Sets the trigger interval of auto trigger for the logic signal output module. The query returns the trigger interval in scientific notation.

:DIGI:INTE 2

Sets the output data length for the logic signal output module. The query returns the data length in scientific notation.

:DIGI:LENG 2
The query returns 2.000000E+00.

Sets the user data offset for the logic signal output module. The query returns the offset in scientific notation.

:DIGI:OFFS 2

Sets the code pattern of the output data for the logic signal output module. The query returns the currently selected pattern: ALL0, ALL1, 01, 8PRBS, 16PRBS, 32PRBS, or USER.

:DIGI:PATT ALL0

Returns or selects the protocol type for the logic signal output module.

:DIGI:PROT PO

Sets the data output rate for the logic signal output module. The query returns the output rate in scientific notation.

:DIGI:RATE 1000
The query returns 1.000000E+03.

Returns or sets the power state of the logic signal output module. The query returns ON or OFF.

:DIGI:STAT ON

Set the IIC address. The query returns any integer between 0 and 127.

:DIGI:IIC:ADDR 127

Sets the IIC address state. The query returns USER or NONE.

:DIGI:IIC:ADDR:STAT NONE

Set the clock line of IIC output. The query returns the selected digital channel as D0 through D15.

:DIGI:IIC:CHAN:SCLK 7

Sets the data line of IIC output. The query returns the selected data channel as D0 through D15.

*:DIGI:IIC:CHAN:SDA 8
The query returns D8.

Sets the IIC operation mode to write or read. The query returns WRITE or READ.

.DIGI:IIC:MODE READ

Sets the bit order of PO data output. The query returns MSB or LSB.

:DIGI:PO:BITO MSB

Sets the phase of the PO clock line. The query returns the current phase as one of 0, 90, 180, or 270.

DIGI:PO:CHAN:PHAS 90

Sets the clock line of PO data output. The query returns C0 or C1.

Sets the data line state of the PO data output. The query returns the current data-line state as an integer, ON, or OFF.

:DIGI:PO:CHAN:STAT 21

Sets the mask data channel under PO protocol. The query returns the current mask channel as D0 through D15 or NONE.

:DIGI:PO:TSTAT 1

Sets the tri-state channel mask for the PO data output. The query returns the current mask as an integer between 0 and 65535.

::DIGI:PO:ZSTAT 21

Sets the baud rate of RS232 data transmission. The query returns the baud rate in "<baudrate>BPS" format.

:DIGI:RS232:BAUD 19200

Returns or sets the number of data bits per frame in RS232 transmission. The query returns 5, 6, 7, or 8.

Sets the RS232 data output channel. The query returns D0 through D14 or D15.

::DIGI:RS232:CHAN:TX 1

Queries the RS232 parity mode. The query returns NON, ODD, EVEN, FIX0, or FIX1.

:DIGI:RS232:PAR ODD

Sets the stop bit of RS232. The query returns 1, 1.5, or 2.

:DIGI:RS232:SBIT 1.5

Sets the data bits per frame in SPI transmission. The query returns 1, 2 or 3.

:DIGI:SPI:BYTE 2

Sets the CS line of the SPI output. The query returns the selected digital channel as D0 through D15.

:DIGI:SPI:CHAN:CS 9
The query returns D9.

Sets the clock line of the SPI output. The query returns the currently selected SCLK channel as D0 through D15.

:DIGI:SPI:CHAN:SCLK 7
The query returns D7.

Returns or sets the SPI output data line channel. The query returns D0, D1, …, D14, or D15.

Returns or sets the SPI clock phase. The query returns 0 or 1; 1 sets the phase to 180° and 0 sets it to 0°.

DIGI:SPI:CPHA 1

Queries the SPI clock polarity setting. The query returns 0 or 1, where 1 means positive polarity and 0 means negative polarity.

:DIGI:SPI:CPOL 1

Sets the CS level of SPI. The query returns HIGH or LOW.

`:DIGI:SPI:CSLE HIGH`

Sets the analog channel voltage for the logic signal output module. The query returns the voltage in scientific notation.

:DIGI:VOLT:ANAL 2.5
The query returns 2.500000E+00.

Enables or disables the analog channel for the logic signal output module. The query returns ON or OFF.

