Returns the contents of the specified file from mass memory. The example shows reading a PNG file with a quoted filename.

MMEM:DATA? "GRAY.PNG"

Indicates that all pending overlapped operations are complete. In the example, it is used after a single acquisition and returns 1.

SING;*OPC?

Clears the status data structures. It is a common IEEE 488.2 common command used for synchronization and status handling.

Sets the OPC mask bit (bit 0) of the Standard Event Status Register (ESR) to the specified value.

*ESE 1

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

INIT; *OPC

Sets the Service Request Enable Register (SRE) bits. The page shows this command used to enable ESB service request with *SRE 32 and MAV service request with *SRE 16.

*SRE 32
*SRE 16

Stops further command processing until all commands sent before Wait-to-Continue Command (WAI) have been executed. It is used to synchronize execution by blocking further commands until previously sent commands complete.

Returns the Standard Event Status Register (ESR). In the polling sequence *OPC; *ESR?, an LSB of 1 indicates that the overlapped command has finished.

Returns the instrument identification string.

Reads the status byte (STB). The STB provides a rough overview of instrument status by collecting information from lower registers and can also be obtained by serial poll.

*STB?

Performs a calibration query.

Returns the installed options string.

Sets the power-on status clear flag. This determines whether the instrument clears status registers at power-on.

Resets the instrument to its default state.

Executes a trigger event.

Sets the waveform data format used for transfer. The example shows `FORM REAL` for real-format waveform data.

FORM REAL

Returns the current data format setting used for channel data transfer. The example shows the query returning the format and bit width, e.g. "UINT,8" or "UINT,16".

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

Starts the firmware update from a file in internal storage. The instrument loads, checks, executes the update, and restarts.

:DIAG:UPD:LOAD "/INT/RTB2004.FWU"\n

Closes the firmware update transfer.

:DIAG:UPD:TRAN:CLOSE\n

Outputs the generated function waveform. The manual’s example uses it to turn on output after configuring WGEN:FUNC, WGEN:VOLT, WGEN:FREQ, and WGEN:OUTP:LOAD.

WGEN:OUTP 1 // Outputs the sine waveform

Sets the peak-to-peak limit. If the signal exceeds this limit, a search event is listed.

Sets the search measure level peak magnitude search condition. The command is documented as a search command entry with no further syntax details on this page slice.

Sets the peak polarity search measurement. The command is listed under the search measurement commands and has no parameter details on this page slice.

Selects the CAN protocol ACK error search condition. The command is part of the protocol search functions for CAN signals.

Searches for LIN protocol checksum errors in the acquired signal. This command is documented in the protocol search command group.

Sets the LIN protocol search icon condition. The command is listed in the protocol search command group; no syntax or parameter details are shown on this page slice.

Returns the count of search results. It is a query form of the search count command.

Displays the search result diagram. The command is listed as a non-query command entry in the command index.

Returns all search results. The command is a query and yields the complete set of results for the current search operation.

Returns the count of search results for a specific search result category. The result is reported as a number.

Returns the result count for the specified search result entry.

No command details are documented on this page slice; it only lists the mnemonic in the command index.

Sets the delta level for the data-to-clock search trigger. The command is part of the DATatoclock trigger level adjustment hierarchy.

Sets the high-time threshold used for date-to-clock search triggering. The manual slice lists the command in the command index but does not provide syntax or parameter details on this page.

Sets the trigger edge level delta used for search triggering. The command is part of the SEARch:TRIGger:EDGE level settings.

Sets the lower rise-time trigger level for search triggering.

Sets the lower threshold level for a runt trigger search.

Sets the upper trigger level for the RUNT search trigger. The command belongs to the search trigger level settings for runt events.

Sets the source used for pattern search triggering.

Sets the delta for the pattern width trigger search parameter. This command is part of the search trigger pattern width settings.

Sets the search trigger pattern width range. This command is listed in the command index; the provided slice does not include the detailed syntax or parameter description.

Sets or queries the width trigger pattern width setting. The optional repeated WIDTh node indicates the same parameter name as the command suffix.

Sets the search trigger rise-time range. The manual lists this command in the search trigger command index, but the provided slice does not give syntax details or value limits.

Sets the rise time trigger search slope settings.

Sets the rise time trigger search time. The command is part of the search trigger family and is listed as a command entry in the command index.

Sets the delta adjustment for the search trigger runt parameter.

Sets the RUNT trigger range used by the search trigger function.

Sets the delta level for the search trigger width measurement. The command is part of the search trigger width setup.

Sets the trigger level used for width search triggering. The command belongs to the SEARch:TRIGger:WIDTh subsystem.

Sets the trigger level delta for width trigger search. It is listed as a command in the search trigger width section, but this page slice does not provide its syntax or value range.

Sets the trigger range for a width search trigger. The command is part of the search trigger width setup.

Sets the width trigger width value.

Sets the RGB color components for the hardcopy device color map.

HCOPy:DEVice:CMAP:COLor:RGB <red>,<green>,<blue>

Sets the color mode for hardcopy device output. The command accepts a Boolean value and can be entered in long or short form.

HCOPy:DEVice:COLor ON is equivalent to HCOP:DEV:COL ON.

Defines the available hardcopy items for output. The slice lists this command as an instrument-specific example command, but does not document parameters or a return value.

Sets the label text used for hardcopy items. The command takes a string argument.

HCOPy:ITEM:LABel <string>

Selects the quadrants per page for hardcopy page dimensions. The optional numeric suffix specifies the quadrant number.

Sets the page scale for hardcopy output.

Sets the color mode for hardcopy output. The query returns the current setting as a numeric boolean value.

Setting command: HCOPy:DEV:COL ON
Query: HCOPy:DEV:COL?

Sets the page orientation for hardcopy output. The example shows landscape as the long-form text parameter and the corresponding query returning the short form.

HCOPy:PAGE:ORIentation LANDscape

Selects the color scheme used for hardcopy output. The command is part of the HCOPy hardcopy settings.

Sets the custom window size for hardcopy output. This command is part of the HCOPy hardcopy configuration subsystem.

Returns the hardcopy data as a binary block. The command is used to retrieve the current screenshot/hardcopy output.

Sets the hardcopy output format. This command is listed with the hardcopy commands and refers to the hardcopy format setting.

Sets the language used for hardcopy output. It belongs to the HCOPy hardcopy command group.

