Clears all status data structures in the device, including the standard IEEE 488.2 and SCPI status registers and the error/event queue. It also forces the device into OCIS and OQIS without setting OPC-related flags or placing a value into the output queue.

*CLS

Enables bits in the Standard Event Register enable register and reports the selected events to bit 5 of the Status Byte Register. The register is written as a decimal bitmask; the query returns the current mask as a decimal value.

*ESE?

Enables bits in the Standard Event Register enable register mask. The query returns the current decimal value corresponding to the enabled bits.

*ESE?

Queries the Standard Event Status Register. The query returns a decimal value corresponding to the binary-weighted sum of all bits set in the register, and bits remain set until cleared by *CLS or queried by this command.

*ESR?

Causes the instrument to identify itself. The response includes manufacturer, model, serial number, software version, and firmware version.

*IDN?
Returns: B&K Precision,BCS6402,XXXXXXXX,0.25_1029A-0.15_0804A

Sets the Operation Complete bit in the Standard Event Register after all previous commands have completed. The command is used to stop the controller until pending commands are completed.

INITiate;*OPC

Returns "1" to the output buffer after all previous commands have completed. It is used to stop the controller until pending commands are complete.

*OPC?
INITiate;*OPC

Returns or sets the power-on status clear setting. When enabled, the Standard Event Enable Register and Status Byte Condition Register are cleared at power on; when disabled, they are not.

*PSC 1

Recalls the instrument state stored in the specified non-volatile storage location. Storage locations 1 through 9 are empty when shipped from the factory; location 0 contains the power-on state.

*RCL 1

Reset the instrument to its factory default state. It does not affect stored instrument states or the I/O settings stored in non-volatile memory.

*RST

Stores the current instrument state in a specified non-volatile storage location. Any state previously stored in the same location is overwritten, and the instrument supports 10 locations (0-9).

*SAV 0

Sets the Status Byte Summary Register enable bits. The value is a decimal sum of the enabled bits; the corresponding query returns the current enable-register value.

*SRE 4

Sets the Status Byte Summary Register enable mask. The query returns a decimal value corresponding to the enabled bits; bit 6 (MSS) cannot be set and is always returned as zero.

*SRE 4

Queries the summary (condition) register in this register group. It returns the same result as a Serial Poll, but the Master Summary bit (bit 6) is not cleared by *STB?.

*STB?

Generates an immediate trigger when the trigger source is set to BUS.

*TRG

Performs an internal self-test of the power supply. Returns 0 for PASS or 1 for FAIL; if the test fails, error messages are generated and the error queue can be read with SYSTem:ERRor?.

*TST?

Waits for all pending operations to complete before executing any additional commands over the interface.

*WAI

Returns the value of the questionable event register. Reading the register clears it; the command applies to the entire mainframe and is not channel specific.

STAT:QUES?

Sets or reads the value of the Questionable Enable register. This register masks specific bits from the Questionable Event register to set the questionable summary bit of the Status Byte register; it applies to the entire mainframe and is not channel specific.

STAT:QUES:ENAB 1

Sets or reads the value of the Questionable Enable register, which masks which Questionable Event bits contribute to the questionable summary bit of the Status Byte register. This command applies to the entire mainframe, not a specific channel.

Sets or reads the positive value of the questionable condition register. When the corresponding bit changes from 0 to 1 and the ptransition register bit is 1, the questionable event register bit turns into 1.

STAT:QUES:PTR 64

Set or read the positive value of the questionable condition register. When a questionable condition bit changes from 0 to 1 and the corresponding ptransition bit is 1, the corresponding questionable event bit turns to 1.

STAT:QUES:PTR 64

Returns the value of the Operation Event register. Reading the register clears it. This command is not channel specific and applies to the entire mainframe.

STAT:OPER?

Returns the condition of the Questionable Status register. The questionable conditional register is a read-only register that holds the real-time status of the power supply; this command applies to the entire mainframe.

STAT:QUES:COND?

Sets or reads the negative transition filter register for the Questionable Status register. When a bit in the questionable condition register changes from 1 to 0 and the corresponding ntransition bit is 1, the matching questionable event bit is set.

STAT:QUES:NTR 2

Set or read the negative transition mask of the questionable condition register. When a bit changes from 1 to 0 and the corresponding NTRansition bit is 1, the corresponding questionable event bit is set to 1.

Returns the value of the Operation Condition register. The register is a read-only register that holds the real-time operational status of the power supply. This command is not channel specific and applies to the entire mainframe.