:DIGI:VOLT:ANAL:STAT OFF
The query returns OFF.

Sets the digital channel voltage for the logic signal output module. The query returns the voltage in scientific notation.

::DIGI:VOLT:DIGI 2.5

Enable or disable the digital channel for the logic signal output module. The query returns ON or OFF.

:DIGI:VOLT:DIGI:STAT OFF

Sets the number of bytes used for SPI transfers.

Sets the SPI clock channel selection for the digital SPI interface.

Sets the SPI SDA channel assignment.

Sets the SPI clock phase for the selected digital channel.

Sets the state of the digital function. The command is part of the DIGITAL subsystem.

Sets the analog voltage state for the digital subsystem.

Sets or queries the analog voltage state for a digital channel. The command is listed together with related digital and analog voltage commands, but no syntax or behavior details are shown on this page slice.

Sets the digital voltage mode for the digital I/O. The related state form is listed separately as :DIGItal:VOLTage:DIGItal:STATe.

Sets the digital voltage state for the selected digital configuration.

Queries all files and folders under the current catalog.

Sets the current working directory in mass memory. This command is used to select a directory path for subsequent memory operations.

Copies a file from one directory to another. The command syntax in this slice does not show parameters or additional details.

Deletes a file or directory in mass memory.

Loads a file from the mass memory. The manual slice lists the command but does not provide syntax or parameter details.

Creates a memory directory.

Returns the current directory path used for mass memory operations.

Stores the current waveform, setup, or data to nonvolatile memory. The specific item stored is determined by the instrument's memory store function.

Outputs a sine waveform with the specified frequency, amplitude, DC offset, and start phase. The waveform is applied immediately after the command is executed.

[:SOURce<n>]:APPLy:SINusoid [<freq>[,<amp>[,<offset>[,<phase>]]]]
:APPL:SIN 20000,2.5,0.5,10

Outputs a square waveform with the specified frequency, amplitude, DC offset, and start phase. The waveform is output immediately after the command is executed.

:APPL:SQU 20000,2.5,0.5,10

Outputs a ramp waveform with specified frequency, amplitude, DC offset, and start phase. The output waveform is applied immediately after the command executes.

:APPL:RAMP 20000,2.5,0.5,10

Outputs a pulse waveform with specified frequency, amplitude, DC offset, and delay. The waveform is output immediately after the command executes.

:APPL:PULS 20000,2.5,0.5,0.00002

Outputs a noise waveform with specified amplitude and DC offset. The waveform is applied immediately after the command is executed.

:APPL:NOIS 2.5,0.5

Sets or queries the burst control block for the selected source channel. The slice shows this command group as the parent of burst mode, cycle count, state, delay, phase, internal period, gate polarity, and trigger settings.

Enable or disable the Burst function. If Burst is enabled, Sweep or Mod function is turned off automatically when currently on.

[:SOURce<n>]:BURSt[:STATe] ON|OFF
[:SOURce<n>]:BURSt[:STATe]?

Selects whether the burst waveform is output on the high or low level of the gated trigger signal on the rear-panel ExtTrig connector. This command is only valid in Gated Burst mode.

:BURS:GATE:POL NORM

Specify the edge type of the trigger output signal. The query returns OFF, POS or NEG.

:BURS:TRIG:TRIGO POS

Sets the frequency of the basic waveform. The default unit is Hz, and the query returns the frequency value in scientific notation.

:FREQ:FIX 1500

Executes the align phase operation.

Set the pulse duty cycle, expressed in percent. The duty cycle is related to pulse width, and changing either one automatically changes the other.

:PULS:DCYC 60

Sets the delayed time of the pulse. The default unit is seconds, and the delay range is from 0 s to the pulse period.

Selects whether pulse measurements hold at the Pulse Width or Duty Cycle state.

:PULS:HOLD WIDT

Sets the rising edge of the pulse; the default unit is seconds. The query returns the time value in scientific notation, with default unit seconds.

:PULS:TRAN 0.000001

Sets the falling edge time of the pulse. The default unit is seconds; the query returns the time value in scientific notation with the default unit of s.

