Clears the status byte, standard event register, and the event parts of the questionable and operation registers to zero. It does not alter the mask or transition parts of the registers and also clears the output buffer.

Returns the instrument identification.

*IDN?

Queries the options included in the instrument.

Power on status clear.

Triggers all actions waiting for a trigger event and generates a manual trigger signal. It corresponds to the INITiate:IMMediate command and complements the TRIGger subsystem.

Initiates the instrument self-tests and returns an error code.

Returns information on the state of the self-alignment. Return values other than 0 indicate an error.

Reset does not change the language.

Stops further command processing until all commands sent before the Wait-to-Continue command have been executed. It is used to prevent overlapping execution and should be sent directly after the command that must complete before others run.

Sets the Event Status Enable register (ESE). The example shows *ESE 1 sets the OPC mask bit (bit No. 0) of the Standard Event Status Register (ESR) to 1.

Returns the Standard Event Status Register (ESR). A return value of 1 in the least significant bit indicates that the overlapped command has finished.

*OPC; *ESR?

Sets the OPC mask bit (bit No. 0) of the Standard Event Status Register (ESR) to 1. It is used with the event status enable register to detect when an overlapped command has finished.

*OPC; *ESR?

Queries the operation complete state. A return value of 1 indicates that the overlapped command has finished.

INIT; *OPC?

Sets the Service Request Enable (SRE) register. Each bit in the SRE corresponds to a bit in the status byte; when an enabled status bit changes from 0 to 1, a service request is generated.

Reads the Service Request Enable (SRE) register. The SRE is linked to the status byte and controls generation of service requests when enabled bits in the STB change from 0 to 1.

Reads the status byte (STB), which provides a rough overview of instrument status by collecting information from lower registers. It can also be read by a serial poll.

Starts the continuous acquisition.

Same as RUN.

Performs a single acquisition and returns to stop mode. Same as SINGle.

Performs a single acquisition and returns to stop mode.

Stops the running acquisition.

Sets the horizontal scale for all channel and math waveforms.

Defines the time of one acquisition, spanning the 12 divisions of the diagram (Timebase Scale*12).

Queries the number of horizontal divisions on the screen.

Defines the trigger position (trigger offset), the time interval between the trigger point and the reference point for analyzing the signal before or after the trigger event. If the trigger position is zero, the trigger point matches the reference point.

Defines the time of one acquisition across the 12 divisions of the diagram (Timebase Scale*12).

Queries the real acquisition time used in the hardware. If FFT analysis is performed, the value can differ from the adjusted acquisition time (:TIMebase:ACQTime).

Sets the reference point of the time scale in percent of the display. The reference point defines which part of the waveform is shown.

Enables or disables roll mode.

Switches the zoom window on or off.

Defines the position of the zoom reference point in relation to the reference point of the original time base.

Defines the time base in the zoom diagram in seconds per division.

Defines the offset of the trigger point to the reference point of the zoom diagram.

Selects the method of adding waveform points to the samples of the ADC in order to fill the record length.

Returns the state of averaging.

Defines the number of waveforms used to calculate the average waveform. The higher the number, the better the noise is reduced.

Defines the interpolation mode used for acquisition. Linear, sin(x)/x, and sample-and-hold interpolation are available.

Returns the record length, the number of recorded waveform points.

Defines the mode used to set the sample rate and the waveform acquisition rate. The instrument can use automatic selection, maximum waveform rate, or maximum sample rate.

Sets the low-pass filter limit frequency used when `CHANnel<m>:ARIThmetics` is set to `FILTer`. The filter removes higher frequencies from the channel signals.

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.

Sets or queries the acquisition state of the instrument. The readback indicates whether acquisition is running, stopped, complete, or interrupted.

Sets the type of the acquisition mode.

Enables the high resolution mode.

Enables the peak detection mode.

Performs an autoset process by analyzing the enabled channel signals and selecting appropriate horizontal, vertical, and trigger settings to display stable waveforms.

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

Selects the method used to build the resulting waveform from several consecutive acquisitions of the signal.

Selects the connection of the indicated channel signal.

Sets the voltage range across the 8 vertical divisions of the diagram. Use this command alternatively instead of CHANnel<m>:SCALe.

