Sets the offset to the mean value of the ProbeMeter's DC measurement.

Returns the build information of the connected probe.

Returns the part number of probe m.

Returns the probe product date for the specified probe channel.

Returns the probe serial number.

Returns the software version of the probe identified by <m>.

Returns the common meter results for the selected probe channel. This is a query command for probe meter result data.

Returns the differential results for the selected probe meter. The probe is selected with the <m> suffix.

Returns the negative meter results for probe m.

Returns the positive meter results for probe <m>.

Returns the single probe meter results. The command is a query for probe meter measurements on probe <m>.

Sets the visibility of the probe meter for the selected probe. The probe meter can be shown or hidden.

Sets the probe coupling setup for probe <m>.

Sets advanced audio overload behavior for the selected probe. The manual slice only lists the command name in the command index and does not provide syntax or detailed behavior.

Sets the advanced probe filter setting for probe m.

Sets the probe PMT offset for the selected probe channel.

Sets the advanced probe range for probe <m>.

Sets the special probe type setup for probe channel <m>.

Adjusts the probe zero offset using the advanced setup function.

Sets the probe attenuation manually for probe <m>.

Sets the unit used for probe attenuation. The command is part of the probe setup subsystem.

Returns the probe attenuation setting for probe <m>. The AUTO suffix indicates the automatic attenuation query form.

Queries the probe setup bandwidth for probe <m>.

Returns the probe capacitance setting for the selected probe input. This is a query command.

Sets or queries the DC offset of probe m.

Starts probe degaussing for the selected probe channel.

Sets the probe manual gain setup.

Sets the probe gain unit for the selected probe. The command belongs to the probe setup subsystem.

Returns the probe gain setting or, when queried with the optional AUTO qualifier, the current automatic gain setting. The command is documented under probe setup commands.

Returns the probe input impedance setting for probe <m>.

Sets the probe setup mode.

Queries the probe setup name for the selected probe channel.

Turns the probe offset switch on or off. This command is listed under probe setup commands.

Sets the probe mode setup for probe <m>.

Returns the probe setup type.

Sets the Z-axis vertical scaling adjustment for probe setup. The command belongs to the probe setup subsystem.

Activates or deactivates the measurement gate. Use Gate Setup to define the gate.

Defines the absolute start time of the measurement gate. The gate limits the measurement to a time range, with start/stop values set in absolute or relative form depending on gate mode.

Defines the absolute stop time for the measurement gate. The gate limits the measurement to a time range, with start and stop values set in absolute or relative mode depending on the gate mode.

Selects whether the measurement gate uses absolute or relative start and stop times. This setting determines how the gate’s Start and Stop values are interpreted.

Sets the relative start time of the measurement gate. Use it to define the gate start in relative values as part of the measurement gate setup.

Sets the relative stop time of the measurement gate. The gate limits the measurement to a time range; the start and stop times can be set in absolute or relative values depending on the gate mode.

MEASurement<m>:GATE:RELative:STOP

Starts or stops the quick measurement and sets the status bit.

Stops the quick measurement.

Starts the quick measurement.

Returns the results of the quick measurement. The results are listed in the order PEAK (Vpp), UPE (Vp+), LPE (Vp-), CYCR (RMS-Cyc), CYCM (MeanCyc), PER (T), FREQ (f), RTIM (tr), and FTIM (tf).

Defines the measurement type to be performed on the selected source. To query the results, use MEASurement<m>:RESult[:ACTual]?.

Activates or deactivates the selected measurement.

Sets the edges to be used for delay measurement and delay-to-trigger measurement. The associated waveforms are defined with MEASurement<m>:SOURce.

Selects one or two signal sources for the selected measurement. Available sources depend on the measurement type; for delay and phase measurements, the first source is the measure source and the second is measure source 2.

Selects the edges for delay measurement and delay to trigger measurement.

If ON, the markers show the edge, the measured point on the edge, and the direction in which the edge is detected.

Deletes the statistical results of the indicated measurement. Starts a new statistical evaluation if acquisition is running; the waveform count is set to 0 and the measurement values are set to NAN.

Activates or deactivates statistical evaluation for all active measurements.

Sets the measurement waiting time to be used before returning results, or enables automatic setting of that waiting time based on the horizontal scale. The suffix <m> is irrelevant.

Sets a waiting time for how long the instrument waits before returning measurement results on MEASurement:RESult?. The waiting time can also be set automatically with MEASurement<m>:TIMeout:AUTO.

Returns the average value of the current measurement series.

Returns the statistical standard deviation of the current measurement series.

Returns the result of the specified measurement type. If the measurement type is omitted, the result of the last measurement setup is returned.

Returns the minimum measurement result of the current measurement series.

Queries the maximum measurement result of the current measurement series for the selected measurement place.

Returns the current number of measured waveforms for the selected measurement place. Query only; MIN and MAX values are not available.

Returns the size of the statistics buffer.

Returns all values from the statistics buffer for the selected measurement place. Valid buffered values can only be read when acquisition is stopped.

Returns the nth statistical value from the indicated buffer place. Valid buffered values can only be read if the acquisition is stopped.

Selects the cursor measurement type. Different result values are displayed in the result line depending on the type.

Activates or deactivates the cursor measurement.

Defines the source of the cursor measurement as one of the active waveforms. Cursors can be used on analog input, math, reference, XY-diagram, and FFT waveforms; vertical cursors can also measure logic channels and V-Marker can measure pods.

Enables or disables cursor tracking for V-Marker measurements. The command is documented in the V-Marker cursor measurement context.

Selects the source for a cursor measurement when two sources are used. The measurement results indicate the selected sources.

Enables or disables track scaling for cursor lines. When enabled, the cursor lines are adjusted when the vertical or horizontal scales change and keep their relative position to the waveform.

Selects the source used for cursor measurements. The manual cross-references this command in the cursor measurements section and points to related source-selection commands.

Autosets the cursor lines to typical points of the waveform depending on the selected cursor type. For voltage measurements, the cursor lines are set to the upper and lower peaks; for time measurements, they are set to the edges of two consecutive positive or negative pulses.

Enables or disables coupling of the cursor lines so they move together. When coupling is disabled, the Navigation key toggles the single cursor lines.

If enabled, the cursor lines are coupled and moved together. When coupling is disabled, the [Navigation] key toggles the single cursor lines.

Switches the cursor off. The command is marked as an event and the suffix <m> is irrelevant.

Specifies or returns the position of the vertical cursor line on the x-axis (time or frequency for FFT).

