurement for the power harmonics analysis. The command is part of the power harmonics measurement results group.

Returns the non-peak total harmonic distortion measurement value for the power harmonics measurement results. The command belongs to the power harmonics measurement result set.

Returns the present total harmonic distortion measurement value.

Returns the standard deviation of the total harmonic distortion measurement. The result is part of the POWER:HARMONICS:MEASurement:THDistortion measurement results.

Returns the total harmonic distortion measurement, or the actual total harmonic distortion when the optional ACTual node is used.

Adds a harmonics result to the report list.

Returns the frequency of harmonic result n.

Returns the limit level of the selected harmonic result. The result index <n> selects which harmonic result is queried.

Returns the level value of harmonic result n. The optional ':VALue' node is included in the query syntax.

Returns the maximum value of the specified harmonics result. This is a query on result index n.

Returns the mean value of the selected harmonics result.

Returns the minimum value of harmonic result <n>.

Returns whether the harmonic result is valid for the specified result index.

Returns the waveform count for the selected power harmonics result. The command is part of the result queries under :POWer:HARMonics:RESult<n>.

Executes the inrush current measurement function.

Starts a gate for the inrush current measurement on the specified gate number.

Executes the power modulation analysis. The command is listed without any parameters or return value in this slice.

Returns the number of negative peaks in the low-peak result of the power modulation measurement.

Returns the peak-to-peak result of the lower peak group for modulation power measurements.

Returns the standard deviation of the low peak result for power modulation.

Returns the peak-to-peak value for the mean modulation result.

Returns the mean actual modulation power result.

Returns the number of peaks for the standard deviation result of the power modulation measurement.

Returns the peak-to-peak value of the standard deviation result for power modulation. This is a query in the POWer:MODulation:RESult:STDDev subtree.

Returns the waveform count for the standard deviation result of the power modulation measurement. This is a query command and yields the number of waveforms used in the result calculation.

Returns the actual standard deviation result of a power modulation measurement. The optional :ACTual node is part of the query syntax.

Returns the peak-to-peak value of the upper peak result in the power modulation measurement.

Returns the present upper-peak result value for power modulation; the optional actual form is documented as `[:ACTual]`.

Sets the lower threshold used for power modulation measurements.

Sets the upper modulation threshold for power modulation measurements. The optional node name is shown as :UPPer.

Measures power on/off for the selected channel or signal in the power quality subsystem.

Executes the power quality measurement. No parameters or return value are documented in the provided slice.

Adds the selected power quality measurement report to the report list.

Returns the average crest factor for the current measurement result.

Returns the negative peak value for the current crest factor measurement.

Returns the standard deviation of the current crest factor result in the power quality measurements.

Returns the waveform count for the present current crest factor result in the power quality measurement group.

Returns the present actual crest factor result for the current power quality measurement. The optional node `:ACTual` is shown in the syntax list.

Returns the average frequency measurement result for the current power quality measurement.

Returns the negative peak value of the current frequency result. The command is part of the power quality current-frequency result set.

Returns the positive peak value of the current frequency result. This is a query in the power quality results group.

Returns the standard deviation of the current frequency measurement result.

Returns the current waveform count for the frequency power-quality result. The command is listed as a query under POWER:QUALity:RESult:CURRent:FREQuency.

Returns the present current frequency result, optionally the actual value. This command is part of the power quality results tree.

Returns the average RMS current result from the current power quality measurement.

Returns the negative peak value of the current RMS power-quality result.

Returns the standard deviation of the current RMS power-quality result.

Returns the waveform count for the present current RMS power-quality result. This command is documented in the list of power quality result queries.

Returns the present actual or current RMS power-quality result. The command is a query for the current measurement result in the POWer:QUALity:RESult:CURRent subsystem.

Returns the average apparent power result.

Returns the negative peak value of apparent power in the power quality result group.

Returns the positive peak of the apparent power result. This is a query command in the power quality results group.

Returns the standard deviation of the apparent power quality result. This is a query in the POWer:QUALity:RESult:POWer:APParent result group.

Returns the waveform count for the apparent power result. This is a query under the power quality results tree.

Returns the present apparent power actual result for the power quality measurement. The optional [:ACTual] node is part of the query mnemonic.

Returns the average power factor result from the power quality measurement. No parameters are documented for this query.

Returns the negative peak value of the power factor result in the power quality measurement. This is one of the statistical result queries under :POWer:QUALity:RESult:POWer:PFACtor.

Returns the positive peak value of the power factor result in the power quality measurement group.

Returns the standard deviation of the power factor result. This is a query in the POWer:QUALity:RESult:POWer:PFACtor result group.

Returns the waveform count for the power-factor result of the power quality measurement. This command is a query and is listed as part of the power quality result set.

Returns the actual power factor result from the power quality measurement results. The optional `ACTual` node is shown in brackets in the syntax.

