Performs calibration save-related operation.

Returns the calibration date.

Returns the secure state of the calibration subsystem.

Sets a calibration string. No return value is documented for the query in this slice.

CALibration:STRing "<string>"
CALibration:STRing?

Enables or disables automatic saving of calibration constants. When enabled, leaving the CAL state automatically moves calibration data from volatile to non-volatile memory and increments CALibration:COUNt by 1.

CAL:ASAVE 1

Returns the number of times the electronic load has been calibrated. The value increases by one for each calibration point.

CALibration:COUNt?

Sets the input current value for the low calibration range. The value must be entered after selecting a calibration level, and the command can only be used when calibration is unsecured and input is ON.

CAL:CURR:LOW 0.5

Sets the input current value for the middle calibration range, obtained by reading an external meter. The command is used only when calibration is unsecured and input is ON.

CAL:CURR:MID 1

Sets the input current value for the high calibration range using a value read from an external meter. The command can only be used when calibration is unsecured and input is ON, and a calibration level must be selected first.

CALibration:CURRent[:DATA][:HIGH] <current>[, (@<chanlist>)]
Sets the input current value (high range) obtained by reading a DMM for example 5 A: CAL:CURR 5

Sets the electronic load to a current limit calibration point entered with CALibration:CURLimit[:DATA]. The command can only be used after calibration is unsecured, and the low-end point must be selected first during a two-point calibration.

CAL:CURL LEV 5, (@1)

Enters a current limit value for calibration on the selected input. The value must be obtained from an external meter, and two successive end-point values must be entered after selecting the calibration level.

CAL:CURL 5, (@1)

Sets the electronic load to the low calibration point for current level calibration. It can only be used after calibration is unsecured, and the low-end point (MIN or POINT1) must be selected and entered first.

CAL:CURR:LEV:LOW MIN, (@1)

Sets the calibration point for current limit calibration to the mid-range level. Before use, the input to be calibrated must be selected with the INSTrument command, and calibration must be unsecured.

CAL:CURR:LEV:LOW MIN, (@1)

Sets the electronic load to a calibration point for current level calibration. The low-end point (MIN or POINT1) must be selected and entered first during calibration.

CAL:CURR:LEV POINT1, (@1)
CAL:CURR:LEV:LOW MIN, (@1)

Stores the date that the electronic load was last calibrated in nonvolatile memory. This command is equivalent to CALibration:STRing.

CAL:DATE "4/22/17"

Saves calibration constants in non-volatile memory after the calibration procedure has been completed. If Auto Save is not enabled, CAL:SAVE stores the new calibration data to non-volatile memory.

Saves calibration constants: CAL:SAVE

Sets a new security passcode for calibration security. The passcode must be entered after unsecuring the electronic load with the old passcode, and can be up to 9 digits.

CAL:SEC:CODE 12345

Secures or unsecures the electronic load for calibration using the specified passcode. The query returns 0 when calibration is unsecured and 1 when it is secured.

CAL:SEC:STAT ON, 0

Saves up to 40 characters of calibration information, such as a last calibration date, next due date, or serial number. The string can be read back regardless of security status, but writing it requires the instrument to be unsecured.

CAL:STR "4/22/17"

Sets the electronic load to the low calibration point for voltage calibration. During calibration, the low-end point must be selected and entered first, after unsecuring calibration and selecting the input to be calibrated.

CAL:VOLT:LEV MIN

Sets the electronic load to a calibration point entered with CAL:VOLT[:DATA] for the selected input. During calibration, the low-end point must be selected and entered first, followed by the high-end point.

CAL:VOLT:LEV MIN

Sets the low input voltage value for a selected input during calibration. The value is entered from an external meter and is used with the corresponding high-end value to compute new calibration constants.

CAL:VOLT 0.5, (@1)

Sets a calibrated high voltage value for a selected input channel using an externally measured value. The value is used with the corresponding low value to compute new calibration constants stored in non-volatile memory.

CAL:VOLT 10, (@1)

Selects the active channel by numeric index. The command accepts channel 1 or 2, and the query returns the current selection.

Selects or queries the channel load setting. When queried with MAX, it returns the maximum load setting.

Selects the active channel. If no channel is specified, the command uses CH1 or CH2 as documented in the syntax line.

Selects the input to be programmed among two inputs by numeric value instead of the input identifier used in :CHANnel[:SELect]. 1 selects CH1 and 2 selects CH2.

CHANnel:NSELect [1 | 2]
CHANnel:NSELect?

Selects the input to be programmed among the available channels by input identifier. If the optional channel parameter is omitted, the executed command applies to the currently selected channel.

Selects multiple inputs from the electronic load to which all subsequent input-specific commands will be directed. The query returns the number of inputs in the electronic load.

CHANnel[:LOAD] [1 | 2]
CHANnel[:LOAD]? MAX

Sets or queries the positive immediate current limit amplitude. The command accepts a current value, MINimum, or MAXimum when setting, and the query can be qualified with MINimum or MAXimum.

Sets or queries the current output mode. The available modes are fixed, step, and list.

Sets the triggered current amplitude. The value may be a current or the MINimum or MAXimum keyword.

Sets or queries the present current amplitude level. The command accepts a current value or the keywords MINimum, MAXimum, and DEFault; the query form can also request MINimum or MAXimum explicitly.

Sets the triggered current level when the input is in constant current mode. The triggered level is a stored value that is programmed when a Step transient is triggered.

CURR:TRIG 1, (@1,2)

Sets the immediate current level when the input is in constant current mode. The query returns the programmed current level for each specified channel as a scientific-notation value.

CURR 3, (@1)

Sets the current limit in CV mode. The minimum value is the most negative value of the range; units are amperes.

*RST MAX
Sets the current limit to 2 A: CURR:LIM 2 (@1)

Determines what happens to the input current when the transient system is initiated and triggered. The query returns the current mode for each specified channel.

[SOURce:]CURRent:MODE FIXed | STEP | LIST[, (@<chanlist>)]
[SOURce:]CURRent:MODE? [(@<chanlist>)]

Sets the over-current protection delay start condition for the specified channel list. This controls what event starts the overcurrent protection delay timer.

CURR:PROT:DEL:STAR CCTR, (@1)

Returns or sets the condition that starts the overcurrent protection delay timer. For the query form, the instrument returns the current protection delay start mode as SCH or CCTR.

[SOURce:]CURRent:PROTection:DELay:STARt SCHange | CCTRans[, (@<chanlist>)]
[SOURce:]CURRent:PROTection:DELay:STARt? [(@<chanlist>)]

Sets the over-current protection delay time in milliseconds. The query returns the overcurrent protection delay in milliseconds in scientific notation.

*RST 0.02
Sets the protection delay to 0.2 seconds for channel 1: CURR:PROT:DEL 0.2, (@1)

Sets the over-current protection delay time in milliseconds. The query returns the delay in milliseconds in scientific notation.

*RST 0.02
CURR:PROT:DEL 0.2, (@1)

Enables or disables overcurrent protection. When enabled, the instrument enters a protected state if the input remains in constant current mode longer than the OCP delay; the input is turned off after OCP is tripped.

[SOURce:]CURRent:PROTection:STATe ON | OFF | 1 | 0[, (@<chanlist>)]
[SOURce:]CURRent:PROTection:STATe? [(@<chanlist>)]

Enables or disables overcurrent protection for the selected channel. When queried, returns 1 (ON) or 0 (OFF) for the protection state.

[SOURce:]CURRent:PROTection:STATe ON | OFF | 1 | 0[, (@<chanlist>)]
[SOURce:]CURRent:PROTection:STATe? [(@<chanlist>)]

Returns whether an overcurrent protection event has occurred. The value is reset to 0 by CURRent:PROTection:CLEar.

Sets the current range for the selected channel list. The instrument chooses the best-resolution range for the highest current value entered; the command is coupled with [SOURce:]CURRent.