Specifies the position of the horizontal cursor line on the y-axis. The suffix <m> is irrelevant.

Set the cursor line to the next peak. The command is only available for FFT waveforms.

Sets the cursor line to the previous peak or the next peak. The command is only available for FFT waveforms.

Returns the time difference between two vertical cursor lines (Δt).

Returns the inverse time difference between the two cursors (1/Δt, frequency).

Returns the inverse value of the vertical difference between two horizontal cursor lines, i.e. 1/ΔV.

Queries the delta of the values in y-direction at the two cursor lines.

Returns the overall mask test count, shown as the number of tested acquisitions. The manual lists this as a remote command for mask testing results.

Starts the mask application.

Returns the number of mask violations detected during mask testing.

Creates a mask from the envelope of the selected channel waveform.

Deletes all test results for the mask test.

Creates a mask from the envelope of the selected channel waveform.

Starts or finishes the mask test.

Selects whether only failed acquisitions are saved in memory segments. This command is used for the mask test capture-fail setting.

Loads a previously saved mask from a file. The file format is MSK.

Saves the created mask to a file or loads a previously saved mask. The file format is MSK.

Changes the width of the mask in horizontal direction. The specified factor in divisions is added to the positive x-values and subtracted from the negative x-values of the mask limits relative to the mask center.

Moves the mask vertically within the display. The current position is given in divisions.

Changes the vertical scaling to stretch or compress the mask in y-direction.

Changes the width of the mask in vertical direction. The specified number of divisions is added to the upper mask limit and subtracted from the lower mask limit, so the overall height of the mask is twice the specified width.

Selects the pulse action taken when a mask violation occurs. This command is part of the mask action submenu for violation events.

Selects the action taken when a mask violation event occurs for the screenshot-saving action. The slice only lists this command as the remote command for the "Screenshot" mask action.

Selects the action mode used for sound generation when a mask violation occurs. The manual lists this command as the remote command for the "Sound" mask action.

Sets the number of mask-violation events to ignore before stopping waveform acquisition. It is used with the mask action Stop.

Selects the mode for the stop event action when a mask violation occurs. The manual lists this command under the mask actions submenu, where "Stop" stops waveform acquisition after a set number of violations.

Selects the action to be taken when a mask violation event occurs for waveform saving. The slice lists this command as one of several mask action event-mode commands.

Defines the directory for a screenshot that is saved on mask violation. The file format is defined with HCOP:LANG, and the filename is manually defined in the "File" > "Screenshots" dialog box and incremented automatically starting from 01.

Defines the directory for waveform data files that are saved on mask violation. The file format is defined with FORMAT, and the filename is defined manually in the Waveforms dialog box and incremented automatically starting from 01.

MASK:ACT:WFMS:DEST "/USB_FRONT/MASKS" //directory must exist
FORM CSV,0
MASK:ACT:WFMS:EVEN:MODE EACH
MASK:TEST RUN
RUN

Enables or disables YOUT action handling. It is the same setting as MASK:ACTion:PULSe:EVENt:MODE.

Returns header information for the mask data delivered with MASK:DATA?. The header includes XStart, XStop, number of samples, and number of values per sample interval.

Returns the data of the mask. The mask consists of two limit curves. The export format is determined by FORMat[:DATA].

Returns the time difference between two adjacent samples of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

MASK:DATA:XINCrement?

Returns the time of the first sample of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

MASK:DATA:XORigin?

Returns the vertical origin of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the voltage value per bit of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the vertical bit resolution of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Enables the spectrogram.

Enables or disables automatic RBW. If enabled, the instrument sets an appropriate resolution bandwidth value; 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 the distance between two subsequent peaks that must be maintained for a peak to be detected.

Defines a minimum level difference between two subsequent peaks that has to be kept for peak detection. 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 the selection of the reference peak. The reference marker can be disabled, set to the peak with a specified index, or set to the highest peak within a specified range.

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

Sets the center frequency to the center of the display.

Sets the frequency used for the spectrum marker reference setup. The manual lists this as a remote command and refers to related setup commands for span and screen/peak positioning.

Defines the frequency range around the center frequency when the R-Marker is set to Range.

Defines which values are shown in the peak list. Absolute values or values relative to the reference marker can be selected.

Selects the color scale for the frequency-domain spectrum display. If Magnitude Mode is on, this setting also applies to the spectrogram; otherwise the spectrum and spectrogram can use separate color settings.

Selects a color scale for the spectrogram display. The same scale is used for the spectrum when Magnitude Mode is on; otherwise the spectrum color is set separately by Freq.Dom.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. All level values higher than this maximum are displayed with the maximum color.

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

SPECtrum:DIAGram:COLor:MINimum[:LEVel]

Selects the FFT spectrum window function. Window functions are multiplied with the input values and can improve the spectrum analysis display.

Selects the source for the spectrum analysis diagrams.

Switches on the spectrum analysis.

Defines the scaling unit of the y-axis for the spectrum frequency magnitude display.

Defines the vertical position of the spectrum.

Defines the position of the displayed frequency domain, which is centered at the specified center frequency and spans Center minus Span/2 to Center + Span/2. The span is set separately with `SPECtrum:FREQuency:SPAN`.

Performs the spectrum analysis calculation for the full frequency span.

Sets the vertical scale of the spectrum analysis waveform.

Sets the span of the displayed spectrum frequency range in hertz. The displayed frequency domain is centered around SPECtrum:FREQuency:CENTer and extends from (Center - Span/2) to (Center + Span/2).

Defines the ratio of span (Hz) to resolution bandwidth (Hz). The span/RBW ratio determines half the number of FFT points used for manual operation in the menu.

Defines the resolution bandwidth, i.e. the minimum frequency step at which individual spectrum components can be distinguished.

Defines the start frequency of the displayed frequency domain at the left display edge, equal to Center - Span/2. You can set start and stop frequency instead of defining a center frequency and span.

Defines the stop frequency of the displayed frequency domain at the right display edge (Center + Span/2). You can set start and stop frequency instead of defining a center frequency and span.

Sets the time position of the analyzed time range.

Returns the state of spectrum averaging.

Defines the number of spectrums used for averaging.

Resets the Min Hold, Max Hold, Spectrum, and Average waveforms to the current waveform.

Sets the time range for the time domain diagram.

Enables or disables the average spectrum waveform.

Enables or disables the maximum waveform display in the spectrum view. The manual groups it with related waveform enable commands and shows the default state as ON.

Enables or disables the minimum waveform in the spectrum display. The command is part of the waveform settings group.

Enables or disables the spectrum waveform display. The command applies to the indicated waveform setting.