Returns the average phase result for the power quality measurement.

Returns the negative peak value of the power phase result in the power quality measurement. The slice only lists the command in the index and does not provide further details on formatting or units.

Returns the positive peak value for the power phase result. This is a query under the power quality results tree.

Returns the standard deviation of the power phase measurement result. This is a query in the power quality results tree.

Returns the waveform count for the power phase result. This is a query under the power quality results tree.

Returns the present power phase result, or the actual power phase result when the optional node is used. This is part of the power quality results group.

Returns the average reactive power measurement result.

Returns the negative peak value for the active power result. This command is part of the power quality results group.

Returns the positive peak value of the reactive power result in the power quality measurement group.

Returns the standard deviation of the reactive power result in the power quality measurement group.

Returns the waveform count for the reactive power measurement result. This command is part of the power quality results tree.

Returns the present reactive power result for the selected power quality measurement. The optional ACTual node is part of the query syntax.

Returns the negative peak value of the real power result. This command is listed under the power quality results for real power.

Returns the positive peak value of the real power result. The command belongs to the POWER:QUALITY:RESULT:POWER:REALpower measurement result set.

Returns the actual real power result in the power quality measurement group. The page slice shows this command as part of the POWER:QUALITY:RESULT:POWER:REALpower result family.

Returns the average crest factor for voltage in the power quality result set.

Returns the number of peaks found for the voltage crest factor result. This is a power quality result query.

Returns the positive peak-to-peak value of the voltage crest factor result. This is a query command in the power quality results subtree.

Returns the standard deviation of the voltage crest factor power quality result.

Returns the waveform count for the voltage crest factor result. This is a query command with no parameters.

Returns the actual crest factor voltage result. The optional [:ACTual] node is part of the query mnemonic as listed in the command index.

Returns the average frequency result for voltage power-quality measurements.

Returns the negative peak value of the voltage frequency result in the power quality measurement. The slice provides only the command listing and does not document the returned data format.

Returns the peak-to-peak value of the voltage frequency result. The command is a query in the Power Quality results branch.

Returns the standard deviation of the voltage frequency result. This is a measurement result query in the Power Quality results subsystem.

Returns the number of waveforms used for the voltage frequency result. This is a result query in the Power Quality measurement group.

Returns the actual power-quality result value for voltage frequency. The optional [:ACTual] node is documented as part of the query mnemonic.

Returns the average RMS voltage result for the power quality measurement.

Returns the number of peaks used for the voltage RMS result calculation. This is a query command in the Power Quality results subsystem.

Returns the peak-to-peak value of the voltage RMS result. This command is part of the power quality results tree.

Returns the standard deviation of the voltage RMS result. This is a query command.

Returns the number of waveforms used to calculate the RMS voltage result. This is a read-only result query in the power quality results subsystem.

Returns the RMS voltage result for power quality measurements. The optional [:ACTual] form is listed in the command index.

Starts execution of the power ripple measurement. The command is listed under the power ripple subsystem in the command index.

Adds a report entry for the power ripple measurement.

Returns the average ripple frequency result for the selected power ripple measurement. This is a query command.

Returns the peak ripple frequency result for the power ripple measurement. The command is listed as a query only; no additional return-format details are given in this slice.

Returns the present peak ripple frequency result. The result is one of the ripple measurement result values listed for the Power Ripple subsystem.

Returns the waveform count for the ripple frequency result. The command belongs to the power ripple results section.

Returns the ripple result frequency for the current measurement. The optional :ACTual suffix is part of the query mnemonic as listed in the command index.

Returns the average of the low-peak result for the power ripple measurement.

Returns the N peak value of the ripple result low peak measurement.

Returns the peak-to-peak value of the low-peak result for the power ripple measurement. The list of commands shows it as a query under POWer:RIPPle:RESult:LPEak.

Returns the standard deviation of the low-peak ripple result. This is a query command.

Returns the waveform count for the LPeak result of the power ripple measurement.

Returns the present lower-peak result for the power ripple measurement. The optional `:ACTual` node selects the actual value form.

Returns the mean result of the power ripple measurement. The list of commands shows this as a query under POWer:RIPPle:RESult:MEAN.

Returns the mean peak-to-peak value for the ripple result measurement. This command is a query and yields the current measured result.

Returns the standard deviation of the mean result for the power ripple measurement.

Returns the number of waveforms used to calculate the mean power ripple result. This command is a query only.

Returns the mean result value for the power ripple measurement, or the actual mean value when the optional ACTual node is used. This command is a query only.

Returns the number of positive peaks for the ripple result. The command is part of the POWER:RIPPLE result measurements.

Returns the standard deviation of the NDCycle result for the ripple measurement. The command is listed under POWer:RIPPle results.

Returns the average duty cycle result for the power ripple measurement.