STAT:OPER:COND?

Writes and reads the Operation Enable register, which masks Operation Event register bits that contribute to the operation summary bit of the Status Byte register. It applies to the entire mainframe and is not channel specific.

STAT:OPER:ENAB 2

Write and read the value of the Operation Enable register. The register masks enabled Operation Event bits that contribute to the operation summary bit of the Status Byte register, and the command applies to the entire mainframe.

Clears all bits of the Questionable Event Enable, Channel summary Event Enable, and Operation Event Enable registers. Registers not included in that list are not affected.

STAT:PRES

Set the coupled output state of the instrument's channels. If state is 1, the ON and OFF functions of both channels are simultaneous; if state is 0, the ON and OFF functions of each channel are separate.

INST:COUP:OUTP:STAT 1
INST:COUP:OUTP:STAT?

Sets whether the output of the instrument's channels is coupled. When state is 1 or ON, the ON and OFF functions of both channels are simultaneous; when state is 0 or OFF, each channel operates separately.

INST:COUP:OUTP:STAT 1
INST:COUP:OUTP:STAT?

Sets the output relay mode. This function applies only to channel 1.

OUTP:REL:MODE BATT Set battery mode
OUTP:REL:MODE?

Enables or disables the output of the selected channel. The command applies to channel 1 or 2 and accepts 1/0 or On/Off as the state value.

OUTP2 1
OUTP2?

Programs the output compensation circuit according to the device capacitance and the output connection type. Factory default is HRemote mode.

OUTP1:COMP:MODE LLOCAL
OUTP1:COMP:MODE LLOCAL

Enable or disable the discrete fault indicator (DFI) output of the dc source.

OUTPut:DFI 1
OUTPut:DFI?

Sets the DFI source indicator. The available indicators are QUES, OPER, ESB, RQS, and OFF; the query returns the current indicator.

OUTP:DFI:SOUR QUES
OUTP:DFI:SOUR?

Clears all events that disable the output when OVP, OCP, OTP, or REM INH protections are triggered.

OUTP:PROT:CLE

Sets the Remote Inhibit protection mode. The mode is stored in non-volatile memory.

OUTPut:RI:MODE LATCh
OUTPut:RI:MODE?

Sets the OCP delay time for the specified output channel. The delay prevents the subsystem status bit from being recompiled and causing mis-operation due to transient-varied CC status.

OUTPut2:PROTection:DELay 30
OUTPut2:PROTection:DELay?

Sets the rising voltage slew rate for the selected output channel. The mode can be NORMal, FAST, or TIME; TIME mode enables setting a specific rise time with :SPEed:TIME.

OUTPut1:SPEed TIME
OUTPut1:SPEed?

Sets the voltage rise time of the selected channel. Output Speed must be set to TIME before this command is used.

Sets an output delay for the selected channel. Output delay mode must be enabled.

OUTPut2:DELay 10
OUTPut2:DELay?

Sets the voltage range for the selected output channel. The current range is automatically assigned based on the selected voltage range.

OUTP1:VOLT:RANG HIGH
OUTP1:VOLT:RANG?

Sets the output type to either LOW (slow) or HIGH (fast).

OUTPut2:TYPE HIGH
OUTPut2:TYPE?

Sets the current value of the specified channel. The value must be within the set range.

CURRent2 4
CURRent2?

Sets the Over-Current Protection state. The selected state applies to both states and the command is not channel dependent.

CURR:PROT:STAT 1
CURR:PROT:STAT?

Sets a preset current value that will be output if a trigger is generated. The trigger subsystem must be initialized before the triggered value is used.

CURRent2:TRIGgered 2
CURRent2:TRIGgered?

Sets an upper limit for the current output. The output will not exceed the set value, and unlike OCP, setting this value will not disable the output or trigger OCP.

CURR2:LIMit 4
CURR2:LIMit?

Sets the current limit state of the selected channel.

CURR2:LIMT:STAT On
CURR2:LIMT:STAT?

Queries the maximum settable current. The maximum settable current varies depending on the selected voltage range.

CURRent2:MAXSet?

Query the minimum settable current.

CURR2:MINSet?

Sets the system IO output and controls the two system IO output voltages: High 5V and Low 0V.

DIGital:DATA 2
DIGital:DATA?

Sets the mode of the two control ports. The available modes include RIDFi and DIGio, which determine how the output terminals behave.

Sets a preset internal resistance to be recalled when a trigger signal is received.

RESistance:TRIGgered 0
RESistance:TRIGgered?