:PULS:TRAN:TRA 0.000001

Sets the pulse width, defined as the time from the 50% threshold of a rising edge amplitude to the 50% threshold of the next falling edge amplitude. The query returns the pulse width value in scientific notation.

:PULS:WIDT 0.5ms

Selects the noise waveform shape for the specified source.

Sets the selected source to the pulse waveform function.

Selects the ramp waveform for the specified source channel.

Selects a sinusoidal waveform for source <n> output. It is one of the available :SOURce<n>:APPLy waveform commands.

Sets the source function to a square waveform.

Applies a user-defined waveform to the selected source channel.

Returns the waveform shape currently applied to the selected source output.

Sets the internal burst period for the selected source.

Sets the burst mode for the selected source.

Sets the number of cycles in a burst for the selected source. The command is part of the source burst subsystem.

Sets the phase of the burst waveform for the selected source.

Sets the burst delay for the selected source.

Sets the trigger slope for burst triggering on the selected source channel.

Sets the source used to trigger burst operation for the selected source channel.

Turns burst state on or off for the selected source channel.

Sets the center frequency of source <n>.

Sets the frequency span for the selected source.

Sets the fixed frequency for source <n>.

Sets the arbitrary waveform output mode for the selected source channel.

Sets the symmetry of the ramp waveform for the selected source channel.

Sets the duty cycle for the square waveform on the selected source.

Selects the source function shape. This command is the generic function-shape setting used with the source subsystem.

Turns marker state on or off for the selected source. This command is part of the source marker subsystem.

Selects the internal AM modulation function for the specified source. The slice lists the command but does not provide parameter details or the return value.

Selects the modulation source used for ASK modulation on the specified source channel.

Sets the ASK polarity for the selected source. This command is part of the modulation subsystem for the source channel.

Sets or queries the ASK modulation frequency for source <n>. The optional frequency node is shown in the mnemonic, but this slice does not provide any parameter values or return format.

Sets the internal modulation frequency for FM on the specified source. The parameter is a frequency value in hertz.

Sets the FM modulation source for the selected source <n>.

Sets the FM deviation for the selected source. This command is part of the modulation subsystem for source <n>.

Sets or queries the frequency used for frequency-shift keying modulation on the selected source. The command accepts the source channel number placeholder <n> and the optional FSKey frequency node.

Sets the internal IQ modulation rate for the selected source. The command is part of the modulation subsystem for source <n>.

Sets the I/Q pattern modulation pattern for source n.

Selects the source of IQ data for the modulation subsystem. This command is part of the modulation setup for source n.

Sets the internal modulation frequency for phase modulation on source <n>.

Selects the source used for phase modulation for the specified source channel.

Sets the internal rate for pseudo-random sequence keying modulation. This command is part of the modulation subsystem for source n.

Sets the modulation type for source <n>.

Turns modulation on or off for the selected source. The command is part of the source modulation subsystem.

Sets the duty cycle for pulse modulation on the specified source channel.

Sets the pulse delay for source channel n.

Sets the pulse hold setting for source channel <n>.

Sets the trailing edge transition time for pulse output on the selected source. This command is part of the pulse transition settings for source <n>.

Sets the pulse transition time for the leading edge of source <n>.

Sets the pulse width for the selected source channel.

Sets the polarity of the pseudo-random bit sequence modulation source for the specified source. The source is identified by <n>.

Sets the source used for phase-shift keying modulation.

Sets the internal PWM frequency for the selected source.

Sets the internal PWM function for the selected source modulation. The slice only lists the command name and does not provide syntax, parameters, or a return value.

Sets the PWM source for the selected source channel.

Sets the PWM duty cycle deviation for the selected source channel.

Sets the PWM deviation width for the selected source. The command belongs to the PWM modulation subsystem and includes the optional deviation and width nodes in the syntax.

Sets the period for source <n>; the fixed form is included in the syntax. The command is part of the source waveform timing setup.

Initiates phase adjustment for the selected source channel. This command starts the phase alignment/adjustment process.

Sets or adjusts the phase of source <n>.

Sets the sweep high-time start value for source <n>.

Sets the high time stop value for the sweep timing function.

Sets or returns the rise time for the sweep waveform on source n.

Sets the spacing mode used for source sweep operation.

Sets the sweep state for the selected source output. The command is part of the source sweep subsystem.