Returns the horizontal size of the hardcopy image in pixels.

Returns the Y dimension of the hardcopy image. The value is given in pixels.

Starts a hardcopy output immediately. This command is the immediate form of the HCOPy hardcopy command.

Sets the bandwidth resolution value for the sense bandwidth command family. The slice shows it as an instrument-specific command with a numeric value parameter.

Sets the stop frequency of the frequency sense subsystem. The command is shown as an instrument-specific syntax example.

Sets the list of frequency values. The command accepts one numeric value followed by additional numeric values separated by commas.

Sets the page orientation for hardcopy output. The query returns the short form of the current orientation.

Transfers block data for the formatted readings data command. The manual shows the command syntax using an IEEE block-data payload and explains definite-length and indefinite-length block formats.

FORMat:READings:DATA #45168xxxxxxxx

Sets the format border used for formatted data output.

Sets the data format used for waveform and related data transfers. The command is listed as a configurable format command; no detailed syntax is shown on this page slice.

Indicates whether acquisition is available.

Indicates whether the averaging acquisition is complete.

Sets the number of averages used for acquisition averaging.

Returns the current acquisition average value.

Resets the averaging acquisition settings to their default state.

Sets the acquisition count. The command is listed in the acquire command overview on page 597.

Sets the acquisition high-resolution mode. This command is listed in the acquisition command group.

Sets the acquisition interpolation mode.

Sets the acquisition memory mode. The optional node is shown as `:MODE` in the command mnemonic.

Sets the number of acquisitions used for a single acquisition sequence. The command appears in the command index and is documented on the referenced pages.

Enables peak detect acquisition mode.

Returns the actual acquisition rate. The command is a query and yields the current rate value for the acquisition points setting.

Sets the automatic acquisition point count selection. The command is listed in the acquisition points command group.

Sets the number of acquisition points.

Turns segmented acquisition on or off.

Returns the current acquisition sample rate.

Sets the acquisition state. Use it to start or stop acquisition.

Sets the acquisition mode/type.

Automatically sets the vertical and horizontal settings to display the waveform. It is a front-panel autoscale function.

Enables or disables the B plot amplitude function.

Sets the vertical position of the amplitude plot. The command belongs to the BPLot:AMPLitude subsystem.

Sets the number of points in the amplitude profile. This command is part of the BPlot amplitude profile settings.

Sets the amplitude for a specific point in the B plot amplitude profile.

Sets the frequency value for a point in an amplitude profile of the B plot.

Sets the amplitude scale for the B plot. The command adjusts the scaling used for the amplitude display.

Automatically scales the BPLot display.

Enables or disables the B plot display.

Sets the export file name for the BPLot export function.

Sets the start frequency for the spectrum-related BPlot display.

Sets the stop frequency for the BPLot frequency setup.

Returns the gain trace data for the BPLot function.

Enables the BPLot gain trace. This command is listed among the BPLot gain commands on the referenced page.

Sets the position of the BPLot gain display. The command is listed in the BPLot gain command group.

Sets the gain scale for the BPLot display.

Selects the input source for the BPlot function.

Returns the frequency difference for marker <m> on a BPLot display.

Returns the gain difference for marker m in the BPLot display.

Returns the phase difference marker value for marker <m>.

Sets the frequency marker at marker <m>.

Returns the gain value of the specified BPLot marker.

Sets the index of a Bode plot marker. The marker number is specified by <m>.

Returns the phase marker value for marker <m>.

Displays the marker on the screen for a BPLot marker. The marker number m selects which marker is affected.

Delays the beginning of the BPLot measurement relative to the current trigger or reference point. The exact delay value or range is not documented in this page slice.

Sets the measurement point for the BPLot display. The optional DISPLAY node is part of the command mnemonic.

Sets or queries the source used for the BPLot output. The command is listed as an optional-node form, indicating the source subnode may be omitted in the base form.

Returns the phase-plot data.

Returns the phase trace enable state.

Returns the current phase plot position. This is a query form of the phase plot position command.

Sets the phase scale for the BPlot display. The query returns the current phase scale.

Sets the number of logarithmic points for the Bode plot. The command is listed in the BPLot command group without additional syntax or parameter details on this page.

Repeats the BPLot measurement. The slice only lists the command in the index and does not provide syntax or parameter details.

Resets the BPlot settings to their default state.

Turns the BPLot display state on or off.

Sets the CAN bitrate for bus b.

Sets the CAN data source. The command belongs to bus b CAN configuration.

Returns the frequency count for CAN bus b.

Returns the ACK state of the specified CAN frame. The frame is identified by bus number and frame number.

Returns the ACK value for the selected CAN frame.

Returns the bit count of the selected CAN frame. The command is part of the BUS<b>:CAN:FRAMe<n> frame query set.

Returns the bit start position of a CAN frame's bus segment. This is a query command for a specific CAN frame index and bus index.

Returns the state of the specified CAN byte within the specified frame.

Returns the value of a CAN frame byte. The byte is addressed by bus, frame, and byte index placeholders.

Returns the state of the CAN frame checksum setting for the selected bus and frame number.

Returns the CAN frame checksum value. The checksum value is read from frame <n> in bus <b>.

Returns the CAN frame data for the specified bus and frame number.

Returns the DLC state for the specified CAN frame.

Returns the DLC value for the specified CAN frame. The command is a query and provides the frame's data length code value.

Returns the ID state of the selected CAN frame. The slice provides only the command listing and does not include further details.

Returns the CAN frame ID type for the selected bus and frame. The command is a query for the ID type status of frame <n> on bus <b>.

Returns the CAN frame identifier value for the specified bus and frame number.

Returns the start state of the selected CAN frame.

Returns the status of the specified CAN frame.

Sets the CAN sample point for bus <b>.

Sets the CAN bus type.

Sets the slope used for the parallel clock signal in bus decode. The command belongs to the BUS parallel decoder settings.

Selects the clock source for parallel bus decoding. The command belongs to the BUS<b>:CPARallel subsystem.

Enables or disables the chip select signal for parallel bus decoding.

Sets the polarity of the chip-select signal for the parallel bus decoder.

Sets the source for the CS signal of the parallel bus decoder.

Sets the source of the parallel bus data bus. The command belongs to the BUS<b>:CPARallel subsystem and addresses data line <m>.