Returns the data of the indicated waveform points for transmission from the instrument to the controlling computer. The waveform data can be used in MATLAB, for example.

Returns the data of the indicated waveform points for transmission from the instrument to the controlling computer. The waveform data can be used in MATLAB, for example.

Returns the data of the indicated waveform points for transmission from the instrument to the controlling computer. The waveform data can be used in MATLAB, for example.

Returns the data of the indicated waveform points for transmission from the instrument to the controlling computer. The waveform data can be used in MATLAB, for example.

Returns the data of the indicated waveform points for transmission from the instrument to the controlling computer. The waveform data can be used in MATLAB, for example.

Returns the data of the indicated waveform points for transmission from the instrument to the controlling computer. The waveform data can be used in MATLAB, for example.

Returns the number of data samples that are returned with SPECtrum:WAVeform:xxx:DATA for the indicated waveform.

Returns the level difference between two adjacent samples of the indicated waveform.

Returns the frequency of the first sample of the indicated waveform.

Returns the voltage value per bit of the indicated waveform.

Returns the number of data samples that are returned with SPECtrum:WAVeform:xxx:DATA for the indicated waveform.

Returns the level difference between two adjacent samples of the indicated waveform.

Returns the frequency of the first sample of the indicated waveform.

Returns the voltage value per bit of the indicated waveform.

Returns information on the indicated waveform.

Returns the number of data samples that are returned with `SPECtrum:WAVeform:xxx:DATA` for the indicated waveform.

Returns the level difference between two adjacent samples of the indicated waveform.

Returns the frequency of the first sample of the indicated waveform.

Returns the voltage value per bit of the indicated waveform.

Returns information on the indicated waveform.

Returns the number of data samples that are returned with SPECtrum:WAVeform:xxx:DATA for the indicated waveform.

Returns the level difference between two adjacent samples of the indicated waveform.

Returns the frequency of the first sample of the indicated waveform.

Returns the voltage value per bit of the indicated waveform.

Switches between basic FFT analysis and advanced spectrum analysis. Spectrum analysis requires option R&S RTA-K18 or K37.

Resets the current spectrogram and starts a new recording of information.

Returns the vertical bit resolution of the indicated waveform.

Returns the vertical bit resolution of the indicated waveform.

Returns the vertical bit resolution of the indicated waveform.

Returns the vertical bit resolution of the indicated waveform.

Returns the vertical bit resolution of the indicated waveform.

Returns the vertical bit resolution of the indicated waveform.

Returns the vertical bit resolution of the indicated waveform.

Returns the vertical bit resolution of the indicated waveform.

Returns the current spectrum history state.

Sets the file name used when exporting spectrum history data.

Saves the current history entry to a file. The file name is set with :SPECtrum:HISTory:EXPort:NAME.

Palls the spectrum history display. The command is listed as a Spectrum History command; no further syntax or behavior is shown on this page.

Sets the player state for spectrum history playback.

Starts replay of spectrum history data.

Starts the spectrum history function.

Stops spectrum history acquisition.

Returns the absolute timestamp for all spectrum history records.

Returns the absolute time stamp for the spectrum history entry. The command is part of the spectrum history timestamp queries.

Returns the date/time stamps of all spectrum history traces.

Returns the date timestamp of the spectrum history entry. The command is part of the spectrum history time-stamp queries.

Returns the relative timestamp for all spectrum history records.

Returns the relative time of the selected spectrum history record.

Returns the number of markers in the spectrum display.

Returns the results for the specified marker number. The command is the query form of the marker result command family.

Returns the frequency delta of the selected spectrum marker result. The result is reported for marker <n>.

Returns the frequency result for marker <n> in the spectrum measurement.

Returns the level delta for marker result <n>.

Returns the level of marker result <n>.

Returns the marker result value for the selected spectrum marker. The marker index <n> selects which marker result is queried.

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

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

Returns the marker's frequency and level values for the reference marker. It is the query form of the reference marker command.

Enables or disables spectrum markers. This is the parent command for marker enable state in the spectrum subsystem.

Sets the spectrogram scale. The command is listed in the spectrum/spectrogram command set.

Selects the transmitter or receiver line as the UART trigger source.

Selects the UART trigger condition.

Specifies the UART trigger data pattern when the UART trigger mode is set to Pattern or Any Symbol. The pattern setup uses Symbol Offset, Numb. of Symb., and Data.

Sets the number of symbols (full bytes) to trigger on for a UART pattern trigger. The minimum is 1 symbol and the maximum is 4 symbols.

Sets the number of symbols at the beginning of the package to be ignored before the serial pattern. The first symbol of interest is the first byte after the offset symbols.

Selects the CAN frame type to be triggered on. The selected frame type determines whether the instrument triggers on data, remote, data-or-remote, error, or overload frames.

Selects the length of the CAN identifier for triggering. Use 11-bit CAN base frames, 29-bit CAN extended frames, or Any if the identifier type is not relevant.

Selects the CAN trigger type. The available trigger types include Frame, Error, Identifier, Identifier and Data, and End of Frame.

Enables triggering on a CAN acknowledgment error, which occurs when the transmitter does not receive an acknowledgment dominant bit during the Ack slot.

Selects the CAN stuff bit error trigger condition. A stuff error occurs when the 6th consecutive equal bit level is detected in the listed frame fields.

Sets the CAN CRC error trigger condition. A CRC error occurs when the calculated CRC differs from the received value in the CRC sequence.

Sets the CAN form-error trigger condition. A form error occurs when a fixed-form bit field contains one or more illegal bits.

Sets the CAN identifier comparison condition. If the identifier pattern contains at least one X (do not care), you can trigger on values equal or not equal to the specified value; with only 0 and 1, you can also trigger on a range greater than or lower than the specified value.

Defines the length of the CAN data pattern, i.e. the number of bytes in the pattern. The data pattern itself is set separately as a binary or hexadecimal string.

Sets the data comparison condition for CAN trigger data. If the pattern contains at least one X, you can trigger on values equal or not equal to the specified value; if it contains only 0 and 1, you can also trigger on a range greater than or lower than the specified value.

Defines the length of the CAN data pattern, i.e. the number of bytes in the pattern.

Defines the CAN identifier pattern in binary or hexadecimal format. You can set individual bits or nibbles using 0, 1, X, or hexadecimal characters 0 to F and X.

Selects a status bit for MIL-STD-1553 trigger status selection. For each bit, the corresponding state is configured separately.

Selects the transmitter or receiver line as the UART trigger source.