*RST MAX
CURR:RANG 3, (@1)

Queries the present current range. For each specified channel, it returns the maximum current that can be programmed on the range currently set; multiple responses are comma-separated.

[SOURce:]CURRent:RANGe? [MINimum | MAXimum,] [(@<chanlist>)]

Sets the current slew tracking state.

Returns the current slew tracking state for the specified channel list. The response is 0 or 1.

Sets the negative input current slew rate in amps per second. The slew rate can be set to any value between the minimum and 9.9E+37; MAX or INFinity select the maximum slew rate.

[SOURce:]CURRent:SLEW:NEGative[:IMMediate] <slew rate> | MINimum | MAXimum | INFinity[,
[SOURce:]CURRent:SLEW:NEGative[:IMMediate]? [MINimum | MAXimum,] [ (@<chanlist>)]

Returns the programmed negative current slew rate for each specified channel. If the query uses the MINimum or MAXimum qualifier, it returns the corresponding limit value.

[SOURce:]CURRent:SLEW:NEGative[:IMMediate]? [MINimum | MAXimum,] [ (@<chanlist>) ]

Sets the positive current slew rate. The slew rate is set in amps per second and can be programmed to a value between the minimum value and 9.9E+37, or set to maximum with MAXimum or INFinity.

Queries the positive current slew rate. The returned slew rate is in amps per second and is the programmed value for each specified channel; maximum slew is represented by 9.9E+37.

CURR:SLEW? MIN, (@1)
CURR:SLEW? MAX, (@1)

Enables or disables the negative maximum slew rate override. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by the CURRent:SLEW command.

[SOURce:]CURRent:SLEW:NEGative:MAXimum ON | OFF | 1 | 0[, (@<chanlist>)]
[SOURce:]CURRent:SLEW:NEGative:MAXimum? [(@<chanlist>)]

Enables or disables the negative maximum slew rate override. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by CURRent:SLEW.

Disables the negative maximum slew rate: CURR:SLEW:NEG:MAX OFF, (@1)

Enables or disables the positive maximum slew rate override. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by CURRent:SLEW.

[SOURce:]CURRent:SLEW[:POSitive]:MAXimum ON | OFF | 1 | 0[, (@<chanlist>)]
[SOURce:]CURRent:SLEW[:POSitive]:MAXimum? (@<chanlist>)

Enables or disables the positive maximum slew rate override. When enabled, the slew rate is set to its maximum value; when disabled, it uses the immediate value set by CURRent:SLEW.

[SOURce:]CURRent:SLEW[:POSitive]:MAXimum? (@<chanlist>)

Specifies the transient input current level. The transient function switches between the immediate setting and the transient level, and the level is in amperes.

CURR:TLEV 5, (@1)

Specifies the transient input current level for the selected channel. The transient function switches between the immediate setting and the transient level, and the units are amperes.

Sets the transient input current to 5 A: CURR:TLEV 5, (@1)

Returns whether continuous transient initiation is enabled for the selected channels.

Initiates the measurement trigger system. If a trigger occurs before the trigger system is ready, it is ignored; the WTG-meas bit in the operation status register indicates readiness.

INIT:ACQ (@1)

Initiates the internal or external data logging session. The filename must be the full path and filename; for internal logging, only Internal:/log1.dlog or Internal:/log2.dlog are accepted.

INIT:DLOG "External:/log_1.dlog"

Initiates the transient trigger system. When initiated, an event on the selected trigger source causes the specified triggered action to occur; if a trigger occurs before the system is ready, it is ignored.

INIT:TRAN (@1)

Continuously initiates the transient trigger system so multiple triggers can generate multiple input transients without intermediate commands. The enabled state is ON (1) and the disabled state is OFF (0).

INIT:CONT:TRAN ON, (@1)

Clears input protection for the specified channels. If no channel list is given, it applies to the current selection.

Sets the power-on state for the input channel. The allowed values are RST and recall states RCL0 through RCL9.

Returns the present power-on state for the input subsystem. The manual lists the query alongside the corresponding setter values RST and RCL0 through RCL9.

Sets or queries the short-state input control. The command accepts ON/OFF or 1/0.

Sets or queries the short state for the input subsystem.

Enables or disables the input. A disabled input is forced to zero input voltage and zero source current; at *RST, the input state is off.

INPut[:STATe] ON | OFF | 1 | 0[, (@<chanlist>)]
INPut[:STATe]? [(@<chanlist>)]
Turns the input off: INP OFF, (@1)

Specifies which input channels are controlled by the input synchronization/coupling function. A query returns the coupled channels as a comma-separated list.

INP:COUP:CHAN CH1, CH2

Returns the channels that are coupled by the input synchronization function. Multiple coupled channels are returned as a comma-separated list.

Queries the input state of the electronic load for the specified channel list. The returned value is 0 for OFF or 1 for ON.

Sets the delay in seconds before disabling the specified input. The delay applies to on-to-off transitions, including changes in output state, but not to transitions caused by protection functions.

INPut[:STATe]:DELay:FALL 0.5, (@2)

Returns or sets the delay in seconds before the specified input is disabled on an on-to-off transition. It does not affect off transitions caused by protection functions, and delay times are programmable from 0 to 1023 seconds with 1 ms resolution.

OUTP:DEL:FALL 0.5, (@2)

Sets the delay in seconds that the instrument waits before enabling the specified input. The delay applies to off-to-on transitions, including output state changes and output protection clear events.

INPut[:STATe]:DELay:RISE 0.5, (@2)

Returns the programmed input delay rise time. The query returns the delay parameter in scientific notation.

INPut[:STATe]:DELay:RISE? [MINimum|MAXimum,] [(@<chanlist>)]

Sets the operating mode of the Inhibit input (INH) digital pin. The inhibit function shuts down the load input in response to an external signal on the Inhibit input pin, and the setting is stored in non-volatile memory.

INP:INH:MODE LATC

Sets the operating mode of the Inhibit input (INH) digital pin. The inhibit function shuts down the load input in response to an external signal on the Inhibit input pin, and the setting is stored in non-volatile memory.

Specifies the electronic load operation mode. Coupling must not be used when the instrument is operating in parallel mode.

INPut:PAIR OFF
INPut:PAIR PAR

Specifies the electronic load operation mode. Coupling must not be used when the instrument is operating in parallel mode.

Clears output protection for the specified channels. If no channel list is given, it applies to the selected channel(s).

Sets the power-on state for the output subsystem. The allowed values are the stored recall states RST, RCL0 through RCL9.

Returns the present output power-on state.

Sets or queries the output short state. The command accepts ON/OFF or 1/0 values.

Sets or queries the output short-circuit state. The state can be ON/OFF or 1/0.

Enables or disables the output. The electronic load reports 0 when the output is off and 1 when it is on.

OUTPut[:STATe] ON | OFF | 1 | 0[, (@<chanlist>)]
OUTPut[:STATe]? [(@<chanlist>)]

Specifies which input channels are controlled together by the input synchronization function. A query returns the channels that are coupled, separated by commas.

INP:COUP:CHAN CH1, CH2

Returns the channels that are coupled for the input synchronization function. Multiple responses are separated by commas.

OUTPut[:STATe]:COUPle:CHANNel?

Returns the input state of the electronic load. The returned value is 0 (OFF) or 1 (ON).

Sets the fall delay in seconds before disabling the specified output. The delay affects on-to-off transitions, including changes in the output state, but does not affect transitions caused by protection functions.

OUTP:DEL:FALL 0.5, (@2)

Sets the delay in seconds before the specified output is disabled, affecting on-to-off transitions including changes in OUTPut[:STATe]. The query returns the programmed delay time in scientific notation.

OUTP:DEL:FALL 0.5, (@2)

Sets the rise delay in seconds before enabling the specified output/input channel sequence. The delay affects off-to-on transitions and can be programmed from 0 to 1023 seconds with 1 ms resolution.

OUTP:DEL:RISE 0.5, (@2)

Returns the programmed delay time in seconds before enabling the specified output. The query returns the parameter in scientific notation.