Sets the vertical scale for the indicated channel. The scale value is given in volts per division.

Switches the selected channel signal on or off.

Selects the bandwidth limit for the indicated channel.

The offset voltage is subtracted to correct an offset-affected signal. It applies to the selected input channel.

Turns the inversion of the signal amplitude on or off. Inversion affects only the display of the signal but not the trigger.

Sets the vertical position of the indicated channel and its horizontal axis in the window.

Retrieves the overload status of the specified channel from the status bit. When the overload problem is solved, the command resets the status bit.

CHANnel2:OVERload?
CHANnel2:OVERload OFF

Sets the deskew value for the specified input channel. Skew compensates delay differences between channels caused by different cable and probe lengths.

Sets the threshold value for digitization of analog signals on the specified input channel. If the signal value is above the threshold, the signal state is high; below the threshold, it is low.

Sets the label for the selected input channel.

Switches the label of the channel on or off.

Sets the appropriate threshold level automatically.

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

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

Returns the data of the channel waveform points. The waveform data can be used in MATLAB, for example.

CHAN1:DATA?

Selects a range of samples for a channel setting. As a query, it returns the number of samples for the selected range.

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

Returns information on the envelope waveform.

Returns the data of the envelope waveform. The envelope consists of two waveforms and should be used only for envelope waveforms; for other channel waveforms use CHANnel<m>:DATA?.

Returns the voltage value for binary value 0 of the indicated waveform. It is relevant for data conversion when 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 when binary data format is defined (FORM UINT,8|16|32).

Returns the time difference between two adjacent samples of the indicated envelope waveform. The command is 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 envelope waveform. It is relevant for data conversion when binary data format is defined.

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

Returns the voltage value for binary value 0 of the indicated waveform. The command is relevant for data conversion when 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 data export format used by CHANnel<m>:DATA?, CHANnel<m>:DATA:ENVelope?, REFCurve<m>:DATA?, and CALCulate:QMATh:DATA?.

FORM ASC

Defines the byte order for binary data export when `FORMat[:DATA]` is set to REAL or UINT.

Defines the waveform to be exported.

Defines the path and file name for a waveform data file that will be saved with EXPort:WAVeform:SAVE. Existing files will be overwritten.

FORM CSV
EXP:WAV:SOUR CH1
EXP:WAV:NAME "/USB_FRONT/CHANNEL1.CSV"
EXP:WAV:SAVE

Saves the waveform and starts the export to USB drive.

Sets the label for the selected logic channel. The label string may contain up to 8 ASCII characters.

Switches the label of the logic channel on or off.

Set the position of a logic channel. The channel is selected by suffix <l> (0...7).

Sets the size of the display of the selected logic channel.

Switches the specified logic channel signal on or off.

Returns the data of the specified digital channel. Use FORMat[:DATA] to set the export format and POD:DATA:POINts to set the number of samples returned.

Switches the Pod on or off.

Sets the threshold mode for the logic pod. If the signal value is higher than the threshold, the signal state is high; otherwise it is low.

Sets the user-defined threshold for the pod. The suffix <u> selects the user setting USER1 or USER2.

Returns information on the digital channel waveform.

Selects the range of samples returned by POD:DATA?; as a query, returns the number of samples for the selected range. For MSAMples mode, this lets you choose between displayed samples and samples stored in memory.

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).

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. It is relevant for data conversion when binary data format is defined (FORM UINT,8|16|32).

Returns the voltage value for binary value 0 of the indicated waveform. It is relevant for data conversion when 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 when binary data format is defined (FORM UINT,8|16|32).

Returns the current status of the digital channel regardless of the trigger settings and even without any acquisition. The minimum and maximum forms together report the signal state.

Returns the current status of the digital channel regardless of the trigger settings and even without any acquisition.

Queries the type of the probe. The suffix selects the input channel (1 or 2).

Sets the attenuation or gain of the probe if the probe was not detected by the instrument.

Selects the unit that the probe can measure.

Returns the attenuation of an automatically detected probe.

Sets the trigger threshold voltage for edge and width trigger. The suffix n selects the trigger input: 1 or 2 for the corresponding channel, or 5 for the external trigger input.