Sets the frequency step used during a frequency sweep for the selected source channel.

Sets the sweep time for the selected source channel.

Sets the slope used for the sweep trigger.

Sets the sweep trigger source for the selected source. The command is part of the source sweep trigger subsystem.

Selects the trigger output behavior for sweep operation on the specified source channel.

Triggers the source sweep immediately. This is the immediate form of the source sweep trigger command.

Enables or disables automatic selection of the voltage range for the specified source. The manual page lists the command mnemonic but does not provide further syntax details or a return value on this slice.

Sets the low voltage level for the selected source. It is part of the source voltage level subsystem.

Sets the output voltage offset for the specified source. This command is part of the voltage level subtree and uses the immediate offset node.

Sets the amplitude level of the selected source voltage. It is part of the source voltage level subsystem; related commands in the same group set HIGH, LOW, and OFFSet levels.

Sets the center frequency of the sweep. The default unit is Hz, and different sweep waveforms have different allowable center frequency ranges.

:FREQ:CENT 600
The query returns 6.000000E+02.

Sets the frequency span for the sweep. The default unit is Hz.

:FREQ:SPAN 1100

Sets the start frequency of the sweep. The default unit is Hz; the query returns the frequency value in scientific notation.

:FREQ:STAR 50

Sets the end frequency of the Sweep. The query returns the frequency value in scientific notation.

[:SOURce<n>]:FREQuency:STOP 1150

Selects the waveform to be output, or the carrier waveform when modulation, sweep, or burst mode is enabled. Sending :FUNCtion DC automatically disables the modulation, sweep, or burst function currently enabled.

:FUNC:SHAP SQU

Sets the symmetry of the ramp waveform in percent; values may be entered with or without the % symbol. The query returns the symmetry in scientific notation.

:FUNC:RAMP:SYMM 80% or :FUNC:RAMP:SYMM 80

Sets the duty cycle of the square waveform, expressed in percent; the percent sign is optional in the value syntax. The query returns the duty cycle in scientific notation.

:FUNC:SQU:DCYC 70% or :FUNC:SQU:DCYC 70

Selects the output mode of the arbitrary waveform. The query returns the current mode.

:FUNC:ARB:MODE PLAY

Sets the frequency division coefficient of the arbitrary waveform sample rate. The query returns the integer coefficient value.

[:SOURce<n>]:FUNCtion:ARB:SAMPLE 1
The query returns 1.

Enable or disable the "Mark" frequency function. In step sweep mode, the mark frequency function is not available.

:MARKer ON

Sets the marker frequency of the sweep. The default unit is Hz, and the allowed range is limited by the Start Frequency and End Frequency.

:MARK:FREQ 800

Sets or queries the modulation function for the selected source. The manual slice lists this command as the parent node for AM, FM, PM, ASK, FSK, PSK, and PWM modulation settings.

Sets the internal AM modulation frequency for the specified source. The command is part of the modulation subsystem under :SOURce<n>:MOD:AM:INternal.

Sets the phase modulation deviation for the selected source. The command belongs to the source modulation subsystem.

Enable or disable the modulating function. When Mod is enabled, Sweep or Burst is turned off automatically if it is currently on.

:SOUR:MOD:STAT ON

Enables or disables the modulating function. When Mod is enabled, Sweep or Burst is turned off automatically if currently on.

SOUR:MOD:STAT ON

Select the modulating type of the signal generator. The query returns one of AM, FM, PM, ASK, FSK, PSK, PWM, or IQ.

[:SOURce<n>]:MOD:TYPe PM

Selects the modulating type of the signal generator.

:SOUR:MOD:TYP PM
The query returns PM.

Sets the AM modulation depth in percent. The query returns the modulation depth percentage in scientific notation.

:MOD:AM:DEPT 80%
The query returns 8.000000E+01.

Sets the AM modulation depth, expressed as a percentage. The query returns the modulation depth percentage in scientific notation.

[:SOURce<n>]:MOD:AM[:DEPTh] <depth>|MINimum|MAXimum
[:SOURce<n>]:MOD:AM[:DEPTh]? [MINimum|MAXimum]

Sets the AM internal modulating waveform frequency. The default unit is Hz, and the command is only available when the internal modulating source is selected.