OUTP:DEL:RISE 0.5, (@2)

Sets the operating mode of the Inhibit input (INH) digital pin. The inhibit function shuts down the load input in response to an external signal on the Inhibit input pin, and the setting is stored in non-volatile memory.

OUTPut:INHibit:MODE LATChing
INP:INH:MODE LATC

Sets or queries the operating mode of the Inhibit input (INH) digital pin. The inhibit function shuts down the load input in response to an external signal on the Inhibit input pin, and the setting is stored in non-volatile memory.

INP:INH:MODE LATC

Specifies the electronic load operation mode. Coupling must not be used when the instrument is operating in parallel mode.

OUTPut:PAIR OFF
OUTPut:PAIR PAR

Specifies the electronic load operation mode. This command is applicable for EL34243A only; coupling must not be used when the instrument is operating in parallel mode.

Sets or queries the LXI identify state. The command accepts ON, OFF, 1, or 0.

Sets or queries the MDNS state for LXI. The command accepts ON/OFF or 1/0.

Sets or queries the LXI status indicator identify state. ON/1 changes the indicator to the "Identify" state; OFF/0 changes it to "No Fault".

LXI:IDEN 0

Controls the mDNS service. The query returns the control state of the mDNS service.

LXI:MDNS 1

Sets the number of transient cycles or infinite operation for the selected channel list. The command accepts a numeric value or the keywords MINimum, MAXimum, or INFinity.

Sets or queries the number of transient events to generate for the selected channels. The query can also request the minimum, maximum, or infinity value.

Sets the transient duty cycle for the selected channel(s).

Sets the transient duty cycle for the selected channel(s). The query returns the present duty cycle, or the minimum or maximum duty cycle when qualified with MINimum or MAXimum.

Sets the transient frequency for the selected channel(s). The value can be set numerically or to the MINimum or MAXimum limits.

Sets or queries the transient frequency for the selected channel(s).

Sets the transient output mode for the selected channels. The available modes are continuous, pulse, toggle, and list.

Sets or queries the transient mode for the selected channel list. The query returns the current transient mode.

Sets or queries the transient pulse width for the selected channel(s). The query form can also return the minimum or maximum allowed width.

Queries the transient pulse width setting for the selected channel list. The query can also return the minimum or maximum allowed width when qualified with MINimum or MAXimum.

Sets or queries the transient count, i.e. the number of times continuous mode is executed before completion. The count can be set from 1 to 9999, or to infinity.

TRAN:COUN 50, (@1)

Returns the current transient count, or the minimum, maximum, or infinity value when queried with a qualifier. The transient count sets how many times continuous mode is executed before completion.

TRAN:COUN 50, (@1)

Sets the duty cycle for each transient when the generator is in CONTinuous mode. Units are percentage (%).

TRAN:DCYC 10.5, (@1)

Sets the duty cycle for each transient when the generator is in CONTinuous mode. Units are percentage (%).

TRAN:DCYC 10.5, (@1)

Sets the frequency of the transient when the generator is in continuous mode. This command is the same as INPut:PROTection:DELay.

TRAN:FREQ 50, (@1)

Returns the transient frequency setting. This command is the same as INPut:PROTection:DELay.

TRAN:FREQ 50, (@1)

Sets the operating mode of the transient generator. The mode determines whether the generator outputs a continuous pulse stream, a single pulse, toggles between two levels, or switches to list mode.

TRAN:MODE CONT, (@1)

Queries the operating mode of the transient generator. The return is CONT, PULS, TOGG, or LIST.

Sets the pulse width of the transients when the generator is in PULSe mode. Units are in seconds.

TRAN:TWID 0.5, (@1)

Sets the pulse width of the transients when the generator is in PULSe mode. Units are in seconds.

TRAN:TWID 0.5, (@1)

Sets the trigger source for the transient subsystem. The listed sources are BUS, EXTernal, IMMediate, PIN1, PIN2, and PIN3 for the specified channels.

Sets the slope of the input signal for current-triggered acquisition when the measurement trigger source is set to a level.

TRIG:ACQ:CURR:SLOP NEG, (@1)

Sets or queries the slope of the current trigger signal when the measurement trigger source is set to a level.

TRIG:ACQ:CURR:SLOP NEG, (@1)

Sets or queries the current triggered level of the input when the measurement trigger source is set to a level. Values are specified in amperes; the minimum and maximum depend on the unit ratings.

TRIG:ACQ:CURR 3, (@1)

Sets or queries the current triggered level of the input when the measurement trigger source is set to a level. Values are specified in amperes, and the minimum and maximum depend on the unit rating.

TRIG:ACQ:CURR 3, (@1)

Triggers the measurement immediately, overriding any selected trigger source. It generates an immediate acquisition trigger.

TRIG:ACQ (@1)

Selects the trigger source for the acquisition system. The query returns the current acquisition trigger source for the specified channel list.

TRIG:ACQ:SOUR CURR1, (@1)

Returns the acquisition trigger source. The query returns BUS, EXT, IMM, CURR<n>, VOLT<n>, or PIN<n>.

TRIGger:ACQuire:SOURce? [(@<chanlist>)]

Sets the voltage triggered level of the input. It applies when the measurement trigger source is set to a level, and values are specified in volts.

TRIG:ACQ:VOLT 50, (@1)

Sets the voltage trigger level for the acquisition system when the measurement trigger source is level-based. The level is specified in volts and the minimum and maximum values depend on the unit ratings.

TRIG:ACQ:VOLT 50, (@1)

Sets the slope of the voltage trigger signal. It applies when the measurement trigger source is set to a level.

TRIG:ACQ:VOLT:SLOP POS, (@1)

Sets or queries the slope of the signal for acquire-voltage triggering. It applies when the measurement trigger source is set to a level.

TRIG:ACQ:VOLT:SLOP POS, (@1)

Sets the current triggered level of the data logger when the trigger source is set to a level. Values are specified in amperes and depend on the unit ratings.

TRIG:DLOG:CURR 3, (@1)

Sets or queries the current triggered level of the data logger when the data logger trigger source is set to a level. Values are specified in amperes, and the minimum and maximum values depend on the unit ratings.

TRIG:DLOG:CURR 3, (@1)

Triggers the internal data logger immediately, overriding any selected trigger source and generating immediate triggers.

Sets the slope of the data logger current trigger signal when the trigger source is set to a level. The slope can be positive (rising) or negative (falling).

Sets or returns the slope of the data logger current trigger signal. It applies when the data logger trigger source is set to a level.

TRIGger:DLOG:CURRent:SLOPe POSitive | NEGative[, (@<chanlist>)]
TRIGger:DLOG:CURRent:SLOPe? [(@<chanlist>)]

Sets the slope of the data logger trigger signal. Applies when the data logger trigger source is set to a level.

TRIGger:DLOG:VOLTage:SLOPe POSitive | NEGative[, (@<chanlist>)]
TRIGger:DLOG:VOLTage:SLOPe? [ (@<chanlist>)]

Sets the voltage slope of the data logger trigger signal. Applies when the data logger trigger source is set to a level.

TRIGger:DLOG:VOLTage:SLOPe POSitive | NEGative[, (@<chanlist>)]
TRIGger:DLOG:VOLTage:SLOPe? [ (@<chanlist>)]

Sets the voltage triggered level of the data logger when the trigger source is set to a level. Values are specified in volts, and the minimum and maximum depend on the unit ratings.

Sets or queries the voltage trigger level of the data logger. It applies when the data logger trigger source is set to a level, and the level values are specified in volts.

Selects the trigger source for the data logger. The query returns the present trigger source as BUS, EXT, IMM, CURR<n>, VOLT<n>, LRSK, or OOOK.

TRIG:DLOG:SOUR BUS

Selects the trigger source for the data logger. The query returns the currently selected source as BUS, EXT, IMM, CURR<n>, VOLT<n>, LRSK, or OOOK.

Triggers the input immediately. This command overrides any selected trigger source and generates an immediate trigger.