Returns the frame count for the selected parallel bus decode.

Returns the data associated with the specified parallel bus frame. The command is part of the BUS<b>:CPARallel frame commands.

Returns the start of the selected parallel bus frame. This is a query for frame <n> of bus <b>.

Returns the stop time of the selected parallel bus frame. The frame is identified by <n> within bus <b>.

Sets the parallel-bus width for bus <b>.

Selects which bus signals are used for the bus decoding display/function.

Selects the bus data size for the current bus decode definition.

Sets the bus format for the selected bus. The command is listed in the bus command index on the referenced page.

Enables or disables bus history control. The command is listed under the BUS<b>:HISTory subsystem.

Returns the current history buffer contents for the selected bus. It is a bus-history command and does not accept parameters.

Sets or queries the file name used for exporting bus history. The command belongs to the BUS history export subsystem.

Saves the history export to a file.

Pallates all bus history entries. It is a bus-specific command identified by the bus index placeholder <b>.

Sets the history player speed.

Controls the state of the history player.

Replays the contents of the selected bus history. The command is listed as part of the bus history subsystem.

Starts history playback for the selected bus. The command is listed as a setter and no parameter syntax or return value is documented in the provided slice.

Stops history acquisition. This command is listed under the BUS<b>:HISTory subsystem.

Returns all absolute time stamps in the bus history list.

Returns the absolute timestamp of the selected history entry.

Returns all date timestamps for bus history entries. This is the ALL? form of the bus history date command.

Returns the date timestamp of the selected bus history entry. This is a query command and does not take parameters.

Returns the relative timestamps for all history bus events.

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

Enables or disables the bus history table display. The command is available as an optional node under BUS<b>:HISTory:TTABle.

Selects the clock source for I2C bus decoding.

Selects the data source used for I2C bus decoding. The command is listed under the I2C bus settings, alongside the clock source and related decoder options.

Returns the number of I2C frames currently detected in the selected bus. This is a query-only command.

Returns the access state of the selected I2C frame. The query is available for BUS<b>:I2C:FRAMe<n>.

Returns whether the selected I2C frame is complete. The query belongs to a specific I2C frame number `<n>` within bus `<b>`.

Returns the start address byte of the selected I2C frame.

Returns the address field of the selected I2C frame. The frame is selected by <n> in BUS<b>:I2C:FRAMe<n>.

Returns the device address information for I2C frame <n>.

Returns the start condition status of the selected I2C frame.

Returns the byte count of the selected I2C frame.

Returns whether the selected byte of the selected I2C frame is accessible.

Returns whether the acknowledge start condition is present for the specified I2C byte in the selected frame.

Returns whether the selected byte is complete. This query belongs to an I2C frame byte within a bus decode frame.

Returns the start point of the selected byte in the selected I2C frame.

Returns the value of the selected byte in the selected I2C frame. The command is part of the I2C frame/byte inspection commands.

Returns the data of the specified I2C frame as decoded by the bus trigger/decoder setup.

Returns the start of the specified I2C frame. The frame is identified by bus and frame number.

Sets or queries the bus label. The command is listed in the bus commands overview and is documented on page 468.

Sets or queries the state of bus label display for bus b. The command belongs to the BUS<b>:LABel subsystem.

Selects the source used for LIN bus data extraction. This command is listed in the LIN bus command set and has no further syntax details on this page slice.

Returns the number of LIN frames in the current bus decode result.

Returns the byte count for the specified LIN frame.

Returns the state of the specified LIN byte within a frame.

Returns the value of the selected byte in a LIN frame.

Returns the LIN checksum value for the specified frame.

Returns the data for the specified LIN frame. The command is part of the BUS:LIN:FRAME<n> group.

Returns the ID parity value for the specified LIN frame.

Returns the state of the LIN identifier state for the specified frame.

Returns the ID value of a LIN frame.

Returns the start of the specified LIN frame.

Returns the SYValue state for LIN frame <n>.

Returns the LIN frame version for frame <n> on bus <b>.

Sets the LIN bus polarity setting.

Selects the LIN standard used by the bus decode. The command is listed without further detail on this page.

Sets the source for the parallel bus data item m. The command is listed in the command index; no further syntax or behavior details are given on this page.

Returns the number of parallel bus frames found in the acquisition.

Sets the parallel bus width used for bus decode. The command is listed under the parallel bus settings on the referenced page.

Sets the position of bus decode results on the display.

Defines the displayed result for a bus decoding channel. The command is listed without further syntax or parameter details on this page.

Sets the source used for the SPI chip select signal. The command belongs to the SPI bus decode settings.

Sets the polarity used for SPI data sampling or shifting. The command is part of the SPI bus decode settings.

Returns the number of SPI frames detected. This is a query command.

Returns the MISO data value for the specified SPI frame.

Returns the start position of the selected SPI frame.

Returns the stop time of the specified SPI frame.

Returns the MOSI data of the specified SPI word in the selected frame.

Returns the start position of the specified SPI word within the specified frame.

Returns the stop position of the specified word in the specified SPI frame.

Sets the polarity used for MISO on the selected SPI bus.

Sets the source used for BUS<b>:SPI:MISO. The manual lists this command in the command index but does not provide the detailed syntax or parameter description on the shown page.

Sets the polarity of the MOSI signal for the specified bus channel.

Sets the source for the MOSI signal of bus b SPI decode.

Sets the size of the SPI bus word/character field for bus b.

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

Sets the UART bit time for bus b. The command is listed without a query form on this page.

Sets the UART data source for bus b.

Returns the UART TX field count.

Queries the start of the UART frame <n> within bus <b>.

Returns the state of the selected UART frame in bus b. This is the query form of the frame state command.

Returns the stop position of a UART TX frame word within the specified frame. The frame is addressed by the frame index <n> and word index <o> in the UART transmit frame structure.

Returns the word count for the selected UART frame. The command is a query and yields the count value for frame <n>.

Returns the received value of a specified UART TX frame word.

Returns the source setting for the specified UART frame word.

Returns the state of a specified UART TX frame word. The command refers to the word state within frame <n> and word <o> of bus <b>.

Returns the stop bit setting of a UART transmit frame word.

Returns the value of the selected UART transmit frame word. This is a query for the word value within a specified UART transmit frame.

Returns the value of the selected UART TX frame word. The command identifies the bus, frame, and word by index placeholders.