:MOD:AM:INT:FREQ 25
:MOD:AM:INT:FREQ?

Sets the AM modulating waveform frequency. The default unit is Hz; the query returns the frequency value in scientific notation.

:MOD:AM:INT:FREQ 25
:MOD:AM:INT:FREQ?

Selects the AM internal modulating waveform shape. The query returns the current shape as SIN, SQU, TRI, RAMP, NRAM, NOIS, or USER.

:MOD:AM:INT:FUNC SQU

Selects the AM internal modulating waveform shape. The query returns the abbreviated current shape setting.

:MOD:AM:INT:FUNC SQU

Selects the AM modulating source type. The query returns the current source as INT or EXT.

:MOD:AM:SOUR EXT

Selects the AM modulating source type. The query returns INT or EXT.

[:SOURce<n>]:MOD:AM:SOURce?
The query returns EXT.

Sets the frequency deviation of the FM modulating waveform relative to the carrier waveform frequency. The default unit is Hz.

:MOD:FM:DEV 700

Sets the frequency deviation of the FM modulating waveform relative to the carrier waveform frequency. The default unit is Hz; the query returns the deviation value in scientific notation.

:MOD:FM:DEV 700

Sets the FM modulating waveform frequency. The default unit is Hz, and the command is only available when the internal modulating source is selected.

[:SOURce<n>]:MOD:FM:INTernal:FREQuency 1200
[:SOURce<n>]:MOD:FM:INTernal:FREQuency? [MINimum|MAXimum]

Sets the FM modulating waveform frequency. The default unit is Hz, and the command is only available when the internal modulating source is selected.

:MOD:FM:INT:FREQ 1200

Selects the FM internal modulating waveform shape. When queried, it returns the current shape as a short keyword.

:MOD:FM:INT:FUNC SQU

Selects the FM modulating waveform shape for the internal modulating source. The query returns the current shape as an abbreviated keyword.

:MOD:FM:INT:FUNC SQU

Sets the FM modulating source type to internal or external. The query returns INT or EXT.

:MOD:FM:SOUR INT

Returns the FM modulating source type. The query returns INT or EXT.

:MOD:FM:SOUR INT

Sets the deviation of the PM modulating waveform phase relative to the carrier waveform phase. The default unit is degrees ("°"); the query returns the phase deviation value in scientific notation.

:MOD:PM:DEV 90

Sets or queries the phase deviation of the PM modulating waveform relative to the carrier waveform phase. The default unit is degrees (°).

:MOD:PM:DEV 90

Sets the PM modulating waveform frequency. The default unit is Hz, and the command is only available when the internal modulating source is selected.

:MOD:PM:INT:FREQ 1200
The query returns 1.200000E+03.

Sets the PM internal modulating waveform frequency; the default unit is Hz. The query returns the frequency value in scientific notation.

:MOD:PM:INT:FREQ 1200
The query returns 1.200000E+03.

Selects the PM internal modulating waveform shape. The query returns the current shape as SIN, SQU, TRI, RAMP, NRAM, NOIS, or USER.

:MOD:PM:INT:FUNC SQU
The query returns SQU.

Select the PM modulating waveform shape. The query returns SIN, SQU, TRI, RAMP, NRAM, NOIS or USER.

:MOD:PM:INT:FUNC SQU
The query returns SQU.

Sets the PM modulating source type to internal or external. The query returns the present source as INT or EXT.

[:SOURce<n>]:MOD:PM:SOURce INTernal
[:SOURce<n>]:MOD:PM:SOURce?

Returns or sets the PM modulating source type. The query returns INT or EXT.

[:SOURce<n>]:MOD:PM:SOURce?
The query returns INT.

Sets the ASK frequency, which controls how the output amplitude shifts between the carrier amplitude and the modulating amplitude. The query returns the rate value in scientific notation.

:SOUR1:MOD:ASK 150

Sets the ASK modulation frequency, which controls the rate at which the output amplitude shifts between carrier and modulating amplitude. The default unit is Hz; the command is available only when the internal modulating source is selected.

:SOUR1:MOD:ASK 150

Sets the ASK modulating waveform amplitude. The default unit is Vpp, and the query returns the amplitude value in scientific notation.