TRIG:TRAN (@1)

Sets the time delay between detection of an event on the specified trigger source and the start of the corresponding trigger action on the electronic load input. The programmed value can range from 0 to 0.255 seconds.

TRIG:TRAN:DEL 0.1, (@1)

Returns the programmed trigger time delay for the specified channel. The query accepts optional MINimum or MAXimum to return the corresponding limit value.

TRIG:TRAN:DEL 0.1, (@1)

Selects the trigger source for the input trigger system. The query returns BUS, EXT, IMM or PIN<n> for the specified channel list.

TRIGger[:SEQuence]:SOURce? [(@<chanlist>)]

Cancels any pending triggered measurements and returns the trigger system to idle. It also resets the WTG-meas bit in the Operation Condition Status register.

ABOR:ACQ (@1)

Stops the current data logging session, similar to pressing the Run/Stop key on the instrument.

ABOR:DLOG

Cancels any pending triggered actions and returns the trigger system to idle. It also resets the WTG-tran bit in the Operation Condition Status register.

ABOR:TRAN (@1)

Selects the input to be programmed among two inputs by numeric value instead of the input identifier. "1" selects CH1 and "2" selects CH2.

INSTrument:NSELect [1 | 2]
INSTrument:NSELect?

Selects the input to be programmed among the available inputs by input identifier. If no parameter is included, the executed command applies to the currently selected channel; the query returns the currently selected input.

INST CH1
CHAN CH1

Selects which input of the electronic load subsequent input-specific commands are directed to.

INST 1
INST 2
INST? MAX

Reads the state of the digital control port. Returns the binary-weighted value of the state of pins 1 through 3 in bits 0 through 2 respectively.

Sets the output data on the digital control port when the port is configured for Digital I/O operation. The written value is a binary-weighted value that controls pins 1 through 3.

DIG:OUTP:DATA 5

Returns the state of the digital control port pins. The value is the binary-weighted state of pins 1 through 3.

DIG:OUTP:DATA 5

Sets the function of digital port pins 1 to 3 and stores the setting in non-volatile memory. The query returns the setting of pins 1, 2, or 3.

[SOURce:]DIGital:PIN<1-3>:FUNCtion DIO | DINPut | TOUTput | TINPut | FAULt | INHibit | ONCouple | OFFCouple
[SOURce:]DIGital:PIN<1-3>:FUNCtion?

Sets or queries the function of digital port pins 1, 2, or 3. The pin functions are saved in non-volatile memory.

Sets the polarity of digital port pins 1 to 3. The pin polarities are saved in non-volatile memory; the query returns POS or NEG.

[SOURce:]DIGital:PIN<1-3>:POLarity POSitive | NEGative
[SOURce:]DIGital:PIN<1-3>:POLarity?

Sets the polarity of the digital port pins. The pin polarities are saved in non-volatile memory.

*RST POS
DIG:PIN1:POL NEG

Enables or disables BUS triggers on digital port pins configured as trigger outputs. A trigger is generated when the state is ON (1).

DIG:TOUT:BUS ON

Enables or disables BUS trigger generation on digital port pins configured as trigger outputs. The state is ON/1 when a BUS trigger will generate a trigger signal, and OFF/0 when it will not.

Clears the message displayed on the front panel.

DISP:TEXT:CLE

Displays a message on the front panel. Up to 30 characters are accepted; additional characters are truncated.

DISP:TEXT "Keysight"

Displays a message of up to 30 characters on the front panel. Additional characters are truncated.

DISP:TEXT "Keysight"

Turns the front-panel display off or on. When the display is turned off, inputs are not sent to the display and all annunciators except ERROR are disabled; the display state is automatically turned on when you return to local mode.

Queries the current front-panel display state. The query returns 0 (OFF) or 1 (ON).

Selects 1-channel or 2-channel meter view for EL34243A models. METER1 displays one large input channel with one small less detailed channel, and METER2 displays both input channels.

DISP:VIEW METER2

Selects the 1-channel or 2-channel meter view for EL34243A models. The query returns the current view setting.

DISP:VIEW METER2

Returns the RMS current measurement (AC + DC) from previously acquired data. The reading is returned in scientific notation for each specified channel, with multiple responses separated by commas.

FETC:CURR:ACDC? (@1)

Returns the averaged DC current measurement previously acquired by a MEASurement or triggered acquisition. The reading is returned in scientific notation, with one response per specified channel and comma-separated responses for multiple channels.

FETC:CURR? (@1)

Returns the averaged DC power measurement from previously acquired data. The value is returned in watts as one reading per specified channel, with multiple responses separated by commas.

FETC:POW? (@1)

Returns the RMS measurement (AC + DC) for voltage. The reading is returned in scientific notation for each specified channel, with multiple responses separated by commas.

FETC:VOLT:ACDC? (@1)

Returns the averaged voltage measurement previously acquired by a MEASurement or triggered acquisition. The reading is returned as one or more comma-separated values in scientific notation, one per specified channel.

FETC:VOLT? (@1)

Returns the measured maximum current value for the specified channel list. Multiple channel responses are comma-separated, and each reading is returned in scientific notation.

FETC:CURR:MAX? (@1)

Returns the measured minimum current for each specified channel. Multiple responses are separated by commas, and each reading is returned in scientific notation.

FETC:CURR:MIN? (@1)

Returns the measured maximum power for the specified channel list. The reading is returned as one value per channel, with multiple responses separated by commas.

FETC:POW:MAX? (@1)

Returns the measured minimum power for the specified channel list. Multiple responses are separated by commas.

FETC:POW:MIN? (@1)

Returns the measured maximum voltage for each specified channel. Multiple responses are separated by commas.

FETC:VOLT:MAX? (@1)

Returns the measured minimum voltage. Values are returned in volts, one per specified channel, with multiple responses separated by commas.

FETC:VOLT:MIN? (@1)

Returns an array of measured current data. Values are in amperes.

FETC:ARR:CURR? (@1)

Returns an array of measured power data. Values are in watts.

FETC:ARR:POW? (@1)

Queries the array of measured voltage data. The values are returned in volts as an array or block of data.

FETC:ARR:VOLT? (@1)

Fetches a specified number of logged data points from the selected channels, starting from the data immediately after the last fetched data in the previous fetch. The returned data may be a comma-separated list of values or a block.

FETC:DLOG? 10, (@1:2)

Sets the input regulation mode. Function and Mode commands are equivalent.

FUNC CURR, (@1)

Returns the present input regulation mode. Function and Mode commands are equivalent.

[SOURce:]FUNCtion? [(@<chanlist>)]

Sets the input regulation mode. Function and Mode commands are equivalent.

[SOURce:]MODE CURRent | VOLTage | POWer | RESistance[, (@<chanlist>)]
[SOURce:]MODE? [(@<chanlist>)]]

Returns the present input regulation mode. Function and Mode commands are equivalent.

Clears all event registers and the Status Byte register.

Enables bits in the Standard Event Enable register; the selected bits are then reported to the Status Byte. The query returns the decimal value of the binary-weighted sum of all bits in the Standard Event Enable register.

*ESE 34

Returns the decimal value of the binary-weighted sum of all bits in the Standard Event Enable register.

*ESE 34

Returns the decimal value of the binary-weighted sum of all bits in the Standard Event register.

The query returns the instrument's identification string. The return consists of four comma-separated fields: manufacturer name, model number, serial number, and revision code.

*IDN?

Sets the Operation Complete bit (bit 0) of the Standard Event register after the command is executed.

*OPC

Returns 1 to the output buffer after the command is executed.

Clears the Status Byte and the Standard Event register enable masks when power is turned on if set to 1; if set to 0, they are not cleared on power-up.

*PSC 1

Returns the power-on status of the Status Byte and Standard Event register enable masks. It yields 0 when *PSC 0 is in effect and 1 when *PSC 1 is in effect.

*PSC 0
*PSC 1

Recalls a previously stored state from one of ten non-volatile storage locations. To recall a stored state, use the same memory location that was previously used to store it.