Sets the trigger mode. The trigger mode determines the behavior of the instrument if no trigger occurs.

Sets the trigger source.

Enables or disables the holdoff time.

Defines the holdoff time. The next trigger occurs only after the holdoff time has passed.

Sets the trigger type.

Sets the trigger output mode. It defines whether and when a trigger out pulse is generated.

Sets the slope for the edge trigger (A trigger).

Sets the coupling for the external trigger input. The command is relevant if TRIGger:A:SOURce is set to EXTernanalog.

Sets the trigger output pulse length. Default unit is seconds.

Sets the polarity of the trigger out pulse.

Sets the coupling for the trigger source.

Turns an additional 5 kHz low-pass filter in the trigger path on or off. The filter removes higher frequencies and is available with AC and DC coupling.

Turns an additional 100 MHz low-pass filter in the trigger path on or off. The filter removes higher frequencies and is available with AC and DC coupling.

Defines a range around the width value specified using TRIGger:A:WIDTh:WIDTh.

Sets the polarity of the pulse trigger function.

Defines how the measured pulse width is compared with the given limit(s).

Sets the pulse width time used by the pulse trigger function. For WITHin and OUTSide ranges, it defines the center of the range; for SHORter and LONGer ranges, it defines the maximum or minimum pulse width.

Sets the trigger on the beginning of the video signal fields, or on the beginning of video signal lines.

Sets the polarity of the sync pulses used for triggering. The edges of the sync pulses are used for triggering.

Selects the color television standard.

Selects the state for each digital channel in a pattern trigger. The source string contains one character per channel, using 1 for High, 0 for Low, and X for don't care.

TRIG:A:PATT:SOUR "1X"
TRIG:A:PATT:SOUR "00101X1X1X"

Sets an exact TV line number when the TV field trigger mode is set to LINE.

Sets the trigger point depending on the result of the logical combination of the channel states.

Sets the logical combination of the trigger states of the channels. The required states of all channels must appear in the input signal at the same time for AND, or at least one channel must have the required state for OR.

Sets the duration function of the pattern trigger.

Sets the pattern trigger width. For WITHin and OUTSide ranges, it defines the center of the range; for SHORter and LONGer, it defines the maximum and minimum values, respectively.

Defines a range around the pattern width value specified using TRIGger:A:PATTern:WIDTh[:WIDTh].

Defines a range around the width value specified using TRIGger:A:PATTern:WIDTh[:WIDTh]. The range mode determines whether the trigger acts within/outside a delta window or on shorter/longer pulses.

Specifies the trigger mode for SPI/SSPI protocols.

Defines the bit pattern used as the trigger condition for SPI protocol analysis. The pattern length is limited by TRIGger:A:SPI:PLENgth.

Defines how many bits build up the serial pattern.

TRIG:A:SPI:PATT "0011XXXX0110"
TRIG:A:SPI:PLEN?
TRIG:A:SPI:PLEN 4

Sets the number of bits before the first bit of the pattern.

Toggles the I²C trigger condition between master Read and Write access.

Specifies the trigger mode for Ib2C.

Sets the address of the slave device. The address can have 7 bits or 10 bits.

TRIG:A:I2C:ADDR "10X1"

Sets the length of the slave address. NORMal selects a 7-bit address and EXTended selects a 10-bit address.

Defines the bit pattern as the trigger condition.

TRIG:A:I2C:PATT "10X10000XXXX1111"
TRIG:A:I2C:PATT?
TRIG:A:I2C:PATT "110"
TRIG:A:I2C:PATT?

Defines how many bytes are considered in the trigger condition. Use TRIGger:A:I2C:PATTern to set the pattern for these bytes.

Sets the number of bytes before the first byte of interest, relative to the end of the address bytes.

Specifies the trigger mode for UART/RS-232 interfaces.

Defines the bit pattern used as a trigger condition for UART/RS-232 analysis. The pattern can be up to 32 bits long and may contain the characters 0, 1, and X.

Defines how many symbols build up the serial pattern.

Sets the number of symbols before the first symbol of the pattern.

Specifies the frame type for CAN.