Sets the minimum value for the A:ARINc:DATA trigger setting. The list of commands shows it as a separate command entry under TRIGger:A:ARINc:DATA.

Sets the minimum label setting for ARINC trigger A. The list of commands shows this as a dedicated command with no additional syntax details on the provided page.

Sets the SDI trigger settings under the A trigger ARInc subsystem.

Sets the condition for the trigger A ARINC TTIMe trigger. The command is listed in the command index only; this slice does not provide syntax or parameter details.

Sets the I2C address used for trigger condition settings.

Sets the I2C pulse-length trigger parameter.

Sets the I2C trigger pattern offset.

Sets the minimum data transition time for the left I2S channel trigger. The command belongs to the TRIGger:A:I2S:CHANnel subtree.

Sets the maximum data value for the selected I2S TDM channel trigger. The command is available for TDM<n> channels in the I2S trigger subsystem.

Sets the minimum data value for the selected I2S TDM channel. This command is part of the I2S trigger channel settings for TDM<n>.

Sets or queries the I2S trigger function selection.

Sets the window select slope used for I2S triggering.

Sets or queries the trigger level value for trigger A and the selected trigger source number <n>. The optional :VALue node is included in the command syntax.

Sets the LIN checksum error trigger condition for trigger A. The command is part of the LIN trigger subsystem.

No command definition is shown on this index page; only a cross-reference entry to page 659 is listed.

Sets the LIN identifier used for the trigger condition.

Sets the LIN parity error trigger condition for trigger A. The command is part of the LIN trigger group.

Sets the MIL-STD data offset for trigger A. The list of commands shows a corresponding MILStd:DATA:OFFSet entry and related condition, minimum, and maximum commands on the same topic.

Sets the number of words used for MIL-STD data trigger conditions.

Sets the parity error trigger condition for MIL-STD trigger A.

Sets the timeout for MIL-STD error triggering.

Sets the MIL-STD message code used for the trigger condition.

Sets the RT address condition used for MIL-STD trigger qualification.

Sets the maximum real-time address for the MIL-STD trigger. This command belongs to the MIL-STD trigger address settings.

Sets the minimum read address for MIL-STD trigger conditions. This command is part of the MIL-STD trigger setup under TRIGger:A:MILStd:RTADdress.

Sets the MIL-STD-1553 source address trigger condition for trigger A. The command is listed with related MILStd address and status commands, but this page slice does not show the syntax details.

Sets the source address match used for MIL-STD trigger A. This command is part of the MIL-STD trigger configuration group.

Sets the trigger status instrument condition for MIL-STD trigger A. The command is part of the MIL-STD status trigger group.

Sets or queries the MIL-STD status memory error trigger condition.

Sets or queries the terminal used for the MIL-STD status trigger condition.

Sets the MIL-STD synchronization condition for trigger A. The command belongs to the MIL-STD trigger subsystem.

Sets the MIL-STD trigger mode.

Sets or queries the MIL-STD word count condition used for trigger A. The command belongs to the MIL-STD trigger configuration subtree.

Sets the maximum width count for MIL-STD trigger qualification.

Sets the minimum valid MIL-STD word count used for trigger qualification. This is the lower limit entry for the MILStd WCount settings.

Sets the MIL-STD word trigger setting for trigger A. The command is part of the MIL-STD trigger group.

Sets the trigger A mode.

Sets the function used for pattern trigger evaluation.

Sets the delta width for pattern trigger A. The command belongs to the pattern trigger width settings.

Sets the range for the pattern width trigger. The command belongs to trigger A pattern width settings.

Sets the trigger A pattern width. The command is documented with an optional repeated width node in the syntax.

Sets the rise-time trigger time. The command belongs to the A trigger rise-time settings.

Selects the trigger source for trigger A.

Sets the SPI trigger pattern condition. The command is part of the trigger A SPI trigger settings.

Sets the timeout trigger range. This command belongs to the A trigger source timeout settings.

Sets the field used for TV trigger on trigger A.

Selects the TV trigger line setting for trigger A. The command is listed in the trigger A TV group of commands.

Selects the trigger type for trigger A.

Sets the delta level for trigger A width trigger. The command is listed in the command index; this slice does not provide the syntax or value range.

Sets the polarity used for width triggering on trigger A. The command is listed in the trigger A width group, alongside width, range, and delta settings.

Sets the range used for width triggering on channel A. The command is listed as a trigger-width subcommand in the command index.

Sets the width trigger width value.

Sets the trigger B delay. The command is listed in the command index on page 863; no syntax or parameter details are provided in this slice.

Sets the edge slope used for trigger B. The command selects the slope polarity for the B trigger edge condition.

Enables or disables trigger B. This command is listed in the trigger B command set.

Sets the trigger B event count.

Sets the trigger mode for trigger B.

Selects the source used for trigger B. The command is listed in the trigger B command group, but this page slice does not include its syntax or allowed values.

Saves a trigger event to the reference memory. The command is listed without syntax or parameter details on this page.

Starts saving the current event to a screen capture file. The destination is configured with :TRIGger:EVENt:SCRSave:DESTination.

Sets the destination for trigger-event screen save operations.

Turns the sound for trigger events on or off. This command affects the audible indication used for trigger-related events.

Triggers an event action associated with trigger events. The command is listed as a trigger-event command in the command index.

Saves waveform data from the trigger event. The waveform save destination is configured by the related :TRIGger:EVENt:WFMSave:DESTination command.

Sets the destination for saving trigger events waveform data. The destination is used by :TRIGger:EVENt:WFMSave.

Enables or disables event triggering. The command is documented as an optional-node form of TRIGger:EVENt[:ENABle].

Sets the mode of the trigger output signal.

Sets the pulse length for the trigger output.

Sets the polarity of the trigger output signal.

Selects the CAN acknowledgment error type to be searched for. The setting is only available if Event is set to Error or Error & ID.

Selects the bit-stuffing error type to be searched for in CAN search settings. The setting is only available if Event is set to "Error" or "Error & ID".

Sets the CAN search event or combination of events to search for. Depending on the selected event, additional search settings are displayed.

Selects the CAN error type to be searched for. This setting is available when Event is set to Error or Error & ID.

Selects the CAN error type to be searched for. Multiple error types can be used as the search condition when Event is set to Error or Error & ID.

Selects the frame type to be searched for. If you search for remote or data frames, the search also considers the ID type and the identifier length. This setting is only available when Event is set to Frame.

Sets the data condition used for CAN protocol search. The settings are the same as for the data trigger, with the data pattern entered as bit states or hexadecimal half-bytes.