Sets the source internal resistance for the specified channel.

RESistance1 .5
RESistance1?

Set the voltage value that triggers over-voltage protection for the specified channel. VOLT:PROT:STAT must be enabled to configure the value.

VOLTage2:PROT 7
VOLTage2:PROT?

Sets Vset for the specified channel. The voltage value must be within the chosen range.

VOLT2 7
VOLT2?

Enable or disable over-voltage protection for the selected voltage channel. The manual recommends enabling OVP; a hardware OVP trigger point of about 120% of the specified maximum voltage is provided when OVP is disabled.

VOLTage2:PROTection:STATe On
VOLTage2:PROTection:STATe?

Sets a reset voltage value for the voltage output. The preset value is recalled when a trigger signal is received.

VOLTage2:TRIGger 5
VOLTage2:TRIGge?

Sets the voltage limit value for the selected channel, preventing the output from exceeding the set value. The limit can be queried with the corresponding question-mark form.

VOLTage2:LIMi 10
VOLTage2:LIMi?

Enable or disable the voltage limit of the selected channel.

VOLTage1:LIMit:STATe On VOLTage1:LIMit:STATe?

Queries the maximum settable voltage for the selected channel. The returned value depends on the selected voltage range.

VOLTage2:MAXSet?

Queries the minimum settable voltage. The minimum settable voltage varies depending on the selected channel.

VOLTage2:MINSet?

Queries an array containing the output current of the selected channel. The returned data varies depending on the sweep configuration.

FETC:ARR:CURR2?

Queries an array containing the measured voltage of the selected channel. The returned data varies depending on the sweep configuration.

FETC:ARR:VOLT2?

Queries the AC + DC rms output current of the selected channel.

FETC:CURR2:ACDC?

Queries the high level current of a current pulse waveform. If no high bin contains more than 1.25% of the acquired points, the maximum value is returned.

FETC:CURR:HIGH?
FETC:CURR:HIGH?

Query the output current of the selected channel.

FETC:CURR?

Queries the low level current of a current pulse waveform. The instrument determines the low bin from a 16-bin histogram and returns the average of the data points in that bin; if no low bin contains more than 1.25% of acquired points, the maximum value is returned.

FETC:CURR2:LOW?
MEAS:CURR2:LOW?

Queries the maximum current measured in the sample.

FETC:CURR:MAX?

Queries the minimum current measured in the sample.

FETC:CURR:MIN?

Queries the measured AC + DC rms voltage.

FETC:DVM2:ACDC?

Query the measured dc voltage.

FETC:DVM2?

Query the output voltage.

FETC:VOLT2?

Query the AC + DC rms output voltage.

MEAS:VOLT2:ACDC?
FETC:VOLT2:ACDC?

Queries the high level voltage of a voltage pulse waveform. If no high bin contains more than 1.25% of the total acquired points, the maximum value is returned.

FETC:VOLT:HIGH?

Query the low level voltage of a voltage pulse waveform. The instrument returns the average of the data points in the low bin; if no low bin contains more than 1.25% of acquired points, the maximum value is returned.

FETC:VOLT:LOW?

Query the maximum voltage measured in the sample.

FETC:VOLT:MAX?

Query the mnimum VOLTage measured in the sample.

FETC:VOLT:MIN?

Queries the power of the selected channel.

FETC:POW2?

Queries an array containing the output current of the selected channel. The returned data varies depending on the sweep configuration.

MEAS:ARR:CURR2?

Queries an array containing the measured voltage of the selected channel. The return data varies depending on the sweep configuration.

MEAS:ARR:VOLT2?
FETC:ARR:VOLT2?

Queries the AC + DC rms output current of the selected channel.

MEAS:CURR2:ACDC?
FETC:CURR2:ACDC?

Queries the high level current of a current pulse waveform for the selected channel. The instrument returns the average of the data points in the high bin, or the maximum value if no high bin contains more than 1.25% of the acquired points.

MEAS:CURR:HIGH?
FETC:CURR:HIGH?

Queries the output current of the selected channel.

MEAS:CURR?

Queries the low level current of a current pulse waveform. If no low bin contains more than 1.25% of the total acquired points, the maximum value is returned.

MEAS:CURR2:LOW?
FETC:CURR2:LOW?

Queries the maximum current measured in the sample.

MEAS:CURR:MAX?
FETC:CURR:MAX?

Queries the minimum current measured in the sample.

MEAS:CURR:MIN?
FETC:CURR:MIN?

Query the measured AC + DC rms voltage.