:MOD:ASK:INT:AMPL 2.5

Sets the ASK modulating waveform amplitude. The default unit is Vpp; the query returns the amplitude value in scientific notation.

:MOD:ASK:INT:AMPL 2.5
The query returns 2.500000E+00.

Sets the ASK modulating source type. The query returns INT or EXT.

:MOD:ASK:SOUR INT

Returns or sets the ASK modulating source type. The query returns INT or EXT.

[:SOURce<n>]:MOD:ASKey:SOURce?

Selects the positive or negative polarity of the modulating waveform to control the output amplitude. The query returns POS or NEG.

:MOD:ASK:POL NEG

Selects the "Positive" or "Negative" polarity of the modulating waveform used to control the output amplitude. The query returns POS or NEG.

:MOD:ASK:POL NEG

Sets the alternating frequency (“hop” frequency) for FSK; the default unit is Hz. The query returns the frequency value in scientific notation.

:MOD:FSK 100

Sets the alternating frequency (hop frequency) of FSK. The query returns the frequency value in scientific notation.

:MOD:FSK 100

Sets the frequency at which the FSK output frequency shifts between the carrier frequency and the hop frequency. The default unit is Hz.

:SOUR:MOD:FSK 150

Sets or queries the FSK internal modulation rate, which controls how often the FSK output frequency shifts between the carrier frequency and the hop frequency. The default unit is Hz.

[:SOURce<n>]:MOD:FSKey:INTernal:RATE <rate>|MINimum|MAXimum
[:SOURce<n>]:MOD:FSKey:INTernal:RATE? [MINimum|MAXimum]

Sets the FSK modulating source type to internal or external. The query returns the current source as INT or EXT.

:MOD:FSK:SOUR INT

Returns or sets the FSK modulating source type. The query returns INT or EXT.

:MOD:FSK:SOUR INT

Selects the polarity of the modulating waveform used to control the output frequency. The query returns POS or NEG.

[:SOURce<n>]:MOD:FSKey:POLarity POSitive|NEGative
[:SOURce<n>]:MOD:FSKey:POLarity?
:MOD:FSK:POL NEG

Selects the positive or negative polarity of the modulating waveform used to control the output frequency. The query returns POS or NEG.

:MOD:FSK:POL NEG

Sets the PSK internal modulation rate, i.e. the frequency at which the PSK output phase shifts between carrier phase and modulating phase. The default unit is Hz.

[:SOURce<n>]:MOD:PSKey:INTernal:RATE <rate>|MINimum|MAXimum
[:SOURce<n>]:MOD:PSKey:INTernal:RATE? [MINimum|MAXimum]

Sets the frequency at which the PSK output phase shifts between the carrier phase and the modulating phase. The query returns the rate value in scientific notation.

:MOD:PSK:INT:RATE 150
The query returns 1.500000E+02.

Sets the PSK modulating waveform phase. The query returns the phase value in scientific notation.

:MOD:PSK:PHAS 90

Sets the PSK modulating waveform phase. The query returns the phase value in scientific notation.

:MOD:PSK:PHAS 90
The query returns 9.000000E+01.

Selects the positive or negative polarity of the modulating waveform to control the output phase.

:MOD:PSK:POL NEG

Selects the positive or negative polarity of the modulating waveform to control the output phase. The query returns POS or NEG.

:MOD:PSK:POL NEG

Sets the PSK modulating source type to Internal or External. The query returns INT or EXT.

:MOD:PSK:SOUR INT

Returns or sets the PSK modulating source type. The query returns INT or EXT.

::SOURce<n>:MOD:PSKey:SOURce INTernal|EXTernal
::SOURce<n>:MOD:PSKey:SOURce?

Sets the PWM modulating waveform frequency. The default unit is Hz, and the command is only available when the internal modulating source is selected.

:MOD:PWM:INT:FREQ 150

Sets the PWM modulating waveform frequency. The default unit is Hz and the command is only available when the internal modulating source is selected.

:MOD:PWM:INT:FREQ 150

Selects the PWM internal modulating source shape. The query returns the abbreviated current shape.

:MOD:PWM:INT:FUNC SQU

Selects the PWM internal modulating waveform shape. The query returns the abbreviated form of the currently selected shape.