Specifies the trigger mode for CAN. The selected mode determines what CAN frame condition causes the trigger.

Specifies the condition for the CAN identifier.

Specifies the identifier, depending on the TRIGger:A:CAN:ITYPe setting. Only a string with 11 or 29 characters is possible.

Selects the length of the identifier: 11 bit for CAN base frames, or 29 bits for CAN extended frames. The command is relevant if TRIGger:A:CAN:TYPE is set to ID or IDDT.

Specifies the trigger on acknowledge error when trigger type is set to error using TRIGger:A:CAN:TYPE. An acknowledgement error occurs when the transmitter does not receive an acknowledgment, a dominant bit during the Ack Slot.

Specifies the data for CAN trigger. Depending on the TRIGger:A:CAN:DLENgth setting, the number of characters is fixed and all bytes must be complete.

TRIG:A:CAN:DATA "10010110"

Specifies the condition for the CAN trigger data. The condition determines whether the identifier/data is equal, not equal, greater than, or less than the specified value.

Specifies the data length for the CAN trigger.

Specifies the trigger on stuff bit error when trigger type is set to error, using TRIGger:A:CAN:TYPE.

Specifies the trigger on checksum error when the trigger type is set to error, using TRIGger:A:CAN:TYPE.

Specifies the trigger on form error when trigger type is set to error, using TRIGger:A:CAN:TYPE. A form error occurs when a fixed-form bit field contains one or more illegal bits.

Specifies the condition for the LIN identifier.

TRIG:A:LIN:ICONdition EQUal

Specifies the identifier for LIN trigger setup. Only 6 characters are allowed; enter the 6-bit identifier without parity bits, using a binary pattern with characters 0, 1, and X.

TRIG:A:LIN:IDEN "100001"

Specifies the trigger type for LIN.

Triggers on a checksum error when the LIN trigger type is set to error condition using TRIGger:A:LIN:TYPE. The checksum verifies the correct data transmission and is the last byte of the frame response.

Specifies the data for the LIN trigger. Depending on the TRIGger:A:LIN:DLENgth setting, the number of characters is fixed and all bytes need to be complete.

TRIG:A:LIN:DATA "10100101"

Specifies the condition for the data.

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

Triggers on a parity error when trigger type is set to error condition, using TRIGger:A:LIN:TYPE. Parity bits are the bits 6 and 7 of the identifier and verify the correct transmission of the identifier.

Specifies the trigger on synchronisation error when trigger type is set to error, using TRIGger:A:LIN:TYPE.

Sets the diagram mode.

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

Closes and opens the dialog box.

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 transparency of result boxes that overlay the waveforms, such as statistical results or digital voltmeter results.

Switches the virtual screen on or off.

Sets the position of the virtual screen window.

Adds a saved menu language file from USB stick to internal memory.

DISP:LANG:ADD GERM,"/USB_FRONT/RTC_LN00.HLU"

Returns all installed menu language files.

Removes an installed menu language file from internal memory.

DISP:LANG:REM GERM

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

Defines the intensity of the background lighting of the display. *RST does not change the intensity.

Defines the intensity of the grid on the screen. *RST does not change the intensity.

Defines the strength of the waveform line in the diagram. *RST does not change the intensity.

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

Removes the displayed persistent waveform from the screen.

Sets the persistence time to infinite when display persistence is enabled. New data points remain 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.

Sets the persistence time used when persistence is active. Each new data point remains on the screen for the specified duration; to set infinite persistence, use DISPlay:PERSistence:INFinite.

Sets whether the persistence time is determined automatically by the instrument. When enabled, the instrument selects the optimal persistence time.

Defines how the grid is displayed.

Defines how the waveform data is displayed.

Sets the language used for softkey labels, help, and other screen information. Supported languages are listed in the Specifications data sheet.

Moves the next marker (timestamp, to the right) to the reference point of the display or zoom area.

TSTamp:NEXT

Sets a new marker (timestamp) at the display reference point unless one is already set there. The reference point is controlled by TIMebase:REFerence.

Deletes all markers (timestamps).

Deletes the marker (timestamp) at the reference point. The reference point is set with TIMebase:REFerence.