MEAS:DVM2:ACDC?
FETC:DVM2:ACDC?

Queries the measured dc voltage.

MEAS:DVM2?
FETC:DVM2?

Queries the output voltage.

MEAS:VOLT2?
FETC:VOLT2?

Queries the AC + DC rms output voltage.

MEAS:VOLT2:ACDC?
FETC:VOLT2:ACDC?

Queries the high level voltage of a voltage pulse waveform. If no high bin contains more than 1.25% of acquired points, the maximum value is returned.

MEAS:VOLT:HIGH?
FETC:VOLT:HIGH?

Query the low level voltage of a voltage pulse waveform. If no low bin contains more than 1.25% of the total number of acquired points, the maximum value is returned.

MEAS:VOLT:LOW?
FETC:VOLT:LOW?

Query the maximum voltage measured in the sample.

MEAS:VOLT:MAX?
FETC:VOLT:MAX?

Query the minimum VOLTage measured in the sample.

MEAS:VOLT:MIN?

Query the power of the selected channel.

MEAS:POW2?
FETC:POW2?

Selects the detector used when making output current measurements.

SENS:CURR2:DET DC
SENS:CURR2:DET?

Sets the current sampling mode for the selected channel. In Auto, sampling switches automatically between low-current and high-current measurement based on current level; High forces high-current sampling.

SENS2:CURR:MODE AUTo
SENS2:CURR:MODE?

Save the SENSE setting of the selected channel.

SENS2:SAVE

Enable or disable the window function for the selected channel.

SENS2:WIND:STAT On
SENS2:WIND:STAT?

Sets and queries the sensing function for the triggered measurements.

SENS2:FUNC "CURRent"
SENS2:FUNC?

Queries the sensing function for the specified channel. The function can be set to VOLTage, CURRent, or DVM for triggered measurements.

SENS2:FUNC "CURRent"
SENS2:FUNC?

Sets the number of points to be collected in each measurement.

SENS2:SWE:POINt 50
SENS2:SWE:POINt?

Sets or queries the number of points collected in each measurement for the selected channel.

SENS2:SWE:POINt 50
SENS2:SWE:POINt?

Sets the sampling rate for the specified channel.

SENSe2:SWE:FREQ 1e3
SENSe2:SWE:FREQ?

Sets the sampling rate for the selected channel. The rate value is documented as 1 to 30000.

SENSe2:SWE:FREQ 1e3
SENSe2:SWE:FREQ?

Sets the time period between samples. The time interval is rounded to the nearest 33.33 microsecond increment.

SENSe2:SWE:TINT 30e-5 SENSe2:SWE:TINT?

Sets the time period between samples for the specified channel. The interval is rounded to the nearest 33.33 microsecond increment.

SENSe2:SWE:TINT 30e-5
SENSe2:SWE:TINT?

Sets the window function used in DC and DC+AC rms measurement calculations.

SENS2:WIND AVER
SENS2:WIND?

Returns the selected window function used in DC and DC+AC rms measurement calculations.

SENS2:WIND?

Queries the window function state for the selected channel. The response is 1 for enabled and 0 for disabled.

SENS2:WIND:STAT?

Sets or queries the voltage range of the graph function. The command applies to both channels.

SCOP:VOLT:RANG 1
SCOP:VOLT:RANG?

Sets or queries the voltage range of the graph function. The command applies to both channels.

SCOP:VOLT:RANG?

Sets the current range of the graph function for both channels. The range value is selected from a fixed set of current ranges.

SCOP:CURR:RANG 2
SCOP:CURR:RANG?

Sets the current range of the graph function for both channels. The range is specified by a discrete set of current values.

SCOP:CURR:RANG 2
SCOP:CURR:RANG?

Enable or disable the run/stop state of the graph function. If enabled, the run will stop; if disabled, the graph function continuously updates.

SCOP:RUNS On
SCOP:RUNS?

Enables or disables the run/stop state of the graph function. If enabled, the run will stop; if disabled, the graph function continuously updates.

SCOP:RUNS On
SCOP:RUNS?

Sets the time base of the graph function in milliseconds.

SCOP:TIME:BASE? 1
SCOP:TIME:BASE?

Sets the time base of the graph function in milliseconds.

SCOP:TIME:BASE? 1
SCOP:TIME:BASE?

Set the graph function to automatic adaption mode.

SCOP:AUTO

Sets a trigger delay in the graph function. The delay is set in milliseconds.

SCOP:TRIG:DEL 10
SCOP:TRIG:DEL?