Returns the number of peak values used for the ripple power result calculation. This is a query command and yields the NPEak result for the selected ripple result path.

Returns the peak-to-peak value of the ripple result. This command is a query and yields the measured PPEak result for the ripple analysis.

Returns the waveform count for the ripple peak result. This is a query command.

Returns the N-peak result of the power ripple period measurement. The command is listed in the command index under POWer:RIPPle:RESult:PERiod:NPEak?.

Returns the positive peak result of the power ripple period measurement.

Returns the standard deviation of the power ripple period result.

Returns the number of waveforms used for the period result calculation.

Returns the power ripple result period value. The optional :ACTual node is documented as part of the query syntax.

Returns the standard deviation of the number of peaks result in the power ripple measurement.

Returns the standard deviation result for power ripple analysis. This is a query under the POWer:RIPPle:RESult:STDDev branch.

Returns the standard deviation result for the power ripple measurement. The optional ":ACTual" node is part of the command syntax.

Returns the average value of the power ripple result peak output. This is a query command with no parameters documented in the provided slice.

Returns the present positive peak result for the power ripple measurement.

Returns the standard deviation of the upper peak power-ripple result.

Returns the number of waveforms used for the current power-ripple result calculation.

Returns the actual upper peak power-ripple result. The optional :ACTual node may be included in the query syntax.

No documentation for this exact command appears in the provided page slice; the slice only shows nearby POWer:RIPPle:RESult commands in the list of commands.

Returns the present result peak-to-peak value for the slew-rate measurement. The command is a query under the POWer:SLEWrate:RESult:LPEak subtree.

Returns the waveform count for the slew-rate result peak measurement. The slice provides only the command listing and does not document the returned value in detail.

Returns the actual peak result for the power slew rate measurement. The optional ":ACTual" node is included in the query form shown in the index.

No command details are documented on this index page beyond the command listing. The entry appears only as a cross-reference in the list of commands.

Returns the number of points in the linear SOA list.

Returns the number of logarithmic SOA points. This is a query command.

Adds a report entry for the SOA function.

Returns whether the acquisition result for failures is present. This is a query in the SOA result acquisition group.

Returns the acquisition rate of the SOA result acquisition.

Returns whether the acquisition passed. The command is part of the result acquisition subsystem.

Returns the number of points in the acquisition result. The command is a query and reports the acquisition points count for the SOA result set.

Returns the acquisition state of the SOA result. The command is a query and yields the present state value.

Returns the number of acquired SOA result values. This is a query command.

Returns the current value for the specified SOA acquisition violation. The violation is selected by the <n> index in the command path.

Returns information about a specific acquisition violation in the SOA result set. The index <n> selects which violation record is queried.

Returns the total count of results in the SOA result set.

Returns the total number of failed results in the power SOA result summary.

Returns the total fraction rate of the SOA result summary.

Returns whether all total SOA results passed. This is a query command for the total result summary.

Returns the total sample count for the SOA result. The command is a query and yields the count value for the total sample set.

Returns the number of failed samples in the total SOA results. The command is part of the total results summary under :POWer:SOA:RESult:TOTal:SAMPle.

Returns whether the total sample pass count is available for the SOA result. This is a query command.

Returns the total SOA result state. The command is part of the POWer:SOA:RESult:TOTal subsystem.

Returns the total number of violations found in the SOA result. This is a query command under the POWer:SOA:RESult:TOTal subtree.

Returns the header of the current-data array for the specified total violation record. The command is a query and provides metadata for the data block format.

Returns the X increment of the current data for the specified total violation record. This is a query on the SOA result data for violation <n>.

Returns the X-origin of the current data for a total SOA violation record. The command addresses violation record <n> under the total results tree.

Returns the Y increment value for the current data of the specified total violation trace. This is a query for the current violation data block metadata.

Returns the Y origin of the current data for the specified total violation. The index <n> selects which violation trace is queried.

Returns the Y-axis resolution of the current data for a total SOA violation record. The <n> index selects the violation record to query.

Returns the current data for total SOA violations of entry <n>. The data is returned in array form.

Returns the current value violation for the specified total SOA violation entry. The entry is addressed by `<n>`.

Returns the header information for the voltage data of the specified total violation record.

Returns the X increment of the voltage data for the specified total violation record. This is a query command in the SOA results hierarchy.

Returns the x-origin of the voltage data for the specified total violation record. The data format is part of the voltage data block for a power SOA result.

Returns the Y origin of the voltage data for the specified total violation record. The command belongs to the SOA result total violation voltage data query family.

Returns the Y-resolution of the voltage data for the specified total violation trace. The trace is addressed by <n>.

Returns the voltage data for the selected total SOA violation entry. The data is provided as an array of values for the specified violation number.

Returns the voltage of the specified total violation entry.