Moves the previous marker (timestamp, to the left) to the reference point of the display or zoom area.

Switches the cursor off.

Defines the cursor measurement type.

Activates or deactivates cursor measurement.

Defines the cursor measurement source as one of the active signal, reference or math channel.

For FFT analysis only: sets the selected cursor to the next (right) level peak.

For FFT analysis only: sets the selected cursor to the previous (left) level peak.

Resets the cursors to their initial positions. This is helpful if the cursors have disappeared from the display or need to be moved for a larger distance.

Autoset for cursor lines. Sets the cursor lines to typical waveform points depending on the selected measurement type, such as waveform peaks for voltage measurements or consecutive pulse edges for time measurements.

If set to ON, the V-Marker cursor measurement is enabled.

Specifies the position of the first cursor on the time axis.

Enables automatic adjustment of cursor lines when the vertical or horizontal scales change. When OFF, cursor lines remain fixed on the display during scaling changes.

Specifies the position of the first horizontal cursor on the y-axis.

Returns the cursor positions.

If enabled, the cursors of a set are coupled so that the distance between the two remains the same if one cursor is moved.

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

Returns the time difference between the two cursors (Δt).

If enabled, the cursors of a set are coupled so that the distance between the two remains the same if one cursor is moved.

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

Sets the unit for X Ratio measurements used by the corresponding CURSor<m>:XRATio[:VALue]? query. The available units are ratio, percent, degree, and radian.

Returns the ratio of the x-values between the first and second cursors and the first and third cursors, calculated as (x2-x1)/(x3-x1). The result unit is set with CURsor<m>:XRATio:UNIT.

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

Sets the unit for Y Ratio measurements with CURSor<m>:YRATio[:VALue]?.

Provides three cursors and measures the ratio of the y-values between the first and second cursors and the first and third cursors: (y2-y1)/(y3-y1). The unit of the result is set with CURSor<m>:YRATio:UNIT.

Stops the quick measurement.

Starts the quick measurement.

Returns the results of the quick measurement.

Selects the active signal, reference, or math channel source(s) for the selected measurement. Available sources depend on the selected measurement type.

Activates or deactivates the selected measurement 1 to 6. Only the results of active measurements are displayed in the result table.

Returns the measurement category for the selected measurement. Query only.

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

Returns the result of the specified measurement type.

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

Sets the lower and upper reference levels for rise and fall time measurements as percentages of the high signal level. The setting applies to the measurement indexed by suffix <m>.

Defines the source of the Quickmath waveform.

Defines whether the Quickmath waveform is active or not. Quickmath is only available in YT and Zoom mode.

Returns information on the quick math waveform.

Returns the data of the quick math waveform. The waveform data can be used in MATLAB, for example, and the export format is set with FORMat[:DATA].

Defines the operation of the Quickmath waveform.

CALC:QMAT:OPER ADD
CALC:QMAT:OPER SUB
CALC:QMAT:OPER MUL
CALC:QMAT:OPER DIV

Sets the vertical position of the Quickmath waveform in the window.

Sets the vertical scale for the Quickmath waveform.

Returns the time difference between two adjacent samples of the indicated waveform. It is 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 the 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 voltage value for binary value 0 of the indicated waveform. The command is relevant for data conversion when binary data format is defined (FORM UINT,8|16|32).

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

Defines the mode for FFT calculation and display. The FFT can be performed without additional weighting, with an envelope of maximum values, or with averaging of several spectrums.

Sets the FFT window function used for FFT calculation and display. Window functions are multiplied with the input values and can improve the FFT display.

Defines the number of spectrums used for averaging if CALCulate:MATH<m>:ARIThmetics is set to AVERage.

Returns the effective resolution bandwidth.

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

Couples the FFT frequency span to the RBW.

Defines the ratio of resolution bandwidth (Hz) to span (Hz).

Defines the resolution bandwidth for FFT calculations. The value is specified in Hz.

Defines the position of the displayed frequency domain, which is centered at the specified frequency. The span is defined separately by the FFT:SPAN command.

Performs FFT calculation for the full frequency span.

Sets the FFT frequency span in hertz, defining the width of the displayed frequency range. The span position is defined by `CALCulate:MATH<m>:FFT:CFRequency`.