Defines the CAN data pattern to be searched. It is used when the search event is "Id & Error".

Sets the CAN data length used for search conditions when the event is "Id & Error". The data length is configured before defining the data pattern.

Selects the frame type to be searched for when Event is set to Identifier. You can search for data and/or remote frames.

Defines the identifier pattern used for CAN search when the search event is set to Identifier, Id & Error, or Id & Data. The settings are the same as for the identifier trigger setup.

Sets the CAN identifier pattern used for search when the event is "Identifier", "Id & Error", or "Id & Data". The instrument can search by bit pattern, hexadecimal value, or a loaded node name from a label list.

Selects the identifier type to be searched for when the event is set to Identifier, Id & Error, or Id & Data. The identifier type can be specified as 11-bit or 29-bit long.

Searches for a peak magnitude level measurement. The command is listed in the command index only; this slice does not provide syntax, parameters, or a return value.

Selects peak-polarity measurement search criteria for the search function. The command is listed as a measurement-related search setting; no syntax or parameter details are shown in this slice.

Selects the ARINC protocol search condition. The manual slice only lists the command in the command index and does not provide syntax or behavior details.

Sets the maximum ARINC protocol search data value. The slice only lists the command in the command index and does not provide syntax or further details.

Selects ARINC SDI search criteria under the protocol search subsystem.

Selects the ARINC protocol search mode for SSM. The slice only shows the command in the list of commands; no syntax or behavior details are given here.

Selects the search condition for LIN protocol icon-based search. The list of commands indexes this command under the SEARch:PROTocol:LIN subtree.

Selects the LIN identifier search condition command in the protocol search subsystem.

Searches LIN protocol error information. This command is listed as a search protocol subcommand and appears to return a result related to LIN errors.

Sets the MIL-STD protocol search condition used by the search function.

Sets the maximum MIL-STD data value used for protocol search conditions.

Sets the minimum search data word condition for MIL-STD protocol search.

Sets the MIL-STD data offset used by the search function.

Returns the MIL-STD data word count limit used for protocol search. The command is listed as a query in the command index, but this page slice does not document its return format or value range.

Determines the MIL-STD error search condition. The command is part of the MIL-STD protocol search settings.

Sets the MIL-STD protocol match code used for the search function.

Sets the maximum remote terminal address used for MIL-STD protocol search. This command is listed together with the related RTADdress range commands.

Sets the minimum allowed MIL-STD RT address for search protocol settings. This is a limit command; the slice only lists the command name in the index and does not document the parameter syntax here.

Sets the condition used for MIL-STD search on the subaddress. The command is part of the MIL-STD protocol search configuration.

Sets the maximum search protocol MIL-STD-1553 source address value used by the search function.

Sets the MIL-STD search maximum command address. This command is part of the MILStd:SADDress search settings group.

Sets the minimum search protocol MIL-STD S-address value. The page slice only lists the command in the index and does not provide syntax or further details.

Returns the status of the received BUS or BCS message for the MIL-STD search result. The command is listed under the MILStd status queries.

Returns the BUSY status for the MIL-STD search protocol. The slice only lists the command in the command index and does not provide syntax or detailed behavior.

Sets or queries the MIL-STD database accept status used by the search protocol status subsystem.

Returns the instrument status condition for the MIL-STD search protocol. This is a query command.

Sets or queries the MIL-STD search status M error condition. The manual slice only lists the command in the index and does not provide syntax or detailed behavior.

Sets the MIL-STD search status request source for protocol search. The command is listed in the MILStd status command group.

Selects the MIL-STD protocol search status subsystem. The slice only lists the command in the command index and does not provide syntax or behavior details.

Indicates whether the search result terminal is present or active for MIL-STD protocol search status. This is a status command within the MIL-STD search subsystem.

Sets the MIL-STD trigger mode for protocol search. The command belongs to the SEARch:PROTocol:MILStd group.

Sets the MIL-STD search trigger type.

Sets or queries the MIL-STD word count condition used for protocol search. The page slice only lists the command in the command index and does not provide syntax or functional details.

Sets the maximum MIL-STD word count search setting. The slice only lists the command in the index and does not provide syntax, range, or further details.

Sets the minimum word count for MIL-STD protocol search. The page shown only lists the command in the index and does not provide syntax or parameter details.

Sets the MIL-STD search start position. The command is listed in the MIL-STD search command group.

Returns the number of detected search results. Use this query to read how many search events are currently stored.

Turns the search result diagram display on or off.

Returns all search results.

Returns the number of search results of the current search. The command is a query and provides the count of matching results.

Returns the result of search number n. The command is indexed with <n> in the range of available search results.

Sets the search function state.

Sets the data-to-clock search trigger on the selected edge condition. The manual slice only lists the command in the command index and does not provide syntax or parameter details.

Sets the delta offset for the clock-level threshold used for data-to-clock search triggering.

Sets the hold time for the data-to-clock search trigger. This command is part of the search trigger settings.

Sets the time for the datatoclock trigger search condition.

Sets the upper rise-time trigger level for search triggering. The command is part of the search trigger rise-time level settings.

Sets the upper level for the search trigger window. This command belongs to the search trigger window level settings.

Sets the search trigger pattern function.

Sets the source used for pattern trigger searching.

Sets the delta for the pattern width search trigger level. This command belongs to the search trigger pattern width settings.

Sets the search trigger pattern width. The command can also be used without the final optional node.

Sets the rise-time search range. The command belongs to the search trigger rise-time group.

Sets the slope used for rise-time search trigger measurement. The command is listed under the search trigger rise-time commands.

Sets the rise-time search time. This command belongs to the SEARch:TRIGger:RISetime search settings group.

Sets the delta used for the search trigger runt condition.

Sets the polarity for the search trigger runt condition.

Sets the search trigger runt width. The command is listed as a search-trigger subcommand for runt triggering.

Sets the search trigger level used for width search. The command is part of the SEARch:TRIGger:WIDTh subsystem.

Sets the delta level for the search trigger width level. This command belongs to the search trigger width level settings.

Sets the polarity used for the search trigger width condition.

Sets the search trigger width width parameter.

Sets the polarity used for the search trigger window. The manual lists this command in the command index, but this page slice does not provide the syntax or parameter details.

Sets the search trigger window range. The command is listed in the search trigger command index, but this page slice does not include its detailed syntax or behavior.

Sets the search trigger window width. The command is listed as an alias form with optional repeated "WIDTh" node in the command index.

Returns the contents of a file from mass memory. The example shows it used with a quoted file name such as "GRAY.PNG".