Returns the total number of violations for the selected SOA result entry <n>.

Sets the scale used for power SOA display or processing. The slice only lists the command name in the index and does not provide syntax or parameter details.

Executes the power spectrum analysis. The command starts the measurement using the currently configured spectrum settings.

Adds the current spectrum report to the report list.

Returns the frequency result of the selected power spectrum measurement result <n>.

Returns the level of the selected power spectrum result. The optional ":VALue" node is equivalent to the base command.

Returns the maximum value of the selected power spectrum result number.

Returns the mean value of the selected power spectrum result. The result index <n> identifies which spectrum result set is queried.

Returns the minimum value of the selected power spectrum result item.

Resets the stored result entry for the specified power spectrum result number.

Returns the number of waveform counts for the specified power spectrum result entry.

Executes the switching power analysis.

Starts the negative conduction gate position for power switching measurements.

Sets the stop point for the negative conduction gate in power switching analysis.

Starts the TOFF gate interval for power switching analysis.

Adds the switching report to the currently active report list.

Returns the conduction energy result of a switching power measurement.

Returns the conduction power result of a switching analysis.

Returns the non-conduction energy result from the most recent switching analysis.

Returns the power result for the nonconduction interval of a switching measurement.

Returns the turn-off energy result of the switching analysis.

Returns the calculated output power in the TOFF interval.

Returns the measured energy for the TON interval in the power switching analysis.

Returns the power result for the ton interval in the switching analysis.

Returns the total switching energy result.

Returns the total switching power result.

Executes the transient power analysis. The command is listed as part of the POWER:TRANsient subsystem.

Adds the transient power measurement report to the report section. It is part of the POWer:TRANsient measurement command set.

Returns the transient delay result.

Returns the overshoot result of a power transient measurement.

Returns the time of the peak in the transient response result.

Returns the peak value measured during the transient response analysis.

Returns the rise time of the transient response.

Returns the settling time of the power transient result.

Sets the low signal level used for the power transient measurement. This command is part of the power transient measurement setup.

Starts the power transient analysis. The corresponding result items are available under POWer:TRANsient:RESult.

Stops the power transient measurement. The command is part of the power transient measurement command group.

Returns the maximum current state of the selected digital channel. This is part of the logic channel activity display commands.

Returns the minimum current state of the specified digital channel.

Returns whether the selected digital probe is enabled.

Aligns the skew between the probe boxes of the digital channels and the probe connectors of the analog channels. This sets all deskew values to zero.

Defines the size of the hysteresis to avoid changes of signal states due to noise.

Selects the digital threshold technology. Three predefined threshold levels and a user-defined threshold are available.

Sets all threshold and hysteresis values to the values of the first nibble (D0...D3).

Sets the digital channel threshold level value between -2 V and +8 V in steps of 10 mV, or shows the value of the selected technology.

Selects or edits a label for the specified logic channel. The maximum name length is 8 characters, and only ASCII characters provided on the on-screen keypad can be used.

DIGital<m>:LABel
DIGital<m>:LABel:STATe

Sets the state of a predefined label for a digital channel.

Displays or hides the history player on the screen.

Returns the state of the header display for the specified digital channel. The command is a query and does not take any parameters.

Sets the number of points used for digital waveform data. The command is listed as a setter in the command index.

Returns the X increment for the specified digital channel. The command is a query and yields the horizontal increment used for digital data.

Returns the X-axis origin for the selected digital channel waveform data.

Returns the Y increment for the specified digital channel. This is a query form of the digital data scaling command.

Returns the Y-origin of the digital waveform data for the specified channel m.

Returns the vertical resolution of the digital channel data.

Returns the binary waveform data for digital channel m. The data format is described together with the associated header and increment/origin commands.

Controls whether the specified digital channel is displayed. This command is listed as a setter with no documented parameters on the index page.

Returns the current digital channel history state. This command is the current-value form of the digital history subsystem.

Sets the filename used for the digital history export. The command belongs to the digital history export subsystem.

Saves the history export data for the selected digital channel. The command is listed under the Digital History Export subsystem.

Sets the player speed for digital history playback.

Selects the state of the history player for the specified digital channel. The manual slice lists the command in the command index but does not provide syntax or behavior details on this page.

Starts history acquisition for the specified digital channel. The command is available for a digital channel index <m>.

Stops the digital-history acquisition for the specified digital channel. The command belongs to the DIGital<m>:HISTory subsystem.

Returns the absolute timestamp history for the selected digital channel. The command also has an :ALL? form documented on the same page list.

Returns the date of the acquisition timestamp information for all digital channels in the history buffer.

Returns the date timestamp for the specified digital channel history entry. The command is a query for digital history date information.

Returns the relative timestamp information for all history entries on digital channel <m>.

Returns the relative time stamp information for a digital channel history entry.