Returns the sample rate of data used in an FFT analysis.

Defines the start frequency of the displayed frequency domain instead of defining a center frequency and span.

Defines the stop frequency of the displayed frequency domain instead of defining a center frequency and span.

Defines the position of the time base extract in the Y(t)-window for which the FFT is calculated.

Defines the width of the time base extract from the Y(t)-window for which the FFT is calculated.

Defines the source of the reference waveform.

Displays or hides the selected reference waveform. The suffix <m> selects reference waveform storage 1 through 4.

Stores the selected reference waveform to the specified file.

Returns the source waveform for the selected reference waveform storage. Query only.

Updates the selected reference by the waveform defined with REFCurve<m>:SOURce.

Changes the horizontal position of the reference waveform independent of the channel waveform settings.

Changes the horizontal scale (timebase) of the reference waveform independent of the channel waveform settings.

Loads the waveform data from the indicated reference file to the reference storage. To load the instrument settings as well, use :REFCurve<m>:LOAD:STATe.

Loads the instrument settings in addition to the reference waveform data. The waveform data must be loaded before the settings.

Returns information on the reference waveform. The header data consists of XStart, XStop, record length in samples, and the number of values per sample interval.

Returns the data of the selected reference waveform.

Changes the vertical position of the reference waveform.

Changes the vertical scale of the selected reference waveform. The suffix <m> selects reference waveform storage 1 through 4.

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

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

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).

Returns the voltage value for binary value 0 of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT, 8 | 16).

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

Loads a stored mask from the specified file.

Turns the mask test mode on or off. When turning off, any temporarily stored new masks are deleted.

Starts, finishes or interrupts a mask test.

Creates a mask from the envelope waveform of the test source set with MASK:SOURce.

Saves the current mask in the specified file.

Defines the channel to be compared with the mask.

Moves the mask vertically within the display.

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

Returns the number of tested acquisitions.

Returns the number of acquisitions that hit the mask.

Changes the width of the mask in horizontal direction.

Changes the width of the mask in vertical direction.

Returns information on the mask waveform.

MASK:DATA:HEADer?

Returns the time difference between two adjacent samples of the mask waveform.

Returns the time of the first sample of the indicated mask waveform.

Returns the voltage value per bit of the indicated mask waveform.

Returns the data of the mask.

Defines when and how often the print action is executed on mask violation.

Defines when and how often the pulse action will be executed on mask violation.

Defines when and how often the selected mask action is executed for screenshot saving events.

Defines when and how often the sound action is executed on a mask violation. For SOUNd, this generates a beep sound when the mask is violated.

Defines when and how often the stop action is executed on mask violation.

Defines when and how often the waveform-save action is executed on mask violation. The available event modes are OFF and EACH.

Enables or disables pulses at the AUX output when the mask is violated.

Returns the voltage value for binary value 0 of the indicated mask waveform. Query only.

Returns the vertical bit resolution of the indicated waveform. For default waveforms, the resolution is 8 bit.

Defines the path and filename for a screenshot that will be saved on mask violation. The file format is PNG, and the filename is incremented automatically.

MASK:ACT:SCRS:DEST "/USB_FRONT/MASKS/VIOL"

Sets the number of mask violations after which the action is executed.

Defines the path and filename for waveform data that will be saved on a mask violation. The file format is CSV, and the filename is incremented automatically.

MASK:ACT:WFMS:DEST "/USB_FRONT/MASKS/VIOL"

Sets the counters of passed and failed acquisitions to zero.

Defines the frequency value of the selected generator function.

Selects the generator function.

Sets the amplitude value of the selected generator function. The amplitude is the peak-peak value and uses a default unit of Vpp.

Sets the DC offset of the selected generator function.

Defines the duty cycle value of the generator function pulse.

Sets the polarity of the generator function ramp.

Activates or deactivates the function generator output.

Selects the pattern generator function.

Activates or deactivates the pattern.

Defines the sample time of the pattern generator function.

Defines the BURST pattern cycles. The cycles can only be defined when the BURST function is activated.

Turns the BURST function on or off.

Defines the frequency value of the pattern generator function.