:MOD:PWM:INT:FUNC SQU
The query returns SQU.

Sets the PWM modulating source type to Internal or External. The query returns INT or EXT.

:MOD:PWM:SOUR INT

Queries the PWM modulating source type. The query returns INT or EXT.

:MOD:PWM:SOUR INT

Sets the duty cycle deviation of the modulated waveform, expressed as a percentage, relative to the original pulse waveform. The query returns the deviation value in scientific notation.

:MOD:PWM:DCYC 45%

Sets the duty cycle deviation, the variation in duty cycle of the modulated waveform from the duty cycle of the original pulse waveform. The query returns the deviation value in scientific notation.

:MOD:PWM:DCYC 45%
The query returns 4.500000E+01.

Sets the pulse width deviation, i.e. the variation in width of the modulated waveform from the original pulse waveform. The query returns the pulse width deviation in scientific notation.

[:SOURce<n>]:MOD:PWM[:DEViation][:WIDTh] <deviation>|MINimum|MAXimum
[:SOURce<n>]:MOD:PWM[:DEViation][:WIDTh]? [MINimum|MAXimum]

Sets the pulse width deviation, the variation in width of the modulated waveform from the original pulse width. The query returns the pulse width deviation in scientific notation.

:MOD:PWM:DEV:WIDT 0.0002

Sets the transmission rate of the IQ code pattern. The default unit is bps, and the command is available only when the internal modulating source is selected.

:MOD:IQ:INT:RATE 100

Set the transmission rate of the IQ code pattern. The query returns the IQ code rate in scientific notation.

:MOD:IQ:INT:RATE 100
The query returns 1.000000E+02.

Sets or queries whether DHCP is enabled for the LAN interface.

Sets the LAN IP address.

Sets whether the LAN static IP configuration is enabled. This command belongs to the LAN communication setup subsystem.

Sets the subnet mask for the signal generator. The query returns the subnet mask in nnn.nnn.nnn.nnn format.

SYST:COMM:LAN:SMAS 255.255.255.0
The query returns 255.255.255.0.

Sets the subnet mask for the signal generator. The query returns the subnet mask in nnn.nnn.nnn.nnn format.

SYST:COMM:LAN:SMAS 255.255.255.0

Sets the default gateway for the signal generator. The query returns the default gateway in nnn.nnn.nnn.nnn format.

SYST:COMM:LAN:GATE 192.168.1.1

Sets the default gateway for the signal generator. The query returns the default gateway in nnn.nnn.nnn.nnn format.

:SYST:COMM:LAN:GATE 192.168.1.1

Set the host name for the signal generator. The query returns the host name.

:SYST:COMM:LAN:HOST RigolDG5000

Returns or sets the LAN host name for the signal generator. The setting is stored in non-volatile memory.

SYST:COMM:LAN:HOST RigolDG5000

Sets the LAN domain name for the signal generator. The query returns the current domain name.

:SYST:COMM:LAN:DOM Rigol

Sets the LAN domain name for the signal generator. The query returns the current domain name.

SYST:COMM:LAN:DOM Rigol

Sets the DNS server address for the signal generator. The query returns the DNS server address in nnn.nnn.nnn.nnn format.

SYST:COMM:LAN:DNS 202.106.46.151

Sets the DNS server address for the signal generator, or queries the current DNS server address. The address is in nnn.nnn.nnn.nnn format and is stored in non-volatile memory.

:SYST:COMM:LAN:DNS 202.106.46.151

Queries and returns the MAC address.

Selects the device type to be connected to the instrument via the USB Device interface of the signal generator.

SYST:COMM:USB:CLAS COMP

Selects the device type to be connected to the instrument via the USB Device interface of the signal generator. The query returns the current class as COMP or PRIN.

SYST:COMM:USB:CLAS COMP

Queries the USB information.

:SYSTem:COMMunicate:USB:INFormation?

Sets the GPIB address for the signal generator. The query returns the current address value.

:SYST:COMM:GPIB:SELF:ADDRess 2

Set the GPIB address for the signal generator. The query returns the current address value from 0 to 30.

:SYST:COMM:GPIB:SELF:ADDRess 2

Sets or queries the beeper state.