Enables or disables the digital history table for the selected digital channel. The optional `ENABle` node indicates the enable setting can be addressed explicitly.

Sets the size of the selected digital channel group. The command is used with the channel index placeholder <m>.

Returns the maximum current state of the specified logic channel. The command is listed among remote commands for logic channel activity display.

Returns the minimum current state of the specified logic channel.

Enables or queries the probe state of logic channel <p>.

Switches the selected logic pod on or off. You can also set the state of each logic channel separately in the short menu.

Displays or hides the history player on the screen.

Returns the header information for the selected logic data trace. This is a query command and does not take parameters.

Sets the number of points in the logic trace data. The command belongs to the LOGic<p>:DATA subsystem.

Returns the X increment for logic data. This is a query for the logic waveform data scaling.

Returns the Y increment for the logic waveform data of the selected probe channel. It is part of the LOGic<p>:DATA query family used to scale logic data values.

Returns the Y-origin of the logic data. This is a query command for logic channel <p> data scaling information.

Returns the vertical resolution of logic data. The command is a query for channel p.

Returns the logic analyzer data of the selected logic probe. The format and interpretation of the returned data are documented on the referenced data page.

Sets the current logic history record selection for channel <p>.

Sets the export file name used by the logic history export function.

Saves the current logic history export using the configured export name. The command belongs to the logic history export subsystem.

Controls all items in the logic history display. This is a setter command.

Sets the history player speed for the logic channel. The command belongs to the LOGic<p>:HISTory:PLAYer subsystem.

Sets or queries the logic history player state for channel <p>. The command is listed in the logic history player command group.

Starts history mode for the selected logic channel.

Stops the logic history playback or capture sequence.

Returns all absolute timestamps stored in the history table.

Returns the absolute timestamp values for the logic history. This query is part of the LOGic<p>:HISTory timestamp readout commands.

Returns the date timestamp information for all history entries of logic channel <p>.

Returns the date timestamp of the selected history entry.

Returns relative time stamps for all history entries in the logic channel.

Returns the relative time stamp values for logic history entries.

Enables or disables the history table for the specified logic channel. The command is part of the logic history subsystem.

Sets the logic analyzer input type for the selected logic channel or port.

Sets the number of logic-channel lines (bits) D0 to D15 analyzed in the clocked parallel bus. The maximum bus width is the number of logic input lines.

Sets the number of logic channels D0 to D15 to be analyzed in the parallel bus. The maximum number is the number of logic input lines.

For the parallel clocked bus, selects whether data is sampled on the rising edge, falling edge, or both edges of the clock. The clock slope marks the beginning of a new bit.

Selects the input line for the clock signal of a clocked parallel bus. For a clocked parallel bus, this command is one of the last two lines that can be assigned to Clock and CS.

Enables the chip select line for the parallel clocked bus.

Selects whether the chip select signal for the parallel clocked bus is high active or low active.

Selects the input line for the CS signal of a clocked parallel bus. For a clocked parallel bus, this command is used to choose the source for the "CS" line.

Selects the input line for each bit of the clocked parallel bus. For a clocked parallel bus, the last two lines can be used to select the source for the Clock and CS signals.

Selects the input line for each bit of the parallel bus. For a clocked parallel bus, the last two lines can be assigned to Clock and CS.

Displays or hides the history player on the screen.

Sets the bus mode for the selected ARINC bus. The command is part of the BUS<b>:ARINc subsystem.

Sets the bus value for ARINC bus decoding.

Sets the data format for ARINC bus data. The command belongs to the BUS<b>:ARINc subtree.

Sets the high threshold for bus-b archive decoding. The command is part of the BUS<b>:ARINc threshold settings.

Sets the low threshold for ARINC bus decoding on bus b.

Returns the number of words in the ARINC bus definition.

Returns the data value for the selected ARINC word, including the optional value suffix if present.

Returns the format of the selected ARINC word.

Returns the label value for a specified ARINC 429 word. The optional value suffix indicates the command can address the label's value form.

Returns the parity setting of the specified ARINC word.

Returns the pattern of the selected ARINC word.

Returns the SDI setting for the specified ARINC 429 word.

Returns the SSM setting for the specified ARINC 429 word. The command is a query for BUS<b>:ARINc:WORD<n> and does not document any additional parameters on this page.

Returns the start position of the selected ARINC word. This is a query on bus b, ARINC word n.

Returns the status of the selected ARINC word. The word is addressed by bus, ARINC instance, and word number.

Sets the CAN bus bit rate.

Returns the number of CAN frames. This is the query form of the BUS<b>:CAN subsystem counter command.

Returns the acknowledge value of the selected CAN frame. The command is a query for frame <n> within bus <b>.

Returns the beginning position of the bus CAN frame.

Returns the state of the selected CAN frame byte. The byte index is given by the `<o>` suffix in the mnemonic.