MMEM:DATA? "GRAY.PNG"

Sets the waveform data format used for transfer. In the example, `FORM REAL` selects real (floating-point) data format before reading channel data.

FORM REAL

Sets the data format used for channel data conversions and readout. The example shows setting the format to unsigned integer with 8-bit or 16-bit data length, then querying the active format.

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

:DIAG:UPD:LOAD "/INT/RTA4004.FWU"\n

Closes the firmware update file transfer. This is used after sending the update data and before starting the firmware update.

Performs a self-alignment of the instrument and then generates a status response. Return values not equal to 0 indicate an error.

Clears the status byte, the standard event register, and the EVENT part of the QUESTIONABLE and OPERATION registers to zero. It does not alter the mask and transition parts of the registers and clears the output buffer.

*CLS

Queries the options included in the instrument. The query returns a comma-separated list of installed options, with zeroes in positions where options are not installed.

Determines whether the contents of the enable registers are preserved or reset when the instrument is switched on. The query reads out the contents of the power-on-status-clear flag.

Triggers all actions waiting for a trigger event. In particular, it generates a manual trigger signal and complements the TRIGger subsystem commands.

Sets the bits of the event status enable registers.

Queries the instrument identification string.

Resets the instrument.

Sets the Operation Complete bit in the Standard Event Status Register (ESR) after all previous commands have been executed.

INIT; *OPC

Stops command processing until 1 is returned. The 1 is returned when all pending operations are completed.

Sets bits in the Service Request Enable Register (SRE). The slice shows it being used to enable ESB service requests with *SRE 32 and MAV service requests with *SRE 16.

Stops further command processing until all commands sent before the Wait-to-Continue command have been executed.

Sets or reads the service request enable register. The register is linked to the status byte (STB); when an enabled STB bit changes from 0 to 1, a service request is generated.

Reads the Status Byte (STB). The STB provides a rough overview of instrument status and can also be obtained by serial poll.

Sets the event status enable register (ESE). The register can also be read with *ESE?.

Reads the event status register (ESR). The ESR is defined in IEEE 488.2 and can be read out with this command.

Outputs the function generator waveform output. The example shows it used to turn on output for a sine waveform setup.

WGEN:OUTP 1

Performs an autoset process for analog channels. It analyzes the enabled analog channel signals and adjusts the horizontal, vertical, and trigger settings to display stable waveforms.

Sets or queries the acquisition state of the instrument.

Sets the type of the acquisition mode.

Returns the state of averaging.

Defines the number of waveforms used to calculate the average waveform. A higher value improves noise reduction.

Deletes the waveform and restarts the average calculation.

Enables or disables the high resolution acquisition mode. You can use this command alternatively to CHANnel<m>:TYPE.

Enables or disables the peak detect acquisition mode. You can use this command alternatively to CHANnel<m>:TYPE.

Defines the interpolation mode used for waveform acquisition. See also the manual's "Interpolation" section.

Retrieves the ADC sample rate, i.e. the number of points sampled by the ADC in one second.

Returns the sample rate, that is the number of recorded waveform samples per second.

Defines how the record length is set.

Sets the number of segments to be captured. In automatic mode, the command is a query and returns the maximum number of segments that can be captured with the current configuration.

Enables or disables the automatic record length. The instrument selects a record length that fits the current timebase, and setting a specific record length with ACQuire:POINts[:VALue] turns this off.

ACQ:POIN:AUT ON
TIM:SCAL 1e-9
ACQ:POIN?;:SYST:ERR:ALL?
TIM:SCAL 5e-3
ACQ:POIN?;:SYST:ERR:ALL?

Defines a record length value, the number of recorded waveform points in a segment. Setting it turns ACQuire:POINts:AUTomatic OFF; if automatic mode is ON, ACQuire:POINts? returns the automatically set record length.

Returns the number of segments that are currently saved in memory for history viewing.

Returns the current amount of acquired waveforms that contribute to the average. The value is independent of the number of available segments.

Sets the number of waveforms acquired with RUNSingle.

Sets whether segmented acquisition is enabled. If ON, acquisitions are performed as fast as possible without processing or displaying waveforms, and the stored segments can later be viewed in history.

Switches all analog channels off.

Switches all analog channels on.

Sets the voltage range across all vertical divisions of the diagram. It can be used alternatively instead of CHANnel<m>:SCALe.

Sets the vertical scale for the indicated channel.

Switches the selected channel signal on or off.

Selects the connection of the indicated channel signal, including coupling and termination.

Sets the offset voltage that is subtracted to correct an offset-affected signal.

Sets the vertical position of the waveform in divisions. The position is a graphical setting, unlike offset which sets a voltage.

Selects the bandwidth limit for the indicated channel. The available settings are full bandwidth or a 20 MHz limit.

Turns signal inversion on or off for the specified input channel. Inversion affects only the display of the signal, not the trigger.

Sets a delay for the selected channel. Deskew compensates delay differences between channels caused by cable, probe, and other sources.

Selects the color scale for the waveform color on the selected channel. Each scale comprises a set of colors, where each color represents a certain frequency of occurrence.

Sets the zero offset for the selected input channel. This corrects zero errors caused by differences in DUT and oscilloscope ground levels.

Retrieves or resets the overload status of the specified channel from the status bit. Use OFF to reset the overload status bit when the overload problem is solved.

CHANnel2:OVERload?
CHANnel2:OVERload OFF

Sets the threshold value for digitization of analog signals on the specified channel. If the signal is higher than the threshold, the signal state is high; otherwise it is low.

Specifies a name for the selected channel.

Shows or hides the channel name.

The instrument analyzes the selected channel and sets the threshold for digitization.

Defines the size of the hysteresis to avoid changes of signal states due to noise. The value corresponds to the vertical scale and resets to SMAL.

Selects the method used to reduce the ADC data stream to waveform points with a lower sample rate. The command affects all channels regardless of the indicated channel number, and the channel suffix can be omitted.

Selects the method used to build the resulting waveform from several consecutive acquisitions of the signal. The command affects all channels regardless of the indicated channel number, and the channel suffix can be omitted.

Accesses a particular history segment in memory for display. The query returns the index of the segment that is shown.

Enables the replay of all acquired segments. If set to OFF, the range of segments to be shown is defined using CHANnel<m>:HISTory:STARt and CHANnel<m>:HISTory:STOP.

Sets the speed of the history replay.

If set to ON, the replay of the selected history segments repeats automatically.

Sets the index of the oldest segment to be displayed.