Defines the idle time of the pattern generator function. The idle time can only be defined with the BURST function activated.

Defines the period of the pattern generator function.

Defines the arbitrary pattern.

Defines the slope of the external arbitrary pattern trigger.

Defines the arbitrary trigger mode of the pattern generator function.

Manual output of a pattern (single trigger).

Defines the arbitrary pattern. Setting only.

PGEN:PATT:ARB:DATA:APP 4

From index = n data will be integrated in existing pattern via AND combination.

From index = n data will be integrated in existing pattern via OR combination.

Defines the index of the arbitrary pattern.

PGEN:PATT:ARB:DATA:APP:IND 5

Defines the arbitrary pattern length.

Sets the pattern generator counter direction.

Defines the frequency value of the pattern generator counter function. The user frequency refers to the switching of the pattern condition and results in square waveforms for individual pins.

Defines the polarity of the pattern generator square wave function.

Selects the pin state of manual generator pins S0 to S3. The suffix <s> identifies the pin number 0 to 3.

PGEN:MAN:STAT2 ON

Sets the duty cycle of the square wave function.

PGEN:PATT:SQU:DCYC 20

Selects the measurement type of the digital voltmeter function.

Returns the current value of the indicated measurement.

Selects the source for the digital voltmeter function. DVM1 and DVM2 refer to CH1, and DVM3 and DVM4 refer to CH2.

DVM2:SOUR CH2

Resets the digital voltmeter function.

Returns the result value together with the result status. The status is the decimal representation of a 4-bit register value indicating whether the result is valid, unavailable, clipped, or no period was found.

Activates or deactivates the digital voltmeter function.

Selects the display position of the digital voltmeter values.

Enables or disables the trigger counter measurements.

Returns the frequency of the trigger source.

Returns the period of the trigger source.

Sets the frequency of the component tester source.

Switches the component tester mode on or off.

Activates or deactivates the external input functionality.

Selects the connection of the external input signal.

Sets the vertical position of the external input signal and its horizontal axis in the window.

Defines the display size of the external input signal.

Defines the threshold level for the external input signal. If the signal value is higher than the threshold, the signal state is high; otherwise it is low.

Selects the method to reduce the data stream of the ADC to a stream of waveform points with lower sample rate.

Selects a range of samples for the external input waveform data export. As a query, returns the number of samples in the selected range.

EXT:DATA:POIN MAX
EXT:DATA:POIN?

Returns the data of the external input signal waveform. Use FORMat[:DATA] to set the export format and EXTern:DATA:POINts to select the sample range.

EXT:DATA:POIN?

Returns information on the external input signal waveform.

EXTern:DATA:HEADer?
-9.477E-008,9.477E-008,20000,1

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).

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 when binary data format is defined (FORM UINT,8|16|32).

Returns the voltage value for binary value 0 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 for binary value 0 of the indicated waveform. The command is relevant for data conversion if binary data format is defined (FORM UINT,8|16|32).

Switches the protocol display on or off.

Displays the individual bit lines above the decoded bus line.

Sets the height of the decoded bus signal on the screen. The bus is selected by the <b> suffix.

Sets the decoding format for the display on the screen.

Defines the bus or interface type for analysis. For most types, a special option to the instrument is required.

Defines an additional name label for the selected bus.

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

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

Defines the digital channel assigned to the selected bit of the clocked parallel bus. Use the command for each bit of the bus.

BUS:PAR:DATA0:SOUR D2
BUS:PAR:DATA1:SOUR D3
BUS:PAR:DATA2:SOUR D4
BUS:PAR:DATA3:SOUR D5

Defines the digital channel assigned to the selected bit of the bus. Use the command for each bit of the bus.

BUS:PAR:DATA0:SOUR D2
BUS:PAR:DATA1:SOUR D3
BUS:PAR:DATA2:SOUR D4
BUS:PAR:DATA3:SOUR D5

Sets the number of lines to be analyzed for the selected parallel bus.

BUS:PAR:WIDT 4

Selects if the data is sampled on the rising or falling slope of the clock, or on both edges (EITHer). The clock slope marks the begin of a new bit.

Selects the digital channel that is used as clock line.