Sets a trigger delay for the graph function. The delay is specified in milliseconds.

SCOP:TRIG:DEL 10
SCOP:TRIG:DEL?

Enables or disables which measurements are displayed in the graph function for a selected channel. The state is encoded as a 3-bit value indicating U, A, and D display selection.

SCOP2:SHOW 1
SCOP2:SHOW?

Returns whether the measurements to be displayed in the graph function are enabled for the selected channel. The channel-specific state is encoded as a 3-bit value indicating UAD (Voltage, Current, DVM).

SCOP2:SHOW?

Set the current position of the selected channel in the graph display.

SCOPe2:CURRent:BASE -10
SCOPe2:CURRent:BASE?

Sets the current position of the selected channel in the graph display. The query returns the current position value.

SCOP2:CURRent:BASE?

Set the DVM position of the selected channel in the graph display.

SCOP2:DVM:BASE 5
SCOP2:DVM:BASE?

Sets the DVM position of the selected channel in the graph display.

SCOP2:DVM:BASE 5
SCOP2:DVM:BASE?

Sets the voltage position of the selected channel in the graph display.

SCOP2:VOLT:BASE 0
SCOP2:VOLT:BASE?

Returns the voltage position of the selected channel in the graph display.

Set the current trigger level of the graph function.

SCOP2:CURR:TRIG .5
SCOP2:CURR:TRIG?

Returns the current trigger level of the graph function.

SCOP2:CURR:TRIG .5
SCOP2:CURR:TRIG?

Sets the voltage trigger level of the graph function. The channel-specific query returns the current trigger level.

SCOP2:VOLT:TRIG 5
SCOP2:VOLT:TRIG?

Sets or queries the voltage trigger level of the graph function for a specified channel.

SCOP2:VOLT:TRIG 5
SCOP2:VOLT:TRIG?

Set the DVM trigger level of the graph function.

SCOP2:DVM:TRIG 5
SCOP2:DVM:TRIG?

Returns the DVM trigger level of the graph function.

SCOP2:DVM:TRIG?

Set the trigger source type of the selected channel for the graph function.

SCOP2:TRIG:SOUR VOLT
SCOP2:TRIG:SOUR?

Returns the trigger source type of the selected channel for the graph function.

SCOP2:TRIG:SOUR?

Sets the trigger mode for the selected scope channel in graph function. The available modes are AUTO, NORM, and SINGle.

SCOP2:TRIG:MODE AUTO
SCOP2:TRIG:MODE?

Sets or queries the trigger mode for the selected scope channel in the graph function. The allowed modes are AUTO, NORM, and SINGle.

SCOP2:TRIG:MODE AUTO
SCOP2:TRIG:MODE?

Set the triggering edge of the selected channel for the graph function.

SCOP2:TRIG:SLOP UP
SCOP2:TRIG:SLOP?

Sets the triggering edge (slope) for the selected graph channel. The query returns the current slope setting.

SCOP2:TRIG:SLOP UP
SCOP2:TRIG:SLOP?

Queries the waveform data displayed in the selected channel. The reply contains 900 float data points at one time.

SCOPe<channel>:DATA?

Sets the battery group. The query returns the current group number.

BATT2:GRO 5

Sets the battery group for the selected channel. The query returns the current group number.

BATT2:GRO 5

Set the three parameters of the selected battery point.

BATT2:PAR 100,10,.1
BATT2:PAR?

Set the 3 parameters of the selected point.

BATT2:PAR 100,10,.1
BATT2:PAR?

Select a point in the selected group.

BATT2:POIN 1
BATTery2:POIN 1

Select a point in the selected battery group and query the currently selected point.

BATT2:POIN 1
BATTery<channel>:POINt?

Set the number of points to be available in the selected group.

BATTery2:TOT 19

Returns the total number of points available in the selected battery group.

Set the capacity shut-off value for the selected battery channel.

Returns the capacity shut-off value.

BATTery2:CAP:SHUT 10
BATTery2:CAP:SHUT?

Set the voltage shut-off value for the selected battery channel. The query returns the currently set shut-off voltage.

BATT:VOLT:SHUT 12
BATT:VOLT:SHUT?

Enable or disable the voltage shut-off state.

BATT:VOLT:SHUT:STATe On
BATT:VOLT:SHUT:STATe?

Enable or disable the voltage shut-off state for the selected battery channel.

BATT:VOLT:SHUT:STATe On
BATT:VOLT:SHUT:STATe?

Returns or sets the voltage shut-off value for the selected battery channel.