Sets the UART bus parity for the selected bus. The command is part of the BUS<b>:UART subtree and configures the parity setting.

Sets the UART bus polarity for the selected bus.

Returns the UART receive frame count.

Returns the state of the UART RX frame<n> frame state.

Sets the stop bit position for UART receive frame n. This command is part of the UART bus frame definition for receive framing.

Returns the count of word boundaries detected within the selected UART receive frame.

No command details are documented on this page slice; only the command list entry is shown. The entry points to the command's documentation on a different page.

Returns the state of the selected UART receive word within the specified frame.

Sets the stop bit of a specified UART receive frame word. This command is part of the BUS UART RX frame word configuration.

Returns the value of a selected word within a selected UART receive frame. This is a query command.

Selects the source signal used for UART reception on the specified bus. The command is part of the bus UART configuration.

Sets the UART stop-bit size for bus b.

Returns the UART TX field count for bus b.

Returns the start position of a transmitted UART frame within the selected bus. This is a query form of the TX frame start command.

Returns the state of the selected UART TX frame.

Returns the stop position of the selected UART transmit frame. This is a query for frame <n>.

Returns the word count for the selected UART transmit frame.

Sets the start of a word within a UART transmit frame. This command belongs to the BUS<b>:UART:TX:FRAME<n>:WORD<o> group.

Returns the state of a specified UART TX frame word.

Returns the stop bit position for a specific UART TX word within a framed bus decode segment.

Returns the value of the selected UART TX frame word.

Sets the UART TX source for bus <b>.

Returns the header status for the selected math waveform data. The command belongs to the CALCulate:MATH<m>:DATA group.

Returns the number of points in the math data record.

Returns the x increment of the selected math trace data.

Returns the X origin of the math data for the selected math channel.

Returns the Y increment for the specified math waveform. This value is part of the waveform scaling information used with CALCulate:MATH<m>:DATA?.

Returns the Y-axis origin for the selected math waveform. This command is a query in the CALCulate:MATH<m>:DATA group.

Returns the Y resolution of the selected math waveform data.

Returns the data of the selected math trace. The data format is described by the related CALCulate:MATH<m>:DATA:HEADer? command.

Enables or disables history control for the selected math channel.

Returns the current setting of the history current display for the selected math channel.

Palliation command for the selected math history. The slice only lists the command in the command index and does not provide syntax or functional details.

Sets the speed of the Math history player. The command belongs to the CALCulate:MATH<m>:HISTory:PLAYer subtree.

Sets or queries the state of the history player for the selected math trace.

Replays the selected history record for the specified math channel.

Starts the history function for the selected math channel.

Stops the history function for the selected math channel.

Returns the absolute timestamp history for all points of the selected math waveform.

Returns the absolute time stamps of the history acquisitions for the selected math channel.

Returns the date timestamp for all history entries of the selected math waveform. This is the query form of the history timestamp date command.

Returns the timestamp date for the selected math history entry. The command provides the date associated with the history record.

Returns the relative time stamps for all history entries of the selected math channel.

Returns the relative time stamps for the history entries of the selected math waveform. The command is a query and returns all relative timestamps for the history.

Enables or disables the history table control for the selected math channel. The command is documented as the [:ENABle] form under CALCulate:MATH<m>:HISTory:TTABle.

Sets the label for the selected math trace. The label is associated with the math trace number m.

Turns the math trace label state on or off. This command belongs to the CALCulate:MATH<m>:LABel group.

Sets the vertical position of the selected math waveform.

Sets the scale for the selected math channel.

Sets the state of the specified math calculation. The command belongs to the CALCulate:MATH<m> subsystem.

Sets the track edge mode for the selected math channel. The command is listed in the command index for the CALCulate:MATH<m>:TRACk subsystem.

Sets the upper threshold used by the track function for the selected math channel. The syntax lists the optional node [:UPPer].

Sets the color of the selected math trace.

Defines the expression for a math channel. The command is part of the math-channel calculation subsystem.

Performs calibration of the instrument. The command is listed as a setter; no parameter syntax or return value is documented on this page slice.

Returns the calibration state.

Turns off the specified channel. This is the channel-level counterpart to CHANnel<m>:AON.

Turns analog channel <m> on. The command is listed in the channel command overview with no further parameter or return details on this page.

Enables arithmetic processing for the specified channel math function. The command is listed as a channel command without any documented parameters or query form on this page.

Sets the input coupling for channel m.

Returns the X increment of the channel envelope data.

Returns the X origin of the channel envelope data.

Returns the Y-origin of the envelope data for channel <m>.

Returns the Y-resolution of the channel data envelope.

Returns the waveform envelope data for channel <m>. The data is returned as a definite-length block.

Returns the channel data header state for the specified channel.

Sets the number of points used for channel data transfer or display.

Returns the X increment for the specified channel's waveform data.

Returns the Y origin of the waveform data for channel <m>.

Returns the Y resolution of the channel data.

Returns waveform data for the specified channel. The data format is selected by the related :CHANnel<m>:DATA:HEADer? command.

Enables or disables the channel history control function.

Sets the current history waveform for channel m.

Sets the export file name used for history export on the selected channel.

Saves the current history export using the specified name.

Pallures all history information for the selected channel.

Sets the player speed for the channel history playback function.

Sets or queries the state of the History Player for the selected channel. The command is part of the channel history controls.

Replays the selected history record for channel <m>.

Starts history acquisition on the specified channel.

Returns the absolute time values of all history entries for the selected channel.

Returns the absolute timestamp of a history entry for the specified channel.

Returns the relative time stamps for all history entries of the selected channel.

Returns the relative timestamp of the selected history entry for channel <m>.

Enables or disables the channel history table for the selected channel. The optional [:ENABle] node is part of the command syntax.

Sets or queries the label assigned to a channel.

Sets the vertical position of the selected channel trace on the display.

Sets the vertical range of channel <m>.

Sets the vertical scale for the specified channel.

Sets the channel skew. The command is listed under channel setup commands.

Sets or queries the state of channel <m>.

Sets the threshold level for the selected channel.

Finds the threshold level for the specified channel. The command is part of the channel threshold settings.

Sets the channel waveform color.

Sets the Z offset of the specified channel.

Turns all cursors off for the specified cursor set.

Sets the cursor source for cursor <m>.

Defines the peak-search cursor for cursor pair <m>.