*RCL 1

Resets the instrument to its power-on default state. It does not clear status registers, the error queue, or interface error conditions, and it also forces ABORt commands to cancel any output trigger actions in progress.

*RST

Saves the current instrument state in one of ten non-volatile storage locations. Saving a state overwrites any previous state stored in that location.

*SAV 1

Enables the bits in the Status Byte Enable register. The query returns the decimal value of the binary-weighted sum of all bits set in the register.

*SRE 34

Enables the bits in the Status Byte Enable register.

*SRE 34

Queries the Status Byte Summary register and returns the same result as a serial poll, but the Request Service bit is not cleared if a serial poll has occurred.

*STB?

Generates an immediate trigger on the trigger system when the trigger source is BUS (software). If the trigger system is not initiated, the command is ignored.

*TRG

Returns 0 if the instrument self-test passes or a non-zero value if it fails. If the test fails, the instrument also generates an error message with additional information; use SYSTem:ERRor? to read the error queue.

*TST?

Waits for all pending operations to complete before any additional remote interface commands are executed. It is used only in triggered mode to wait for a pending delayed trigger.

*WAI

Sets the number of times that the list is executed before it is completed. A count of INFinity executes the list continuously; ABORt stops the list and returns the input to the settings that were in effect before the list started.

LIST:COUN 10, (@1)

Returns the list count for each specified channel. Multiple responses are separated by commas; a returned value of 9.9E37 means the list is set to repeat continuously.

Specifies the current setting for each list step in amperes. A comma-delimited list of up to 100 steps may be programmed.

[SOURce:]LIST:CURRent[:LEVel] <value>{,<value >}[, (@<chanlist>)]
[SOURce:]LIST:CURRent[:LEVel] ]? [(@<chanlist>)]

Returns the programmed current level for each list step. Multiple responses are separated by commas.

Returns the number of points in the current list for the specified channel list. Multiple responses are separated by commas.

LIST:CURR:POIN? (@1)

Specifies the dwell time for each step in a list. Up to 100 dwell values may be programmed per channel, with times from 0 to 268,435 seconds and 1 ms resolution. The query returns the programmed dwell times.

LIST:DWEL 0.2,0.8,1.5,0.8,0.2, (@1)

Specifies the dwell time for each step in a list. The query returns the programmed dwell times, with multiple responses separated by commas.

LIST:DWEL 0.2,0.8,1.5,0.8,0.2, (@1)

Returns the number of points (steps) in the dwell list, not the point values. Multiple responses are separated by commas.

LIST:DWEL:POIN? (@1)

Returns the number of points in the power list, not the point values. Multiple responses are separated by commas.

LIST:POW:POIN? (@1)

Specifies the power setting for each list step in watts. A comma-delimited list of up to 100 steps may be programmed, and the query returns the programmed power levels as comma-separated scientific-notation values.

LIST:RES 20,10,5 (@1)

Specifies the power setting for each list step in watts. The command accepts a comma-delimited list of up to 100 steps and overwrites any previously programmed power list.

LIST:POWer[:LEVel] <value>{,<value >}[, (@<chanlist>)]
LIST:POWer[:LEVel] ]? [(@<chanlist>)]

Queries the number of points in the resistance list for each specified channel. Multiple responses are separated by commas.

LIST:RES:POIN? (@1)

Programs the resistance setting for each list step in ohms. The command accepts a comma-delimited list of up to 100 steps and overwrites any previously programmed resistance list.

LIST:RES 20,50,100 (@1)

Specifies the resistance setting for each list step in ohms. The command accepts a comma-delimited list of up to 100 steps and overwrites any previously programmed resistance list.

LIST:RES 20,50,100 (@1)

Specifies how the list responds to triggers. The query returns the current list step setting; multiple responses are separated by commas.

[SOURce:]LIST:STEP AUTO | ONCE[, (@<chanlist>)]
[SOURce:]LIST:STEP? [(@<chanlist>)]

Returns the list step setting. Multiple responses are separated by commas.

Specifies the input value when the list terminates. When ON, the input remains at the last step value and becomes the IMMediate value when the list completes; when OFF, or when the list is aborted, the input returns to the settings that were in effect before the list started.

LIST:TERM LAST ON, (@1)

Sets or queries the input value when the list terminates. When ON, the input remains at the last step value and becomes the IMMediate value when the list completes; when OFF, or when the list is aborted, the input returns to the settings in effect before the list started.

Returns the number of points in the beginning-of-step trigger list (BOSTep) for the specified channels. A comma-separated list of up to 100 step counts may be returned.

LIST:TOUT:BOST:POIN? (@1)

Specifies which list steps generate a trigger signal at the beginning of the step (BOSTep). A comma-delimited list of up to 100 steps may be programmed, and the trigger is generated only when the state is set to ON.

[SOURce:]LIST:TOUTput:BOSTep[:DATA] ON | OFF | 1 | 0{,ON | OFF | 1 | 0}[, (@<chanlist>)]
SOURce:]LIST:TOUTput:BOSTep[:DATA]? [(@<chanlist>)]

Specifies which list steps generate a trigger signal at the beginning of the step (BOSTep) for the selected channels. The query returns 0 if no trigger is generated and 1 if a trigger is generated, with multiple responses separated by commas.

[SOURce:]LIST:TOUTput:BOSTep[:DATA]? [(@<chanlist>)]
LIST:TOUT:BOST 1,1,1,1,1, (@1)

Returns the number of points in the end-of-step trigger list (EOSTep) for the specified channels. Multiple responses are returned as a comma-separated list.

LIST:TOUT:EOST:POIN? (@1)

Specifies which list steps generate a trigger signal at the end of the step (EOSTep). A comma-delimited list of up to 100 steps may be programmed, and the state for each step is ON (1) or OFF (0).

[SOURce:]LIST:TOUTput:EOSTep[:DATA] ON | OFF | 1 | 0{,ON | OFF | 1 | 0}[, (@<chanlist>)]
[SOURce:]LIST:TOUTput:EOSTep[:DATA]? [(@<chanlist>)]

Specifies which list steps generate a trigger signal at the end of the step (EOSTep) for the selected channel list. The query returns 0 if no trigger is generated and 1 if a trigger is generated, with multiple responses separated by commas.

LIST:TOUT:EOST 1,1,1,1,1, (@1)

Returns the number of points (steps) in the voltage list for each specified channel. Multiple responses are separated by commas.

LIST:VOLT:POIN? (@1)

Specifies the voltage setting for each list step in volts. A comma-delimited list of up to 100 steps may be programmed, and the order of entry determines the execution sequence.

[SOURce:]LIST:VOLTage[:LEVel] <value> {,<value >}[, (@<chanlist>)]
[SOURce:]LIST:VOLTage[:LEVel]? [(@<chanlist>)]

Sets the voltage setting for each list step in volts. The command overwrites any previously programmed voltage list and accepts a comma-delimited list of up to 100 steps; the order entered determines execution order.

[SOURce:]LIST:VOLTage[:LEVel] <value> {,<value >}[, (@<chanlist>)]
[SOURce:]LIST:VOLTage[:LEVel]? [(@<chanlist>)]

Measures the total RMS current (AC + DC) for the specified channel list. The query starts a new measurement immediately and returns one comma-separated reading per channel.

MEAS:CURR:ACDC? (@1)

Starts a new current measurement immediately and returns the averaged input current. The reading is returned as a formatted numeric value for each specified channel, with multiple responses separated by commas.

MEAS:CURR? (@1)

Queries the averaged DC power measurement. The reading is returned immediately and is not synchronized to a trigger event.

MEAS:POW? (@1)

Queries the total RMS voltage measurement (AC + DC) and starts a new measurement immediately. The reading is returned as a +n.nnnnnnE+nn value for each specified channel, with multiple responses separated by commas.

MEAS:VOLT:ACDC? (@1)

Returns the averaged input voltage measurement. The reading is an averaged DC value for each specified channel and multiple responses are comma-separated.