Sets the index of the latest segment to be displayed.

Starts and stops the replay of the history segments.

Returns the type of timestamp shown in the segment table.

Displays or hides the segment table on the screen.

Returns the absolute daytime of the selected acquisition. Select the acquisition with `CHANnel<m>:HISTory:CURRent` before querying.

Returns the time differences to the newest acquisition of all history segments. The list starts with the oldest segment and the newest segment is last.

CHANnel2:HISTory:TSRelative:ALL?

Returns the time difference of the selected history segment to the newest segment. Use CHANnel<m>:HISTory:CURRent to select a segment; the newest segment has index 0.

CHAN:HIST:CURR -5
CHAN:HIST:TSR?
--> -1.138757760000E-02

Returns the absolute daytimes of all history segments for the selected channel history acquisition. Query only.

CHANnel2:HISTory:TSABsolute:ALL?

Returns the dates of all history segments.

Returns the date of the selected acquisition in history mode. The date is returned as a comma-separated year, month, and day list.

Sets the export file name/path for history data export for the selected channel. The parameter is a string export path.

CHANnel<m>:HISTory:EXPort:NAME <ExportPath>
EXPort:ATABle:NAME "/USB_FRONT/EXPORT/TIMES"

Saves the acquisition timestamps table to the file defined by the EXPort:ATABle:NAME command.

EXPort:ATABle:SAVE

Returns the data of the analog channel waveform for transmission from the instrument to the controlling computer. The export format is set with FORMat[:DATA], and the sample range is set with CHANnel<m>:DATA:POINts.

Returns header information for the selected channel waveform. For envelope waveforms, use CHANnel<m>:DATA:ENVelope:HEADer?.

Selects a range of samples that will be returned with CHANnel<m>:DATA? and CHANnel<m>:DATA:ENVelope?. As a query, it returns the number of returned samples for the selected range.

Returns the data of the envelope. The envelope consists of two waveforms, and the waveform data can be used in MATLAB for example.

Returns information on the envelope waveform. Use this command only for envelope waveforms; for other channel waveforms use :CHANnel<m>:DATA:HEADer?.

Returns the time difference between two adjacent samples of the indicated waveform. Relevant for data conversion when binary data format is defined (FORM UINT, 8|16|32).

Returns the time of the first sample of the indicated waveform. It is relevant for data conversion when binary data format is defined.

CHANnel<m>:DATA:ENVelope:XORigin?

Returns the time of the first sample of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the time difference between two adjacent samples of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

CHANnel<m>:DATA:XINCrement?

Returns the time of the first sample of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the time of the first sample of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the voltage value per bit of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the vertical bit resolution of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the voltage value per bit of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the vertical bit resolution of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Defines the position of the divide bar between the normal waveform and the zoom window.

Defines the position of the divide bar between the normal waveform and the FFT window.

Defines the position of the divide bar on top of the spectrogram.

Sets the diagram mode.

Defines the source to be displayed in x-direction in an XY-diagram, replacing the usual time base.

Defines the first source to be displayed in y-direction in an XY-diagram.

Selects the language used for button labels and other screen information.

Deletes all waveforms and measurement results.

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

Removes the displayed persistent waveform from the screen.

Sets the persistence time used when persistence is active and the display mode is TIME. Each new data point remains on the screen for the specified duration.

Defines how long every new data point remains on the screen.

Closes an open message box.

DISP:DIAL:CLOS

Sends a message text to the instrument and displays it in a message box. Use DISPlay:DIALog:CLOSe to close the message box.

DISP:DIAL:MESS 'My message'
DISP:DIAL:CLOS

Sets the persistence time to infinite when persistence is enabled. Each new data point remains on the screen until the setting is changed or persistence is cleared.

Defines whether the waveform persists on the screen or whether the screen is refreshed continuously.

Defines how the grid is displayed.

Defines the brightness of the grid lines in the diagram.

Defines the brightness of the waveform lines in the diagram.

Sets the color and brightness of displayed waveform samples depending on their cumulative occurance.

Enables or disables whether the grid moves with the waveforms when the waveform position changes. If disabled, the grid remains centered on the display.

Enables or disables the display of scale values and units for the x-axis and y-axis at the grid lines.

Defines how the waveform data is displayed.

Activates the mathematics function and displays the defined math waveforms.

Defines the equation to be calculated for the selected math waveform as a regular expression.

CALC:MATH<2>:EXPR:DEF "ADD(CH1,CH2)"
CALC:MATH<2>:EXPR:DEF "ADD(CH1,CH2)ín V"
CALC:MATH<2>:EXPR:DEF "ADD(CH1,CH2)ín"

Defines a label for the specified math waveform (equation), which is shown on the waveform.

Activates the display of the label defined with CALCulate:MATH<m>:LABel. The command applies to the specified math waveform.

Sets the vertical position of the specified math waveform. The position is given in divisions.

Sets the vertical scale of the selected math waveform. The scale value is given in volts per division.

Available for bipolar signals. Considers the effect of the double pulse, which arises due to the inversion.

Sets the rising or falling edge as a reference for each measurement. The setting helps determine values in terms of the power stage switching state.

Sets the color of the indicated math waveform.

Sets the hysteresis for correct edge detection.

Sets the lower level for bipolar track sources, which determines the crossing points on negative pulses.

Sets the threshold for unipolar track sources, or the upper level for bipolar sources. The signal is measured at the crossing points of the signal with the threshold.

Enables or disables history control for the selected math waveform. The command belongs to the CALCulate:MATH<m>:HISTory:CONTrol subsystem.

Accesses a particular history segment in memory to display it. The query returns the index of the segment that is shown.

Enables or disables replay of all acquired history segments. If set to OFF, the segment range is defined using the history start and stop commands.

Sets the first history segment to be shown when replaying a range of acquired segments.

Sets the speed of the history replay.

If set to ON, the replay of the selected history segments repeats automatically.

Sets the index of the latest segment to be displayed.

Starts and stops the replay of the history segments.

Returns the time difference of the current segment to the newest segment (index = 0).

Displays or hides the segment table on the screen.

Returns the absolute daytime of the selected acquisition. Select the segment with CHANnel<m>:HISTory:CURRent.

Returns the time differences to the newest acquisition of all history segments. The list starts with the oldest segment and the newest segment is the last one.

CHANnel2:HISTory:TSRelative:ALL?
--> -4.184565632000E-01,-4.094896352000E-01,-4.005227104000E-01,
-3.915557824000E-01, ...,-8.966924800000E-03,-0.000000000000E+00

Returns the absolute daytimes of all history segments.