Returns the value of a specified byte in a CAN frame.

Returns the CAN frame checksum state for the selected bus frame. The command is a query and provides the current CS state.

Returns the CAN frame signal value. The command is a query for the CS value of CAN frame n.

Returns the CAN frame data field.

Returns the state of the CAN frame DLC setting for frame <n>.

Returns the CAN frame DLC value.

Returns the ID state of CAN frame <n>.

Returns the CAN frame identifier type for frame <n>.

Returns the value of the CAN frame identifier. The identifier format depends on the selected ID type.

Returns the start state of CAN frame acquisition for the specified bus and frame number.

Returns the status of the selected CAN frame.

Returns the stop state of the specified CAN frame. The command is part of the BUS CAN frame status queries.

Returns the CAN frame type for the selected frame. The command is a query on BUS<b>:CAN:FRAMe<n>.

Sets the CAN sample point for bus b.

Sets the CAN bus type.

Returns the field count for the selected parallel bus. This is a query command for bus <b>.

Returns the data of the selected parallel bus frame.

Starts the selected parallel bus frame. The manual lists this command in the command index only; no syntax, parameters, or return description are shown on the provided page slice.

Stops the parallel bus frame specified by the frame index. This is a query form of the command name shown in the list of commands.

Selects bus display signals for the bus decode display. This command is listed in the bus command index; the slice does not provide further syntax or parameter details.

Sets the bus data size for the selected bus. This command is listed in the bus command group; the page slice does not provide syntax details or a parameter description.

Selects the format used for bus decoding display. The command is listed as part of the BUS<b> subsystem.

Selects the current bus history entry. The command is listed in the bus history command set.

Sets the file name used for bus history export. The slice only lists the command in the command index and does not provide syntax details or parameter constraints.

Saves the history export data. The history export name is defined by :BUS<b>:HISTory:EXPort:NAME.

:BUS<b>:HISTory:EXPort:SAVE

Pall or pause all bus history playback/operations for the selected bus. The command belongs to the BUS<b>:HISTory subsystem.

Sets the speed of the history player.

Sets the history player state.

Replays history data.

Starts bus history capture for the selected bus.

Stops bus history recording or playback.

Returns all absolute timestamps from the bus history table for bus b.

Returns the absolute timestamp of the current bus history entry.

Returns all timestamp date entries in the bus history table. The command is part of the BUS history timestamp date functions.

Returns the date timestamp for the current history entry.

Returns all relative timestamps of the bus history entries. This is the query form of the history timestamp relative command.

Returns the relative time stamp of the current bus history entry.

Enables or disables the history time table for bus b. The optional `ENABle` node is part of the command mnemonic as listed in the command index.

Sets the I2C clock source used for bus decoding. The slice only lists the command in the command index and does not provide syntax, parameter details, or a return value.

Returns the total number of I2C frames currently detected for the selected bus.

Returns the access state of the selected I2C frame. The command applies to frame number <n> on bus <b>.

Returns the start address byte of the specified I2C frame.

Returns the AMODe setting for I2C frame <n>.

Queries the start state of the specified I2C frame. The frame number is given by <n> and bus index by <b>.

Returns the value of the specified byte within an I2C frame. The command is part of the I2C frame/byte inspection queries.

Returns the start status of the specified I2C frame. The frame is identified by the <n> index.

Returns the status of the selected I2C frame.

Sets the I2S variant used for bus decoding.

Sets the I2S bit order.

Sets the number of bits used for the selected I2S channel. This command is part of the I2S bus decode setup.

Sets the I2S channel order used for bus decoding. The command belongs to the BUS<b>:I2S:CHANnel group.

Sets the polarity used for I2S clock decoding. This command is part of the BUS<b>:I2S subsystem.

Sets the source used for the I2S clock signal.

Selects the I2S data source.

Sets whether the I2S bus is displayed.

Returns the count of I2S frames found in the selected bus decode.

Returns the start condition of the specified I2S frame.

Returns the state of the selected TDM slot in the specified I2S frame.

Returns the value assigned to the specified I2S TDM frame item.

Sets the I2S word length used for bus decoding.

Sets the polarity used for the I2S word select signal. This command belongs to the BUS<b>:I2S configuration group.

Sets the source of the I2S word select signal.

Sets the threshold used for the I2S word-select signal. The command belongs to the BUS<b>:I2S:WSELect subtree.

Sets or queries the label of the selected bus. The command belongs to the BUS subsystem.

Sets the bus label state for bus b.

Returns the number of LIN frames found. This is a read-only query under the BUS<b>:LIN subsystem.

Returns the checksum state for the selected LIN frame. The frame number is specified by the <n> index in the command path.

Returns the ID parity value for the specified LIN frame.

Returns the stop frame number for the specified LIN frame. This is a query command for a LIN bus frame within bus b.