Produces an immediate beep. This is the immediate form of the system beeper command.

Sets or queries the GPIB address for the system communication interface. The optional SELF node selects the instrument's own GPIB address.

Turns automatic IP configuration on or off for the LAN interface.

Enables or disables DHCP for LAN configuration.

Sets the DNS server address used for LAN communication.

Sets the LAN domain name.

Sets the LAN gateway address.

Sets the LAN host name.

Sets the LAN IP address.

Returns the MAC address of the LAN interface.

Sets the LAN subnet mask.

Sets or queries whether the LAN interface uses a static network configuration.

Returns information about the USB interface. The manual slice does not further specify the content or format of the response.

Returns the next error in the system error queue.

Locks the front-panel keys. The command has no parameters and is used to prevent unintended local operation.

Sets the system language. The available language is selected with this command.

Turns the instrument on. This command is one of the system power/control commands listed in the manual.

Restarts the instrument.

Selects the oscillator source for the system reference clock.

Shuts down the instrument.

Switches the instrument between remote and local control states.

Returns the instrument firmware version.

Downloads floating-point voltage values into volatile memory. The values must be in the range -1 to +1 and the data length cannot exceed 512 kpts.

[:TRACe]:DATA[:DATA] VOLATILE,<value>{,<value>}

Downloads waveform data into volatile memory for the DDRII. The command accepts either a binary block or a list of decimal DAC values; when the transfer flag is END, the instrument switches to arbitrary waveform output automatically.

:DATA:DAC16 VOLATILE,CON,#532768binary data
:DATA:DAC VOLATILE,#516384binary data
:DATA:DAC VOLATILE,0,16883,8192,0,16383

Modifies the decimal integer value of a specified point in volatile arbitrary waveform memory. It is only available when the current output waveform is arbitrary waveform and the arbitrary waveform type is volatile.

:DATA:VAL VOLATILE,2,8192

Queries the decimal integer value of a specified point in volatile memory. It is only available when the current output waveform is arbitrary waveform and the arbitrary waveform type is volatile.

:DATA:VAL? VOLATILE,2

Queries the number of arbitrary waveform data packets in volatile memory, or reads a specified data packet from volatile memory. When used with VOLATILE, the query returns the packet count; when used with a numeric index, it returns the selected packet data.

[:TRACe]:DATA:LOAD? VOLATILE
[:TRACe]:DATA:LOAD? <num>
:DATA:LOAD? 1

Sets the number of the initial points of the volatile waveform, and the query returns the current number of initial points of the edited waveform. After this command is sent, the instrument switches to arbitrary waveform output mode and initializes the volatile waveform to the specified number of points and 0 amplitude.

Sets or queries the number of initial points in the edited waveform. When set, the instrument switches to arbitrary waveform output mode and initializes the volatile waveform to the specified number of points with 0 amplitude.

Sets the interpolation mode between the defined points of the waveform. The query returns the current interpolation mode.

[:TRACe]:DATA:POINts:INTerpolate LINear|SINC|OFF
[:TRACe]:DATA:POINts:INTerpolate?
:DATA:POIN:INT LIN

Sets the interpolation mode between the defined points of the waveform. The query returns the current interpolation mode.

:DATA:POIN:INT LIN

Returns the instrument identification string.

Resets the instrument to its default state.

Triggers an immediate event. This is a common command listed in the quick reference.

Sets the coupling state. This command is listed in the Coupling command group, with a corresponding state node in the syntax.

Saves the display to the instrument’s memory as an image. This command executes immediately.

Sets the display saver state. The optional [:STATe] node indicates the command can be sent with or without the final state node.

Sets the display highlight color.

Returns a catalog of the contents of the memory directory.

Sets the output impedance for the specified output channel.

Sets the load impedance for the selected output. The command applies to output <n> when the optional output index is specified.

Sets or queries the state of the selected output. The optional output number <n> selects which output is affected.

Sets the sync output polarity for the specified output channel. The command is paired in the manual with the related :OUTPut[<n>]:SYNC[:STATe] entry.

Turns the output synchronization state on or off for the selected output channel.

Transfers trace data as 16-bit DAC values.

Transfers or defines trace data. This slice only shows the command heading and related forms, not the detailed syntax or behavior.