MEAS:VOLT? (@1)

Returns an array containing instantaneous input samples of measured current. Values are returned in amperes and the number of points depends on the sweep settings.

MEAS:ARR:CURR? (@1)

Returns an array containing measurements of instantaneous input samples for the specified channels. Values are in amperes, volts, or watts.

MEAS:ARR:POW? (@1)

Returns an array containing measurement of instantaneous input samples for the specified channel list. Values are returned in volts, and the number of points is set by the sweep points and related sweep timing settings.

MEAS:ARR:VOLT? (@1)

Returns the maximum measured current value for each specified channel. The reading is returned in amperes in +n.nnnnnnE+nn form, with multiple channel responses separated by commas.

MEAS:CURR:MAX? (@1)

Returns the measured minimum current for the specified channel list. The reading is returned in amperes in scientific notation, with multiple channel responses separated by commas.

MEAS:CURR:MIN? (@1)

Returns the maximum measured power value for each specified channel. The reading is returned in scientific notation, and multiple channel responses are separated by commas.

MEAS:POW:MAX? (@1)

Queries the measured minimum power for the specified channel list. The reading is returned in watts as one value per channel, with multiple responses separated by commas.

MEAS:POW:MIN? (@1)

Returns the maximum measured voltage for each specified channel. The reading is returned as a value in volts, and multiple responses are separated by commas.

MEAS:VOLT:MAX? (@1)

Returns the measured minimum voltage for each specified channel. The reading is returned in scientific notation, with multiple channel responses separated by commas.

MEAS:VOLT:MIN? (@1)

Saves the logged data in CSV format into the specified path and filename. It does not change the saved path and filename settings.

MMEM:EXP:DLOG "External:\datalog.csv"

Sets the triggered power level when the input is in constant power mode. The triggered level is a stored value that is transferred to the input when an input step is triggered.

POW:TRIG 75, (@1)

Returns or sets the triggered power level when the input is in constant power mode. The queried value is returned in scientific notation for each specified channel, with multiple responses separated by commas.

[SOURce:]POWer[:LEVel]:TRIGgered[:AMPLitude]? [MINimum | MAXimum,] [(@<chanlist>)]

Sets or queries the immediate input power level in constant power mode. Units are watts; the query returns the programmed power for each specified channel as scientific notation, with multiple responses separated by commas.

[SOURce:]POWer[:LEVel][:IMMediate][:AMPLitude] <power>| MINimum | MAXimum | DEFault[, (@<chanlist>)]
[SOURce:]POWer[:LEVel][:IMMediate][:AMPLitude]? [MINimum | MAXimum | DEFault,] [(@<chanlist>)]

Sets or queries the immediate input power level in constant power mode. Units are watts; the query returns the programmed power for each specified channel as comma-separated values.

*RST MIN
Sets the input power level to 50 watts: POW 50, (@1)

Sets the transient power mode, which determines what happens to the power when the transient system is initiated and triggered.

*RST FIXed
Sets the input power mode to Step: POW:MODE STEP, (@1)

Sets or queries the transient power mode, which determines what happens to power when the transient system is initiated and triggered. For the query, the typical return is the current mode: FIXed, STEP, or LIST.

POW:MODE STEP, (@1)

Sets the over-power protection delay. The over-power protection function will not be triggered during the delay time, preventing momentary changes in input status from tripping OPP.

POW:PROT:DEL 0.2, (@1)

This command is the same as OUTPut:PROTection:DELay. It sets the over-power protection delay; the over-power protection function will not be triggered during the delay time.

POW:PROT:DEL 0.2, (@1)

Enables or disables the over-power protection. When the input power exceeds the power rating of the electronic load by 10%, the input is disabled and the Questionable Condition status register CP+ bit is set.

POW:PROT:STAT ON, (@1)

Enables or disables over-power protection. When the input power exceeds the power rating of the electronic load by 10%, the input is disabled and the Questionable Condition status register CP+ bit is set.

POW:PROT:STAT ON, (@1)

Sets the power range. The instrument selects the range with the best resolution for the entered highest expected input power. The query returns the maximum power that can be programmed on the presently set range for each specified channel.

*RST MAX
POW:RANG 30, (@1)

Sets or queries the power range. The setter chooses the best range resolution for the entered maximum power; the query returns the maximum power that can be programmed on the presently set range.

*RST MAX
POW:RANG 30, (@1)

Sets the input power slew tracking state.

Returns the input power slew tracking state for the specified channels. The response is 0 or 1.

Sets the negative input power slew rate. The slew rate is in watts per second and affects all programmed power changes, including input state turn-on and turn-off transitions.

[SOURce:]POWer:SLEW:NEGative[:IMMediate] <value> | MINimum | MAXimum | INFinity[, (@<chan-list>)]
[SOURce:]POWer:SLEW:NEGative[:IMMediate]? [MINimum | MAXimum,] [(@<chanlist>)]

Returns the negative input power slew rate for the specified channel list. The query returns the programmed slew rate, with MIN or MAX available as qualifiers; a returned value of 9.9E37 indicates maximum slew rate.

POW:SLEW:NEG?
POW:SLEW:NEG? MIN
POW:SLEW:NEG? MAX, (@1)

Sets the input power slew rate. The slew rate is specified in watts per second and affects all programmed power changes, including those due to the input state turning on or off.

Queries the input power slew rate for the positive slew setting. The return is the programmed slew rate in watts per second for each specified channel, with MINimum and MAXimum accepted as query qualifiers.

[SOURce:]POWer:SLEW[:POSitive][:IMMediate]? [MINimum | MAXimum,] [(@<chanlist>)]

Enables or disables the negative maximum slew rate override. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by POWer:SLEW.

POW:SLEW:NEG:MAX ON, (@1)

Queries the maximum negative slew-rate override state for the selected channel(s). Returns 0 or 1.

POW:SLEW:NEG:MAX? (@1)

Enables or disables the maximum slew rate override for the positive slew rate path. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by POWer:SLEW.

[SOURce:]POWer:SLEW[:POSitive]:MAXimum ON | OFF | 1 | 0[, (@<chanlist>)]
[SOURce:]POWer:SLEW[:POSitive]:MAXimum? [(@<chanlist>)]

Enables or disables the maximum slew rate override for the positive slew path. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by POWer:SLEW.

POW:SLEW:MAX ON, (@1)

Sets the transient input power level for the source. The transient function switches between the immediate setting and the transient level; units are watts.

POW:TLEV 5, (@1)

Specifies the transient level of the input power. The transient function switches between the immediate setting and the transient level; units are watts.

POW:TLEV 5, (@1)

Sets the triggered resistance level when the input is in constant resistance mode. The triggered level is stored and programmed when a Step transient is triggered.

[SOURce:]RESistance[:LEVel]:TRIGgered[:AMPLitude] <resistance> | MINimum | MAXimum[, (@<chanlist>)]
[SOURce:]RESistance[:LEVel]:TRIGgered[:AMPLitude]? [MINimum | MAXimum,] [(@<chanlist>)]

Sets the triggered resistance level when the input is in constant resistance mode. The triggered level is a stored value that is programmed when a Step transient is triggered.

[SOURce:]RESistance[:LEVel]:TRIGgered[:AMPLitude] <resistance> | MINimum | MAXimum[, (@<chanlist>)]
[SOURce:]RESistance[:LEVel]:TRIGgered[:AMPLitude]? [MINimum | MAXimum,] [(@<chanlist>)]
*RST MAX
Sets the triggered resistance level to 1 ohms: RES:TRIG 1, (@1)

Sets the immediate input resistance level in constant resistance mode. The query returns the programmed resistance for each specified channel as a scientific-notation value.

RES 0.5, (@1)

Returns or sets the immediate input resistance level when the input is in constant resistance mode. The query returns the programmed resistance for each specified channel in exponential notation.

[SOURce:]RESistance[:LEVel][:IMMediate][:AMPLitude]? [MINimum | MAXimum | DEFault,] [(@<chan-list>)]

Sets the transient resistance mode, which determines what happens to the resistance when the transient system is initiated and triggered.