Sets the source for cursor measurement m. The command is part of the cursor source selection subsystem.

Enables or disables cursor m. The command controls the state of the selected cursor.

Swaps the source waveform used for cursor measurements. This command belongs to cursor channel m.

Sets or queries the tracking scale state for cursor m. The optional state node controls whether tracking scale is enabled.

Enables or disables cursor tracking for cursor pair <m>.

Selects the user source for cursor measurements for cursor <m>.

Sets the X1 position of cursor <m>.

Sets the X coupling mode of cursor <m>.

Returns whether XDELta cursor inversion is enabled for cursor <m>.

Returns the X-delta cursor value for cursor <m>.

Sets the vertical position of cursor <m> on the Y1 axis. The command belongs to the cursor subsystem for positioning individual cursors.

Returns the slope of the YDELta cursor for cursor <m>.

Returns the Y delta value of cursor <m>.

Sets the device mode.

Installs an update package for the diagnostic update function.

Closes the diagnostic update transfer.

Transfers diagnostic update data. The command is part of the diagnostic update transfer sequence, alongside OPEN and CLOSe.

Opens the transfer for diagnostic update data. This command is part of the diagnostic update transfer sequence, alongside DATA and CLOSe.

Returns the maximum possible current state for the specified digital channel.

Returns the minimum current state for the selected digital channel/memory. The command is a query and yields the minimum value of the current state.

Returns whether the header is included in digital data transfers for the selected digital channel.

Sets the number of points in the digital trace data. The command is channel-specific and uses the <m> channel index.

Returns the X increment for the selected digital channel waveform data.

Returns the X origin of the selected digital channel data. The origin is used with the X increment to define the time axis for digital waveform data.

Returns the Y increment for the selected digital channel. The increment is the spacing between adjacent Y values in the digital data record.

Returns the Y origin of the digital data. The value is the vertical offset used for digital waveform data.

Returns the digital data of the selected digital channel. The data is returned in binary block format.

Turns the display of the selected digital channel on or off.

Enables or disables the history control function for a digital channel. The command is listed as an optional node in the command index.

Selects the current history entry for the specified digital channel. The command is available for digital channels indexed by <m>.

Sets the export name for a digital history entry. The command belongs to the digital history export subsystem.

Saves a digital history export using the current name setting. It is part of the DIGital<m>:HISTory:EXPort command group.

Deletes all digital history entries for the selected digital channel.

Sets the playback speed of the digital channel history player.

Starts or stops the history player for the specified digital channel. The command is listed as a setter in the command index; no parameter details are given on this page slice.

Replays a digital-channel history entry.

Starts history recording for the specified digital channel.

Stops the history function for the selected digital channel. The command belongs to the DIGital<m>:HISTory subsystem.

Returns all absolute time stamps in the digital history. This is the query form for a specific digital channel <m>.

Returns the absolute timestamp of the selected history entry.

Returns the date timestamp of all history entries for the selected digital channel. The command is a query and returns the collected history date values.

Returns the timestamp date of the selected digital history entry.

Returns all relative timestamps for the selected digital channel history. The command is a query and yields the complete set of TSRelative values.

Returns the relative time stamp of the selected digital channel history entry.

Enables or disables the digital history time table for the selected digital channel. The optional node indicates the enable setting for the history table.

Sets the digital channel hysteresis. The command belongs to the digital channel subsystem for channel <m>.

Defines the label for digital channel <m>.

Sets the horizontal position of the digital channel group <m>.

Enables or disables the specified digital probe. The command belongs to digital channel <m>.

Sets the size of the digital channel group m.

Selects the digital probe technology for channel m. The command is documented in the command list only; this slice does not provide syntax details or an enumerated return value.

Sets the threshold for digital channel <m>.

Sets the zoom position of the display color bar. The optional position parameter is accepted as part of the command syntax.

Clears the display or screen. The optional ":SCReen" node is shown in the command list entry.

Closes the display dialog.

Displays a dialog message on the screen. The command is listed with a dedicated page entry, but the provided slice does not include syntax or parameter details.

Sets the display time mode. The command is listed in the display command reference.

Tracks annotations on the oscilloscope grid. The command is listed under the display grid annotation commands.

Enables or disables display grid annotation. The optional ":ENABle" node is part of the command name.

Sets the grid style for the display. The command is listed in the display command index.

Sets the waveform intensity for the display. The command adjusts how brightly waveform traces are rendered.

Sets the display language.

Sets the display palette. The slice only lists the command in the command index and does not provide syntax or parameter details.

Clears the display persistence. The command is listed as a standalone persistence clear command.

Sets display persistence to infinite. This command enables infinite persistence mode for the waveform display.

Sets the display persistence time.

Sets or queries the display persistence state.

Sets the display style.

Sets the source for XY display mode X-axis. The command selects which signal is used as the X source in XY mode.

Enables or disables the selected DVM measurement. The command applies to measurement index m.

Returns the status of the actual DVM result. The command is documented as a query under DVM<m>:RESult[:ACTual]:STATus?.

Returns the actual result of the selected digital voltmeter measurement. The optional ":ACTual" node is shown in the command list form.

Sets the source used for the DVM measurement. The command is channel-specific (`<m>`).

Sets the type of the selected DVM. This command belongs to the DVM<m> subsystem.

Sets the file name used for table export. The command is part of the export table subsystem.

Saves the data table export using the previously set file name. This command is part of the export data table functions.

Sets the name used when exporting measurement statistics for all measurements.

Saves all measurement statistics export data. The command is part of the measurement statistics export subsystem.

Sets the file name for exporting measurement statistics for the specified measurement. The command applies to measurement m.

Saves measurement statistics for the selected measurement. The measurement number is indicated by <m>.

Saves the current search settings or search setup to a file. This command is part of the export search function set.

Returns the maximum current state value for the specified logic probe. The probe is selected with the <p> suffix.

Returns the minimum current state setting for the specified logic input. The value corresponds to the lower bound of the current state setting range.

Returns the logic data header information for the selected logic input. This is a query form of the logic data commands.

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

Returns the x increment for logic channel data.

Returns the X origin for the logic channel data. The value is used together with the X increment to scale logic data points.

Returns the vertical increment between successive Y data values for logic channel <p>.

Returns the Y origin of the logic channel data. The value is used together with the Y increment to reconstruct the data scale.