Selects the digital channel that is used as chip select line.

Selects whether the chip select signal is high active (high = 1) or low active (low = 1).

Sets the number of lines to be analyzed.

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

Defines whether SPI message data starts with the most significant bit or the least significant bit. The command applies to bus 1 or 2.

Selects whether transmitted data is high active or low active on the data line.

Selects the input channel of the SPI data line for the specified bus.

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

Returns the number of frames.

Returns the start time of the specified frame.

Returns the status of the specified decoded SPI frame. Query only.

Returns the end time of the specified frame.

Returns the comma separated frame data for the specified SPI frame.

BUS:SPI:FRAM3:DATA?

Returns the number of words in the specified SPI frame.

Returns the start time of the specified data word.

Returns the data value of the specified word.

Returns the data value of the specified word.

Returns the end time of the specified data word.

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.

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

Selects the input channel of the data line. The bus suffix <b> selects bus 1 or 2.

Sets the burst idle time for SSPI bus decoding. Within this idle time the data and clock lines are low; a new frame begins when the idle time has expired and the clock line has been inactive during that time.

Defines whether message data starts with MSB (most significant bit) or LSB (least significant bit).

Sets the word length, i.e. the number of bits in a message. The bus suffix <b> selects bus 1 or 2.

Defines whether the R/W bit of a 7-bit address is considered separately or as part of the address. The setting determines which address lengths are available with TRIGger:A:I2C:MODE.

Sets the input channel to which the clock line is connected.

Sets the input channel to which the data line is connected.

Returns the number of received frames.

Returns the overall state of the frame.

Returns the start time of the specified I2C frame.

Returns the end time of the specified frame.

Returns the address acknowledge bit value for the indicated frame.

Returns the transfer direction, i.e. read or write access from master to slave.

Returns the address mode.

Returns the decimal address value of the indicated frame including the R/W bit.

Returns the decimal address value of the indicated frame without R/W bit.

Returns the start time of the address for the indicated frame.

Returns the state of the address.

Returns the start time of the address acknowledge bit.

Returns the number of data bytes of a frame.

Returns the decimal value of the specified byte.

BUS:I2C:FRAM2:BYTE2:VAL? -> 158

Returns the data words of the specified I2C frame.

BUS:I2C:FRAM2:DATA? returns four data bytes: -> 69,158,174,161

Returns the acknowledge bit value of the specified data byte.

Returns the start time of the acknowledge bit of the specified byte. Query only.

Returns the start time of the specified data byte.

Returns whether a data byte of a frame was received complete.

Selects the input channel of the UART signal.

Defines whether the transmitted bus data is high-active or low-active.

Defines the optional parity bit used for error detection.

Sets the number of data bits in a message for bus 1 or 2. The valid range is 5 to 9 bits in steps of 1.

Sets the number of transmitted bits per second for the selected bus.

Sets the minimal time between two data frames, that is, between the last stop bit and the start bit of the next frame.

Sets the UART stop bits for the selected bus.

Returns the number of frames for the selected UART bus. Query only.

Returns the number of words in a frame. The bus suffix <b> selects bus 1 or 2, and <n> selects the frame.

Returns the start time of the specified UART frame word. Query only.

Returns the state of the specified UART word in the selected frame and bus.

Returns the stop time of the specified UART frame word. Query only.

Returns the decimal value of the specified UART frame word. Query only.

Sets the input channel to which the data line is connected.

Sets the CAN bus configuration for the selected bus. The page slice shows the command in the CAN configuration section, but does not provide the parameter details for this specific mnemonic.

Sets the user defined bit rate for the CAN Decoder.

Sets the sample point for the CAN Decoder within the bit period.

Returns the number of received frames for the selected CAN bus.

Returns the start time of the specified frame.

Returns the overall state of the specified CAN frame.

Returns a comma separated list of decimal values.

Returns the end time of the specified CAN frame.

Returns the type of the specified CAN frame.

Returns the state of the acknowledge field for the selected CAN frame.

Returns the state of the checksum.

Returns the state of the data length code.

Returns the value of the acknowledge field. Query only.

Returns the checksum value.

Returns the state of the identifier. Query only.