[SOURce:]RESistance:MODE FIXed | STEP | LIST[, (@<chanlist>)]
*RST FIXed
Sets the resistance mode to Step: RES:MODE STEP, (@1)

Sets the resistance range for the specified channel list. The query returns the maximum programmable resistance for the currently selected range on each specified channel.

*RST MAX
RES:RANG 100, (@1)

Returns the maximum resistance that can be programmed on the presently selected range. Multiple channel responses are comma-separated and formatted as +n.nnnnnnE+nn.

*RST MAX
RES:RANG 100, (@1)

Sets the resistance slew tracking state.

RES:SLEW COUP ON, (@1)

Queries the resistance slew tracking state. The response is the programmed tracking state for each specified channel.

Sets the negative resistance slew rate. The slew rate is in ohms per second and can be set to a numeric value, MINimum, MAXimum, or INFinity; the query returns the programmed slew rate for each specified channel.

[SOURce:]RESistance:SLEW:NEGative[:IMMediate] <value> | MINimum | MAXimum | INFinity[, (@<chanlist>)]
[SOURce:]RESistance:SLEW:NEGative[:IMMediate]? [MINimum | MAXimum,] [(@<chanlist>)]

Returns the negative resistance slew rate setting for the specified channel(s). The query returns the programmed slew rate, with MINimum or MAXimum allowed as qualifiers to request the minimum or maximum value.

RES:SLEW:NEG 25, (@1)
RESistance:SLEW? MIN

Sets the resistance slew rate in ohms per second, affecting all programmed resistance changes including input state turn-on and turn-off. The query returns the programmed slew rate for each specified channel.

[SOURce:]RESistance:SLEW[:POSitive][:IMMediate] 50, (@1)
[SOURce:]RESistance:SLEW[:NEGative][:IMMediate] 25, (@1)

Returns the programmed resistance slew rate for the specified channel list. The query supports optional MINimum or MAXimum to read the minimum slew value or the maximum/fastest slew setting.

RES:SLEW? MIN, (@1)

Enables or disables the negative maximum slew rate override. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by RESistance:SLEW.

Enables or disables the negative maximum slew rate override. When enabled, the slew rate is set to its maximum value; when disabled, it is set to the immediate value set by RESistance:SLEW.

Disables the negative maximum slew rate: RES:SLEW:NEG:MAX OFF, (@1)

Enables or disables the maximum slew rate override for the resistance slew command. When enabled, the slew rate is set to its maximum value; when disabled, it uses the immediate value set by RESistance:SLEW.

RES:SLEW:MAX OFF, (@1)

Enables or disables the maximum slew rate override for resistance slew. When enabled, the slew rate is set to its maximum value; when disabled, it uses the immediate value set by RESistance:SLEW.

RES:SLEW:MAX OFF, (@1)

Sets the transient level of the resistance. The transient function switches between the immediate setting and the transient level; units are in ohms.

RES:TLEV 5, (@1)

Specifies the transient level of the resistance. The transient function switches between the immediate setting and the transient level.

RES:TLEV 5, (@1)

Enables or disables current data logging for the specified channels. The query returns the on/off status of current data logging for the specified channels.

SENS:DLOG:FUNC:CURR 1, (@1,2)

Returns the status of the current data logging enable for the specified channels. The channel list is optional and may be omitted.

SENSe:DLOG:FUNC:CURRent? [(@<chanlist>)]

Enables or disables the logging of minimum and maximum values for each sample of data. The query returns whether minimum and maximum logging is enabled.

SENS:DLOG:FUNC:MINM 1

Enables or disables the logging of minimum and maximum values for each sample of data. The query returns whether the logging of minimum and maximum values is enabled.

SENSe:DLOG:FUNCtion:MINMax?

Enables or disables voltage data logging for the channels stated in (@<chanlist>). The query returns the on/off status of voltage data logging for the specified channels.

SENS:DLOG:FUNC:VOLT 1, (@1:2)

Enables or disables voltage data logging for the channels stated in (@<chanlist>). The query returns the status of the voltage data logging enable for the stated channels.

SENS:DLOG:FUNC:VOLT 1, (@1:2)

Sets the datalog trigger offset as a percent of the total datalog duration. The query returns the trigger offset in percent.

SENS:DLOG:OFFS 50

Returns the datalog trigger offset as a percent of the total datalog duration. A value of 0 places the trigger at the beginning of the running datalog, and 100 places it at the end.

SENS:DLOG:OFFS 50

Sets the sample period for datalogging in seconds. The entered value is rounded to the nearest 20.48 µs integral; minimum is 20.48 µs and maximum is 60 seconds.

SENS:DLOG:PER 0.4

Sets the sample period in seconds for datalogging. The entered value is rounded to the nearest 20.48 µs integral; minimum is 20.48 µs and maximum is 60 seconds.

SENS:DLOG:PER 0.4

Sets the datalog sample duration in seconds. The query returns the sample duration in seconds.

SENS:DLOG:TIME 120

Sets the sample duration in seconds for datalogging. The query returns the sample duration in seconds.

SENS:DLOG:TIME 120

Sets the sample period in seconds for data logging. This command has been superseded by SENSe:DLOG:PERiod, but remains available for backward compatibility.

SENS:DLOG:TINT 0.4

Sets or queries the sample period in seconds. This command is superseded by SENSe:DLOG:PERiod, but remains available for backward compatibility.

SENS:DLOG:TINT 0.4

Enables or disables the current measurement function for the specified channel list. The query returns the on/off status of the current measurement function.

SENS:FUNC:CURR 1, (@1)
SENS:FUNC:CURR? (@1)

Enables or disables the current measurement function. The query returns the status of the current measurement function for the specified channel list.

SENS:FUNC:CURR 1, (@1)
SENS:FUNC:CURR? (@1)

Enables or disables the voltage measurement function for the selected channel list.

SENS:FUNC:VOLT 1, (@1)

Enables or disables the voltage measurement function for the selected channel list. The query returns the on/off status of the voltage measurement function.

SENS:FUNC:VOLT 1, (@1)

Defines the offset in a data sweep for triggered measurements. Positive values represent samples acquired after the trigger, and negative values represent samples acquired before the trigger.

Queries the offset in a data sweep for triggered measurements. Positive values represent delay after the trigger before samples are acquired, and negative values represent samples taken prior to the trigger.

SENSe:SWEep:OFFSet:POINts? [MINimum | MAXimum,] [(@<chanlist>)]

Defines the number of points in a measurement sweep. The value can be set from 1 to 131,072, and the command applies to both voltage and current measurements.

SENS:SWE:POIN 2048, (@1)

Returns the number of points in a measurement sweep. The query can be qualified with MINimum or MAXimum, and optionally a channel list.

SENS:SWE:POIN 2048, (@1)

Defines the time period between samples in seconds for the specified channel list. Programmed values can range from 5.12 µs to 40,000 s, with some values rounded to 10.24 ms or 20.48 ms increments depending on the measurement configuration.

SENS:SWE:TINT 0.001, (@1)

Defines the time period between samples in seconds. Programmed values can range from 5.12 µs to 40,000 s, with rounding applied above 10.24 ms or 20.48 ms depending on measurement count.

SENS:SWE:TINT 0.001, (@1)

Returns the value of the Operation Status Condition register. This read-only register holds the live operational status of the instrument and is not cleared by reading it.

STAT:OPER:COND? (@1)

Returns the value of the Operation Status group event register. The register is read-only and is cleared when read.

Reads the operation status event register: STAT:OPER? (@1)

Sets bits in the enable register for the Operation Status group. The query reads back the enable register as a decimal value representing the binary-weighted sum of all bits set.

STAT:OPER:ENAB 512, (@1)

Sets bits in the enable register for the Operation Status group. The query reads the enable register and returns its decimal, binary-weighted bit sum.