Returns the Y resolution of the logic channel data. This is a query for a specific logic channel <p>.

Returns the logic waveform data for the selected probe. The data format is described together with the :LOGic<p>:DATA:HEADer? command.

Enables or disables history control for logic channel <p>.

Sets the current history signal for logic channel <p>.

Sets the export file name used for logic history export.

Saves the current logic history export to a file. The command is part of the logic analyzer history export functions.

Pall the logic history display for the selected logic probe.

Sets the speed of the history player for the selected logic channel group.

Sets the state of the logic history player for the specified logic channel p.

Replays logic history for the selected logic channel. The command is documented as part of the LOGic<p>:HISTory subsystem.

Starts the history function for logic analyzer channel p.

Stops the history function for the specified logic channel.

Returns the absolute timestamp for all history records in the selected logic channel. This is a query form of the LOGic<p>:HISTory timestamp absolute command.

Returns the timestamp of the last absolute history entry for logic channel <p>.

Returns all timestamped history entries in date format for the selected logic channel. The command is listed as a query and appears under the LOGic<p>:HISTory group.

Returns the date stamp values for history entries in the selected logic channel. This command provides the history timestamps in date format.

Returns the relative timestamp history for all records of logic channel <p>.

Returns the relative time stamp history data for logic probe <p>. The command is the query form of the logic history relative timestamp function.

Enables or disables the history table for the specified logic channel. The manual lists this command under the LOGic<p>:HISTory subsystem.

Sets the hysteresis for the selected logic channel. The command belongs to the LOGic<p> subsystem.

Returns whether the logic probe is enabled for the specified logic channel. The optional probe index <p> selects the logic channel.

Sets the logic input state for the selected logic channel. The command belongs to a logic-channel subtree identified by <p>.

Sets the threshold for the selected logic input channel p.

Sets the logic threshold upper data level for the selected logic probe channel. It is documented as part of the LOGic<p>:THReshold subsystem.

Sets the logic type for a logic channel group `<p>`.

Sets the destination used when saving a screenshot in response to a mask action event.

Sets the number of events after which a mask action stops. The command is part of the mask action stop-event settings.

Sets the destination used when saving a waveform after a mask action.

Enables or disables YOUT mask action handling.

Captures mask test results with an optional mode setting.

Copies the source waveform mask to another channel. The command is part of the MASK subsystem.

Returns the number of masks currently stored. This is a query form of the MASK count command.

Returns the state of the header for masked data transfer.

Returns the x-increment of the mask data. This value is used together with the x-origin to define the horizontal spacing of mask data points.

Returns the X-origin of the masked data.

Returns the Y increment of the mask data. This is the step size between adjacent mask data points in the Y direction.

Returns the Y-origin of the mask data. This is a read-only query in the MASK:DATA subsystem.

Returns the Y-axis data resolution for mask data. The value is expressed as a voltage increment.

Returns the waveform data of the current mask definition. The data format is documented together with related MASK:DATA:HEADer? and scaling queries.

Loads a mask from a file.

Resets the mask counter to zero.

Saves the mask settings to non-volatile memory. The command is listed in the mask command overview, with no further syntax or parameter details on this page.

Sets the source for mask operations.

Sets the mask state. The command is part of the MASK subsystem.

Starts a mask test operation.

Returns the count of masked events. The command is used to query the number of mask violations detected.

Sets the horizontal width of the mask test area.

Sets the vertical position of the mask display. This command is part of the MASK subsystem used to configure mask testing.

Sets the vertical scale of the mask diagram. This command is listed in the mask command overview; the detailed syntax is not shown on this page slice.

Sets the Y width of the mask region.

Turns the specified measurement's state on or off. If omitted, the state parameter is optional in the command syntax.

Turns automatic frequency offset measurement off for measurement <m>.

Enables automatic on/off measurement mode for measurement <m>.

Returns the current result of measurement <m>.

Sets the slope used for delay measurements for the selected measurement. The command belongs to the measurement subsystem for measurement <m>.

Sets the gate for a measurement. The command belongs to a measurement index <m> and is part of the measurement gate configuration.

Sets the absolute start time of the measurement gate. This command is part of the measurement gate setup for measurement <m>.

Sets the absolute gate stop position for measurement <m>.

Sets the gate mode used for measurement <m>.

Sets the relative gate start for measurement m. The gate start is specified relative to a signal-related reference point.

Sets the relative gate stop position for measurement <m>.

Selects the main measurement function for measurement <m>.

Returns the average value of the selected measurement. The measurement is identified by <m>.

Returns the N peak results for measurement m. This is a query command for retrieving measurement result data.

Returns the positive peak result for measurement m.

Returns the standard deviation of the measurement result for measurement <m>.

Returns the waveform count result for measurement m.

Returns the actual result of measurement <m>. This query is documented as the actual-result form of the measurement result command.

Sets or queries the source used for measurement m.

Resets the statistics of the selected measurement. It is listed as a measurement subsystem command under MEASurement<m>:STATistics.

Returns all statistics values for the selected measurement. The command is a query and returns the complete set of values for the measurement statistics.

Returns the selected statistics value for measurement <m> and statistic number <n>.

Sets or queries the weighting used for measurement statistics. The command belongs to the measurement statistics subsystem for measurement <m>.

Enables or disables statistics for measurement m. This command is listed as an optional node under the measurement subsystem.

Sets the automatic timeout setting for measurement <m>. The command is part of the measurement timeout subsystem; see also :MEASurement<m>:TIMeout[TIME].

Sets the timeout time for measurement <m>.

Enables or disables the specified measurement. The optional measurement index m selects which measurement setup is affected.

Returns a catalog of the files in the current memory directory.

Changes the current working directory in mass memory. The command is used to select the directory for subsequent file operations.

Copies a file or data set from one location to another.

Stores data in a file. The command is listed in the memory command set.

Returns the number of files and directories in the current directory listing. This is the data catalog length query.

Returns the directory catalog of memory entries. The command is listed in the memory command overview, with the detailed description on the referenced page.

Returns the list of available drives.

Loads a previously saved state file.

Creates or changes the current mass memory directory.

Moves a file or directory to a new location or name within the file system.

Sets the file name used for memory operations.

Sets the current directory for the mass memory subsystem. It changes the directory used for subsequent file operations.