No command details are provided on this index page beyond its presence in the command list.

Sets the LIN bus polarity for bus <b>.

Selects the LIN standard used for bus decoding. The command is listed in the LIN bus command group, but this slice does not document its value set or syntax details.

Sets the maximum MIL-STD image time for bus b.

Sets the minimum MIL-STD image time for bus <b>.

Sets the MIL-STD bus source. It is part of the BUS<b>:MILStd subsystem.

Returns the word count for the selected MIL-STD bus decode branch.

Returns whether the broadcast command was received for the selected MIL-STD-1553 word. The result is reported as a status query for BUS<b>:MILStd:WORD<n>.

Returns the SREQ status for MIL-STD word <n>.

Returns the terminal status of the selected MIL-STD-1553 word. The command is part of the BUS<b>:MILStd:WORD<n>:STATus subsystem.

Returns the data of the selected parallel bus frame. The frame number is specified by <n>.

Returns the state of the selected parallel bus frame. The frame is addressed by bus number <b> and frame number <n>.

Sets the bus position. The command belongs to the BUS group.

Sets the bus result display/source selection for bus b. The command is listed in the bus commands index for the RTM3000 manual.

Sets the SPI bus border selection.

Selects the source used for the SPI clock signal.

Sets the source used for SPI DATA in bus decoding. The command is part of the BUS SPI bus setup commands.

Returns the count of frames detected in the selected SPI bus signal. This is a query command.

Returns the MISO data of a selected SPI frame. The command is a query for the frame-specific SPI data value associated with MISO.

Returns the stop point of the selected SPI frame. This is a query for the bus/frame-specific stop position.

Returns the MOSI data of the specified word in the specified SPI frame. The command is part of the SPI bus decode word data queries.

Sets the source for the SPI MISO signal of bus b.

Sets the polarity of the MOSI signal used for SPI bus decoding.

Sets the bit time for the SSPI bus decode.

Sets the clock polarity for the selected SSPI bus. The command is part of the SSPI bus configuration commands.

Sets the polarity of the SSPI data signal. The command belongs to the SSPI bus decode settings.

Sets the polarity of the MISO line for the selected SSPI bus. The command is part of the bus configuration commands.

Sets the polarity of the MOSI data line for the selected SSPI bus. This command belongs to the BUS<b>:SSPI subsystem.

Sets the UART bit time for bus <b>.

Sets the source used for UART data. The slice lists this command in the UART command overview but does not provide the syntax details or allowed values.

Returns the field count for the selected UART bus decode.

Returns the start position of the specified UART frame. The frame is identified by the bus index and frame number.

Returns the state of the selected UART frame. The command queries frame <n> state within bus <b>.

Returns the stop position of UART frame <n>.

Returns the word count for the specified frame in the UART bus decode. The frame is selected by the frame number <n>.

Returns the received value of a word within a UART frame. The frame and word are identified by the frame index <n> and word index <o>.

Returns the source setting for the specified UART frame word. The command is listed as a query only in the command index.

Returns the state of a selected UART frame word. The word is addressed by bus <b>, frame <n>, and word <o>.

Returns the stop position of a UART frame word. The frame and word indices are specified by <n> and <o>.

Returns the TX value of a specified UART word. This is a query command for the selected bus, frame, and word.

Returns the value of a UART frame word. The command is part of the BUS UART frame/word access subtree.

Sets the UART parity setting for bus b.

Sets the UART polarity for bus b.

Returns the number of received UART data items. This is a query for the received-data count on bus b.

Returns the start position of the specified UART receive frame. The frame is addressed by the frame index <n> under BUS<b>:UART:RX:FRAMe<n>.

Returns the state of the specified UART receive frame. The command is listed under BUS<b>:UART:RX:FRAMe<n>.

Returns the stop position of a received UART frame. The frame is selected by <n> and the bus by <b>.

Returns the word count for the specified UART frame. The frame is selected by the frame index <n> and the command is used on the BUS<b>:UART:RX path.

Returns the start position of a UART receive frame word. The command is listed as a query only; no additional return-format details are given in this slice.

Returns the state of the selected UART frame word in the receive path.

Returns the stop state of the selected UART receive frame word. The command applies to frame <n> and word <o>.

Returns the value of the specified UART frame word. The command is a query for a word within a received UART frame.

Selects the source of the UART receive signal for bus  interpretations. The command is listed in the UART bus command index and is documented on the referenced command page.

Sets the UART stop-bit setting for the selected bus. The command is part of the BUS<UART> configuration group.

Sets the UART stop-bit size used for bus decoding. The command applies to BUS b UART decoding.

Returns the number of FIFO entries for the selected UART bus. This is a query command.

Returns the start condition of UART frame n. The command is a query for the starting point of the selected frame.

Returns the state of the specified UART frame. The frame is identified by the frame index n on bus b.