CHANnel2:HISTory:TSABsolute:ALL?

Returns the dates of all history segments.

Returns the date of the selected acquisition in the history function. Query only.

CHAN:HIST:CURR -5
CHAN:HIST:TSD?

Returns header information for the selected math waveform as a comma-separated value list. The header contains XStart, XStop, record length, and number of values per sample interval.

Returns the number of data samples that are returned with `CALCulate:MATH<m>:DATA?`. It is a query for the selected math waveform `m` (1..5).

Returns the data of the math waveform points for transmission from the instrument to the controlling computer. The waveform data can be used in MATHLAB, for example; set the export format with FORMat[:DATA].

Returns the time difference between two adjacent samples of the indicated waveform. Relevant for data conversion when binary data format is defined (FORM UINT, 8|16|32).

CALCulate:MATH<m>:DATA:XINCrement?

Returns the time of the first sample of the indicated waveform. The command is relevant for data conversion when binary data format is defined.

Returns the time of the first sample of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the voltage value per bit of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Returns the vertical bit resolution of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8|16|32).

Defines the path and filename for search results saved with EXPort:SEARch:SAVE. The file format is CSV and the filename is incremented automatically.

EXPort:SEARch:NAME "/USB_FRONT/SEARCH/RESULT"

Saves the search results to the path and file defined by EXPort:SEARch:NAME. Usage is setting only.

Sets the export path name used for table export. The parameter is a string path.

EXPort:ATABle:NAME "/USB_FRONT/EXPORT/TIMES"

Saves the acquisition timestamps table to the file defined by the :EXPort:ATABle:NAME command.

EXPort:ATABle:SAVE

Defines the path and filename of the statistics file. The file format is CSV and an existing file will be overwritten without notice.

Defines the path and filename of the statistics file. The file format is CSV; if the file already exists, it is overwritten.

Saves statistical results of all measurement places to the file defined by EXPort:MEASurement:STATistics:ALL:NAME.

Saves the statistical results of the indicated measurement place to the file defined by EXPort:MEASurement<m>:STATistics:NAME. The suffix <m> selects measurement place 1..8.

Defines the waveform to be exported.

Defines the directory where waveforms are saved. The specified directory must exist before the command is sent.

EXP:WFMS:DEST "/USB_FRONT/WFM"

Defines the directory where screenshots are saved. The specified directory must exist before the command is sent.

Defines the path and filename for a waveform data file that will be saved with EXPort:WAVeform:SAVE. The data format and file extension are defined using FORMat[:DATA].

EXPort:WAVeform:NAME "/USB_FRONT/WAVEFORMS/WFM01"

Executes saving a waveform, for which the path and filename have been defined by EXPort:WAVeform:NAME.

EXPort:WAVeform:NAME "/USB_FRONT/WAVEFORMS/WFM01"
EXPort:WAVeform:SAVE

Defines the path and filename for results of harmonics and spectrum power measurements. Results are saved with EXPort:POWer:SAVE; the file format is CSV and the filename is incremented automatically.

Saves the harmonics and spectrum measurement results to the path and file defined by EXPort:POWer:NAME.

Selects the bus history control enable setting for bus 1 to 4.

Accesses a particular history segment in memory to display it. The query returns the index of the segment that is shown.

Enables the replay of all acquired segments. If set to OFF, the range of segments to be shown is defined using HISTORY:START and HISTORY:STOP.

Sets the first history segment in the range to be shown when replaying acquired segments. It is used together with the history stop command when replay of all acquired segments is off.

Sets the speed of the history replay.

If set to ON, the replay of the selected history segments repeats automatically.

Sets the index of the latest segment to be displayed.

Starts and stops the replay of the history segments.

Returns the relative timestamp information for the bus history segment table. The slice lists the command but does not document the returned data format or values.

Displays or hides the segment table on the screen.

Returns the absolute daytime of the selected acquisition. Use `BUS<b>:HISTory:CURRent` to select the acquisition/segment.

Returns the time differences to the newest acquisition of all history segments. The list starts with the oldest segment, and the newest segment is the last one.

CHANnel2:HISTory:TSRelative:ALL?
--> -4.184565632000E-01,-4.094896352000E-01,-4.005227104000E-01,
-3.915557824000E-01, ...,-8.966924800000E-03,-0.000000000000E+00

Returns the absolute daytimes of all history segments for the selected bus history source. The return is a comma-separated list of hour, minute, and second values.

CHANnel2:HISTory:TSABsolute:ALL?
--> 14,59,4.558154343680E+01,14,59,4.559051036480E+01, 14,59,4.559947728960E+01,...

Returns the dates of all history segments.

BUS<b>:HISTory:TSDate:ALL?

Returns the date of the selected acquisition history segment. The date is returned as year, month, and day.

Sets the export path name used for history data export.

BUS<b>:HISTory:EXPort:NAME <ExportPath>
EXPort:ATABle:NAME "/USB_FRONT/EXPORT/TIMES"

Saves exported history data for the selected bus to the file name previously set with the export path command.

Switches protocol decoding on or off.

Defines the bus or interface type for analysis. All buses require a special option to the instrument.

Displays the individual bit lines above the decoded bus line.

Sets the decoding format for the display on the screen.

Defines an additional name label for the selected bus. The maximum name length is 8 characters, and only ASCII characters provided on the on-screen keypad can be used.

Displays or hides the bus label. The bus label is shown on the right side of the display.

Sets the height of the decoded bus signal on the screen.

Sets the vertical position of the decoded bus signal in divisions on the screen.

Displays or hides the table of decode results. The command applies to bus channels 1 through 4.

Selects whether the chip select signal is high active or low active.

Selects the input channel of the chip select line.

Selects if data is stored with the rising or falling slope of the clock. The slope marks the begin of a new bit.

Selects the input channel of the clock line.

Selects the input channel of the SPI data line. The slice groups this command with the MOSI source setting and states it uses the same source selection format.

Selects the input channel of the optional MISO line.

Selects the input channel of the MOSI line.

Defines whether the SPI message data starts with the most significant bit or the least significant bit.

Selects whether transmitted data is high active (high = 1) or low active (low = 1) on the data line.

Selects whether transmitted data is high active (high = 1) or low active (low = 1) on the MISO line.

Selects if transmitted data is high active (high = 1) or low active (low = 1) on the MOSI/MISO line.

Sets the word length, i.e. the number of bits in a message.

Selects the input channel of the clock line.

Selects whether data is stored with the rising or falling slope of the clock. The slope marks the beginning of a new bit.