Stores the current state of the instrument in a file. The state file is saved in the selected directory and can be recalled later.

Selects the function used by the pulse generator. The command is listed in the command index; this slice does not show the detailed syntax or allowed values.

Sets the manual state of the pulse generator. The syntax indicates an indexed state parameter `<s>` for the specified state entry.

Appends arbitrary pattern data to the generator pattern data buffer.

Appends band data to the arbitrary pattern data list.

Appends a boundary-of-record marker while building arbitrary pattern data for the pattern generator.

Appends arbitrary pattern data at a specified index in the pattern generator's arbitrary data array.

Sets the arbitrary pattern data for the pattern generator. The optional ":SET" suffix is shown in the command list entry.

Turns burst mode for the pattern generator on or off.

Sets the frequency of the pattern generator pattern output. The command is listed under the pattern generator command set.

Sets the period for the pattern generator output. The command is listed in the pattern generator command tree; this page slice does not provide further syntax or range details.

Sets the pattern generator state.

Sets the trigger mode for the pattern generator.

Sets the manual attenuation value for probe m.

Sets the unit used for probe attenuation settings on the selected probe channel.

Sets the probe gain manually for the selected probe channel <m>.

Sets the probe gain unit for probe m. This command is part of the probe setup commands.

Returns the header information for the selected reference curve. The command is a query and yields the reference curve data header.

Returns the X-axis increment for the reference curve data. The value is used with the reference curve data format.

Returns the X-origin value of the reference curve data.

Returns the Y-axis increment of the reference curve data.

Returns the Y-origin of the referenced curve data for channel m.

Returns the vertical resolution of the reference curve data.

Returns the waveform data of the selected reference curve. The data is read out as a block of samples.

Sets the horizontal position of a reference curve.

Sets a label for the reference curve. The label is associated with reference curve <m>.

Loads a referenced curve into the selected reference curve memory. The command belongs to the REFCurve<m> command group.

Sets the state of the selected reference curve load operation.

Saves the currently selected reference curve to a file. The command is part of the REFCurve<m> command set for managing reference curves.

Sets the source curve used for the reference curve command set.

Returns a catalog of reference curves available for the selected reference curve memory. The result is returned as a list from the source catalog query.

Turns the selected reference curve memory on or off.

Updates the selected reference curve. The curve is specified by the curve index m.

Sets the display color used for the reference curve. The command belongs to the REFCurve<m> subsystem.

Sets the middle reference level used for relative reference level calculations. This command is listed with the other REFLevel:RELative settings, but the page slice does not show syntax details or a return value.

Sets the relative reference level mode.

Starts an acquisition in run mode. The command list shows related commands RUNContinous and RUNSingle.

Starts continuous acquisition/run mode.

Starts a single acquisition sequence.

Starts a single acquisition. The oscilloscope acquires one waveform and then stops.

Sets the ratio between the spectrum bandwidth resolution and the current reference bandwidth. The command belongs to the spectrum frequency bandwidth resolution settings.

Sets the spectrum frequency span to full span. This command is listed with the spectrum frequency controls on the referenced page.

Sets the spectrum frequency magnitude scale. The manual page index lists this command under the Spectrum frequency controls, but no syntax or parameter details are shown in the provided slice.

Sets the start frequency for the spectrum display.

Sets the stop frequency for the spectrum frequency range.

Sets the spectrum frequency window type.

Gets the current spectrum history data set. The command is listed in the spectrum history command index; no syntax or return details are shown on this page slice.

Sets the file name used for exporting spectrum history data.

Saves the selected spectrum history to a file. The file name is set by :SPECtrum:HISTory:EXPort:NAME.

Controls the display of all recorded spectrum history entries. This is the non-query command; the query form is not shown on this page slice.

Sets the playback speed for spectrum history playback.

Sets the state of the spectrum history player.

Starts the spectrum history function. The command is listed without parameters on the command list page.

Stops spectrum history acquisition. The command does not return a value.

Returns all absolute time stamps from the spectrum history. The command is a query for the absolute history timestamps.

Returns the absolute time stamp of the current spectrum history entry.

Returns all timestamp values of the date-based spectrum history records. This is the ALL? query form of the history date timestamp command.

Returns the date stamp of the current spectrum history entry.

Returns all relative time stamp values in the spectrum history. The command is a query and returns the list for all stored entries.

Returns the relative timestamp of the spectrum history entry.

Sets the spectrum source.

Sets the spectrum time position. The command is listed together with other spectrum time controls, but this slice does not provide further details or a parameter table.

Sets the spectrum time range. The command is listed in the spectrum command index with a reference to the detailed command description on the next page range.

Returns the header information for the averaged spectrum waveform data. It is part of the SPECtrum:WAVeform:AVERage:DATA command group.

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

Returns the x-axis increment of the averaged spectrum waveform data.

Returns the x-origin value for the averaged spectrum waveform data.

Returns the Y increment for the averaged spectrum waveform data.

Returns the Y origin for the averaged spectrum waveform data. The value is part of the data scaling information for :SPECtrum:WAVeform:AVERage:DATA.

Returns the Y resolution of the average spectrum waveform data.

Returns the averaged spectrum waveform data. The associated header, point count, x/y increment and origin, and y resolution are documented on neighboring query pages.

Enables or disables spectrum waveform averaging. The short form of the command is documented as :SPECtrum:WAVeform:AVERage[:ENABle].

Returns the header information for the maximum spectrum waveform data. The slice provides only the command listing and does not document the returned format.

Returns the number of data points in the maximum spectrum waveform. This is a query command.

Returns the X increment of the maximum spectrum waveform data.

Returns the X-origin of the maximum spectrum waveform data.

Returns the Y increment for the maximum spectrum waveform data. The increment is the scaling step between successive Y values.

Returns the Y origin for the maximum waveform data. This is one of the spectrum waveform data accessor queries.

Returns the Y-axis resolution of the maximum spectrum waveform data.

Returns the maximum spectrum waveform data. Related header, points, and axis queries are documented alongside this command.

Enables or disables the maximum waveform spectrum display. The optional node form `[:ENABle]` is shown in the command listing.

Returns the header information for the minimum spectrum waveform data.

Returns the number of points in the minimum spectrum waveform data. This is a query command.

Returns the x-increment for the minimum spectrum waveform data. This is a query command in the Spectrum:Waveform:Minimum:Data subtree.