STAT:OPER:ENAB 512, (@1)

Sets and queries the value of the NTR (Negative-Transition) register. The register acts as a polarity filter between the Operation Condition and Operation Event registers.

STAT:OPER:NTR 24, (@1)

Sets and queries the value of the NTR (Negative-Transition) register. This register acts as a polarity filter between the Operation Condition and Operation Event registers.

STAT:OPER:NTR 24, (@1)

Sets or queries the value of the PTR (Positive-Transition) register. This register acts as a polarity filter between the Operation Condition and Operation Event registers.

STAT:OPER:PTR 24, (@1)

Sets and queries the value of the PTR (Positive-Transition) register, which acts as a polarity filter between the Operation Condition and Operation Event registers. When a bit in PTR is set to 1, a 0-to-1 transition of the corresponding Operation Condition bit sets the corresponding Operation Event bit.

STAT:OPER:PTR 24, (@1)

Presets the Operation and Questionable enable, PTRansition, and NTRansition registers. It sets the listed registers to their preset state, with all defined bits disabled.

STAT:PRES

Returns the value of the Questionable Status group condition register. This is a read-only, live (unlatched) register; reading it does not clear the register.

STAT:QUES:COND? (@1)

Returns the value of the Questionable Status event register. Reading this read-only register clears it.

STAT:QUES? (@1)

Sets bits in the enable register for the Questionable Status group. The query reads back the enable register as a decimal value representing the binary-weighted sum of all bits set in the register.

STAT:QUES:ENAB 16, (@1)

Reads or sets the enable register for the Questionable Status group. The query returns the register contents as a decimal value equal to the binary-weighted sum of the bits set.

STAT:QUES:ENAB 16, (@1)

Sets or queries the value of the NTR (Negative-Transition) register. This register acts as a polarity filter between the Questionable Condition and Questionable Event registers.

STAT:QUES:NTR 24, (@1)

Sets or queries the value of the NTR (Negative-Transition) register in the Questionable Status group. The register acts as a polarity filter between the Questionable Condition and Questionable Event registers.

STAT:QUES:NTR 24, (@1)

Sets and queries the value of the PTR (Positive-Transition) register, which acts as a polarity filter between the Questionable Condition and Questionable Event registers.

STAT:QUES:PTR 24, (@1)

Sets and queries the value of the PTR (Positive-Transition) register. The register acts as a polarity filter between the Questionable Condition and Questionable Event registers.

STAT:QUES:PTR 24, (@1)

Enables or disables the beeper. The query returns 0 for OFF or 1 for ON.

Enables or disables the beeper. The query returns 0 for OFF or 1 for ON.

Issues a single beep immediately.

:SYSTem:BEEPer[:IMMediate]

Sets the electronic load to local, remote, or remote lockout mode. The query returns the current communication state as LOC, REM, or RWL.

Sets the electronic load to local, remote, or remote-with-lock mode. The query returns the current remote/local state as LOC, REM, or RWL.

Returns the initial socket control connection port number. After the control port number is obtained, a control socket connection can be opened.

Sets or queries the real time clock date in year, month, and day. The year range is 2000 to 2099, and the query returns comma-separated year, month, and day values.

SYST:DATE 2019,11,27

Sets the date of the real-time clock in year, month, and day. The query returns the current date as comma-separated year, month, and day values.

SYST:DATE 2019,11,27

Returns the electronic load error queue, up to 20 errors, in first-in-first-out order. The query reads and clears the first error in the queue; if no errors have occurred it returns +0, "No error".

SYST:ERR?

Places the electronic load in local mode. All front-panel keys are fully functional.

SYST:LOC

Places the electronic load into remote mode for remote operation. All front-panel keys are disabled except for the [Lock/Unlock] key.

SYST:REM

Places the electronic load in remote mode and disables all front-panel keys, including the Lock/Unlock key. It is the same as SYSTem:REMote except for the key lock behavior; SYSTem:LOCal can be used to unlock the front-panel keys.

SYST:RWL

Clears all user memory and reboots the instrument. It sanitizes all user data by writing zeros to flash memory and performing a chip erase; identification and calibration data are not erased.

Sets or queries the real time clock in hours, minutes, and seconds. The setter accepts values from 0,0,0 (midnight) to 23,59,59 (one second before midnight).

SYST:TIME 13,30,15

Returns the real time clock in hours, minutes, and seconds.

SYST:TIME 13,30,15

Returns the present SCPI version of the electronic load. The returned value is a string in the form YYYY.V, where YYYY is the version year and V is the version number.

SYST:VERS?

Programs the triggered voltage level when the input is in constant voltage mode. The triggered level is a stored value transferred to the input when an input step is triggered; units are volts.

VOLT:TRIG 5, (@1)

Returns the programmed triggered voltage level for each specified channel. Multiple responses are separated by commas; MAX and MIN return the highest and lowest programmable voltage levels for the selected range.

Programs the immediate voltage level when the input is in constant voltage mode. Units are volts.

[SOURce:]VOLTage[:LEVel][:IMMediate][:AMPLitude] <voltage>| MINimum | MAXimum | DEFault[, (@<chanlist>)]
[SOURce:]VOLTage[:LEVel][:IMMediate][:AMPLitude]? [MINimum | MAXimum | DEFault,] [(@<chan-list>)]

Programs or queries the immediate voltage level when the input is in constant voltage mode. Units are volts; the query returns the programmed voltage level for each specified channel, with optional MINimum, MAXimum, or DEFault qualifiers.

*RST MIN
Sets the input voltage level to 20 V: VOLT 20, (@1)

Sets or queries the under-voltage inhibit mode. When enabled, the electronic load will not sink current until the input voltage rises above the voltage-on setting.

VOLT:INH:VON:MODE LATC, (@1)

Sets the behavior of the under-voltage inhibit function. When enabled, the electronic load will not sink current until the input voltage rises above the voltage-on setting.

Sets the voltage-on threshold used by the under-voltage inhibit function. When enabled, the electronic load will not sink current until the input voltage rises above this setting.

[SOURce:]VOLTage:INHibit:VON 4, (@1)

Sets or queries the voltage-on level for the under-voltage inhibit function. When enabled, the electronic load will not sink current until the input voltage rises above this setting; units are in volts.

*RST MIN
Specifies a voltage-on of 4 volts: VOLT:INH:VON 4, (@1)

Determines what happens to the input voltage when the transient system is initiated and triggered. The query returns the voltage mode for each specified channel, with multiple responses separated by commas.

[SOURce:]VOLTage:MODE FIXed | STEP | LIST[, (@<chanlist>)]
[SOURce:]VOLTage:MODE? [(@<chanlist>)]
*RST FIX
VOLT:MODE STEP,(@2)

Determines what happens to the input voltage when the transient system is initiated and triggered. The query returns the voltage mode for each specified channel, with multiple responses separated by commas.

*RST FIX
Sets the voltage mode of channel 2 to Step: VOLT:MODE STEP,(@2)

Sets the voltage range for the specified channel(s). The instrument selects the best-resolution range for the highest voltage you expect to input; the query returns the maximum voltage for the presently set range.

*RST MAX
VOLT:RANG 100, (@1)

Queries the maximum voltage for the currently set voltage range. Multiple channel responses are separated by commas.

*RST MAX
VOLT:RANG 100, (@1)

Sets the voltage slew tracking state.

VOLT:SLEW:COUP ON, (@1)

Queries the voltage slew tracking state for the specified channel list. The query returns 1 when tracking is enabled and 0 when it is disabled.

Sets the negative voltage slew rate. The slew rate is set in volts per second and affects all programmed voltage changes, including those due to the input state turning on or off.

Returns the negative voltage slew rate. The query returns the programmed slew rate in volts per second for each specified channel, or the minimum value with MINimum.

VOLT:SLEW:NEG? MIN, (@1)
VOLT:SLEW:NEG? (@1)

Sets the positive voltage slew rate. The slew rate is specified in volts per second and applies to all programmed voltage changes; MAXimum or INFinity set the fastest slew rate.