Returns the stop position of the specified UART frame. The frame is addressed by <n> under bus <b>.

Returns the word count for a specified UART frame. The command applies to BUS<b>:UART:FRAMe<n>.

Returns the start state of the specified TX frame word in a UART bus decode.

Returns the state of a UART transmit frame word. The command is a query for the word state within frame <n>, word <o> under BUS <b>.

Returns the stop state of the specified UART TX frame word. The frame number and word index are selected by the `<n>` and `<o>` nodes.

Returns the contents of the specified file from the current mass memory directory. The example shows reading back "GRAY.PNG" with a file name argument.

MMEM:DATA? "GRAY.PNG"

Sets the data format used for waveform transfer. The example shows it being set to REAL before reading channel data.

FORM REAL

Sets the data format used for channel data transfer. The example shows UINT,8 and UINT,16 formats affecting the number of bytes per sample.

FORM UINT,8;FORM?
FORM UINT,16;FORM?

Starts the firmware update using a firmware update file previously stored in internal memory. The instrument loads, checks, executes the update, and restarts.

:DIAG:UPD:LOAD "/INT/RTM3004.FWU"\n

Closes the firmware update transfer. Use it after sending the update file data and before starting the firmware update.

:DIAG:UPD:TRAN:CLOSE\n

Outputs the function generator waveform output. In the example, it turns on the generated sine waveform.

WGEN:OUTP 1 // Outputs the sine waveform

Displays or hides the history player on the screen.

Returns the header associated with the selected math waveform data.

Returns the number of points in the math waveform data. The command is a query for a specific math channel <m>.

Returns the X increment of the math waveform data. This is the spacing between adjacent X values.

Returns the X origin of the math data. This is a query for a math channel <m>.

Returns the Y increment for math trace data.

Returns the Y origin value for the selected math channel data. The command is a query and yields the origin of the Y axis data set.

Returns the Y-resolution of the selected math trace data.

Returns the math waveform data for the selected math channel. The command is a query for the current data record.

Sets the current history state for the selected math channel.

Clears the history display for the selected math channel.

Controls the state of the History Player for the selected math channel.

Replays the history data of math channel <m>.

Stops history recording for the selected math channel.

Returns the absolute timestamps for all history records of the selected math channel. The command is a query variant of the history timestamp absolute function.

Returns the absolute timestamp of the current history frame for the selected math channel.

Returns the relative timestamp values for all history records of the selected math channel. This is a query for the History TSRelative data set.

Turns the label for math trace m on or off.

Sets the horizontal position of math trace m.

Sets the scale of the selected math channel. The command is available for math channels MATH<m>.

Turns the selected math channel on or off.

Enables or disables the pulse tracking function for the selected math channel. This command belongs to the math track DPULSE settings.

Controls edge tracking for the selected math channel.

Sets the lower threshold used by track threshold measurements for math traces.

Defines which signals are generated at the [Aux Out] connector.

Defines the comparison operator used for the decoded ARINC 429 data condition against the specified data.

Specifies the maximum value of the data when TRIGger:A:ARINc:DATA:CONDition is set to INRange or OORange.

Sets the minimum condition for the data. This value is used with the data condition and, for equal/not equal/greater than/less than conditions, one data word must be set with this command.

Sets a data offset.

Sets the data size for serial bus analysis trigger arming. The slice provides no additional range or format information for this parameter.

Enables triggering when a coding error occurs.

Enables triggering when a gap error occurs.

Enables triggering when a parity error occurs.

Sets the transmission format to be triggered on.

Defines the comparison operator used for the decoded label condition in serial bus trigger arming. The allowed operators include equality, inequality, greater/less than, within, outside, and in-range/out-of-range comparisons.

Specifies the maximum value of the label if TRIGger:A:ARINc:LABel:CONDition is set to INRange or OORange.

Sets the minimum value of the label to be triggered on.

Sets the source/destination identifier (SDI) bits to be triggered on.

Sets the sign/status matrix (SSM) bits to be triggered on.

Defines the comparison operator for the decoded transmission time condition against the specified data.

Sets the maximum value of the transmission time.

Sets the minimum value of the transmission time.

Selects the type of trigger for ARINC 429 analysis.

Sets the word type to be triggered on.

Sets the CAN CRC error trigger condition for trigger A.

Sets the CAN trigger form error condition. This command is part of the TRIGger:A:CAN trigger setup.

Sets the left-channel I2S trigger condition.

Sets the maximum data value for the left I2S channel trigger condition. This command belongs to the I2S trigger setup for the LEFT channel.

Sets the minimum data word condition for the left I2S channel trigger. This command is part of the I2S channel trigger configuration.

Sets the condition for the selected I2S TDM channel trigger. The command belongs to the I2S channel trigger group for TDM<n>.

Sets the I2S trigger function.