Returns the X-origin value for the minimum spectrum waveform data. This is a query for the MINimum waveform data set.

Returns the Y increment of the minimum spectrum waveform data. The returned value is the vertical scaling step for the waveform data.

Returns the Y-origin of the minimum spectrum waveform data.

Returns the Y-axis resolution of the minimum spectrum waveform data.

Returns the minimum spectrum waveform data. The command is part of the SPECtrum:WAVeform data query set.

Enables or disables the minimum waveform display in spectrum mode. This command is the optional enable form of :SPECtrum:WAVeform:MINimum[:ENABle].

Returns the spectrum waveform data header. The command is listed in the spectrum waveform data command group.

Returns the number of points in the spectrum waveform data. This is a query command.

Returns the X increment of the spectrum waveform data.

Returns the X origin of the spectrum waveform data.

Returns the Y increment of the spectrum waveform data.

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

Returns the Y resolution of the spectrum waveform data.

Returns the spectrum waveform data. The corresponding scaling parameters are documented separately as XINCrement?, XORigin?, YINCrement?, YORigin?, and YRESolution?.

Enables or disables the spectrum waveform spectrum display setting.

Turns the spectrum display on or off. The optional node form `SPECtrum:STATe` is listed in the command index.

Returns the present condition of the operation status register.

Sets the enable register for the Operation status group. This command controls which operation status events are enabled to generate a summary bit.

Sets the negative transition filter for the Operation status register. It determines which bits generate events when they transition from 1 to 0.

Sets the positive transition filter for the Operation status register. This command is part of the Status subsystem and controls which bits generate events on a 0-to-1 transition.

Returns the event register for the Operation status group. The command is a query and has no parameters.

Resets the status subsystem to its preset state.

Enables or disables the ADC state questionably status event register bits. This command belongs to the STATus:QUEStionable:ADCState branch.

Sets the negative transition mask for the ADC state questionable status group. It is part of the STATus:QUEStionable:ADCState status subsystem.

Returns the event register value for the questionable ADC state group. The optional [:EVENt] node is part of the query mnemonic shown in the command list.

Returns the current condition register value for the Questionable status subsystem.

Returns the current condition of the questionable overload status register.

Sets the negative transition filter for the questionable overload status register. This command is part of the STATus:QUEStionable:COVerload status group.

Sets the positive transition filter for the questionable overload status condition. This command configures which positive transitions of the status bit are latched.

Returns the event status register of the Questionable Overload status group.

Enables the questionable status reporting structure. The command is listed under STATus:QUEStionable with the status enable register commands.

Returns the current condition register value for the Questionable Limit subsystem.

Enables or disables the questionable limit status reporting. This command belongs to the STATus:QUEStionable:LIMit status subgroup.

Sets the negative transition event enable register for the questionable limit status group.

Sets the positive transition filter for the questionable limit status register. The command belongs to the STATUS:QUESTIONABLE:LIMIT subsystem; no syntax details are shown on this page slice.

Returns the event register for the questionable limit status group.

Returns the current condition register for the questionable mask status group.

Enables or disables the mask status register bits in the questionable status tree. It controls whether mask events contribute to the Questionable status summary.

Sets the negative-transition mask for the Questionable status register. This command is part of the Questionable status subsystem.

Returns the current event register value for the Questionable Mask subsystem.

Sets the negative transition summary register for the Questionable status group. It is the status-system command counterpart to the Questionable event/enable/positive-transition commands listed nearby.

Returns the questionable status event register contents.

Stops the current acquisition or measurement. This command is listed as a standalone command in the command index.

Sets the beeper control state.

Sets whether the beeper sounds on error conditions.

Sets the state of the trigger beep. The command is listed under the BEEPer subsystem and is related to the other beep state commands.

Generates a beep immediately. This command is the immediate form of the system beeper command.

Enables or disables DHCP for the Ethernet interface.

Sets the Ethernet IP port number used for communication.

Returns the MAC address of the Ethernet interface.

No command definition is shown on this page slice; the mnemonic only appears in the command index with a page reference. No parameters or return value are documented here.

Selects the remote interface type used by the instrument. The optional ":SELect" node indicates the command can be used to set or query the selected interface.

Sets the system date.

Resets the education settings to their preset state.

Returns all entries currently in the error queue.

Returns the next error in the error queue. The query form is documented as :SYSTem:ERRor[:NEXT]? and is listed alongside :SYSTem:ERRor:ALL?.

Sets the system name. The command is listed in the system command overview.

Resets the system to its preset state.

No command definition is shown on this page slice; only the list of commands references SYSTem:SET on the command list page. The slice does not document syntax, parameters, or return value for this command.

Sets the instrument's time.

Enables the trigger counter. The command is listed in the command index on the referenced page.

Sets the source used by the TCOunter function.

Returns the current number of timebase divisions.

Sets the timebase range.

Returns the present rise time of the timebase.

Sets the time base reference mode.

Sets the main timebase scale. The manual page listing identifies the command but does not provide further syntax or parameter details in this slice.

Sets the horizontal position of the zoomed time base display.

Controls whether zoom mode is enabled on the timebase. The command is listed alongside other TIMebase:ZOOM commands on the command list page.

No command documentation is shown on this page slice beyond the list-of-commands index entry.

Sets whether trigger A edge filter rejects noise. This command is part of the trigger A edge filter settings and is documented alongside the related HFReject command.

Sets the trigger holdoff time for trigger A.

Sets the I2C address used for trigger decoding. The command belongs to the trigger A I2C trigger settings.

Sets the I2C pattern offset used for trigger conditions.

Sets the lower threshold level for the rise time trigger condition on trigger source A. The command applies to the specified level index n.

Sets the upper trigger level for rise time triggering on channel n. The command is part of the trigger A level/rise time settings.

Sets the lower threshold level for the selected trigger channel in RUNT trigger mode. The channel is identified by <n>.

Sets the upper level for a runt trigger on the specified trigger channel. The command belongs to the A trigger level subtree.

Sets the trigger A level for input n. The value form is shown as an optional [:VALue] suffix.

Sets the LIN trigger data condition for trigger A.

Sets or queries the LIN identifier used for trigger condition setup. The list of commands shows this command under the trigger A LIN subsystem, but the page slice does not provide its syntax or parameter details.

Selects the LIN trigger type for trigger A.

Sets the trigger A mode.