BATT:VOLT:SHUT 12
BATT:VOLT:SHUT?

Enable or disable the capacity shut-off state.

BATT:CURR:SHUT:STATe On
BATT:CURR:SHUT:STATe?

Enables or disables the battery capacity shut-off state for the selected channel. The query returns the present state.

BATT:CURR:SHUT:STATe On
BATT:CURR:SHUT:STATe?

Set the current shut-off value.

BATTery2:CURR:SHUT 1
BATTery2:CURR:SHUT?

Enables or disables the current shut-off state for the selected battery channel.

Enables or disables the current shut-off state for the selected battery channel.

BATT:CAP:SHUT:STATe On
BATT:CAP:SHUT:STATe?

Sets or queries the current shut-off value for the specified battery channel. The setting applies to channel 1 or 2 and accepts a current value from 0 to 5.05 A.

BATTery2:CURR:SHUT 1
BATTery2:CURR:SHUT?

Set the run time of the battery function. The selected operation ends once the specified time has elapsed.

BATT:TIME:SHUT 300
BATT:TIME:SHUT?

Enable or disable the time shut-off state.

BATT:TIME:SHUT:STATe On
BATT:TIME:SHUT:STATe?

Enable or disable the time shut-off state.

BATT:TIME:SHUT:STATe On
BATT:TIME:SHUT:STATe?

Sets the run time of the battery function. The selected operation ends once the set time has elapsed.

BATT:TIME:SHUT 300
BATT:TIME:SHUT?

Clear the capacity measurement of the battery on the selected channel.

BATTery2:CAP:CLE

Sets the operation mode of the selected battery channel. The mode can be CHARge, DISCharge, or SIMulator.

BATT2:MODE CHARge
BATT2:MODE?

Returns or sets the operation mode of the selected battery channel. The query returns the current mode.

BATT2:MODE?

Recalls a previously saved group for the selected battery channel.

BATT2:REC:SEL 1

Set the charge or discharge voltage value of the selected channel.

BATT:VOLT 12
BATT:VOLT?

Returns the charge or discharge voltage value of the selected channel.

BATT:VOLT?

Set the charge or discharge current value of the selected channel.

BATT:CURR 1
BATT:CURR?

Returns the charge or discharge current value of the selected channel.

BATT:CURR?

Start the selected operation on the selected channel.

BATTery2:STARt

Clear all parameters of the selected group. The group will be blank, and no default point will be assigned.

BATT2:CLEar

Save the parameters of the selected group.

BATT2:SAVE

Stop the selected operation on the selected channel.

BATTery2:STOP

Select a list group.

LIST2:GRO 2
LIST2:GRO?

Selects a list group for the specified channel. The query returns the currently selected group.

LIST2:GRO?

Sets the period count for the selected list group. If 0 is selected, the list will not run.

LIST2:PERiod10
LIST2:PERiod?

Returns or sets the number of cycles for the selected list group. If 0 is selected, the list will not run at all.

LIST2:PERiod10
LIST2:PERiod?

Sets the current point of the selected group.

LIST2:POIN 3
LIST2:POINt?

Sets the current point of the selected group.

LIST2:POIN 3
LIST2:POIN?

Sets the number of points to be programmed in the selected group.

LIST2:TOT 10
LIST2:TOTal?

Sets the number of points to be programmed in the selected group, or returns the programmed total points for the selected list channel.

LIST2:TOT 10

Sets to clear the enable status of all groups.

LIST:GRO:CLE:SEL

Enables the selected group in the sequence selection.

LIST:GRO:SEL 1

Enables or disables the list function of the selected channel.

LIST 2 1
LIST?

Returns the present state of the selected channel's list function.

LIST?

Save all parameters of the assigned group in the selected channel.

LIST2:SAVE

Returns the point and group currently running in the selected channel. If the list is not running it returns 0,0.

LIST:STEP?

Disable the list channel trigger.

LIST2:TRIG:DISable

Enable the list channel trigger.

LIST2:TRIG:ENABle
To enable both channels {All}: LIST1:TRIG:ENABle;:LIST2:TRIr:ENABle

Sets 4 parameters of the current point of the current group: voltage, current, internal resistance, and duration.

LIST2:PAR 12,1,1,60 LIST2:PAR?

Sets 4 parameters of the current point of the current group: voltage, current, internal resistance, and duration.

LIST2:PAR 12,1,1,60 LIST2:PAR?

Sets the trigger to both channel list trigger.

LIST:TRIG

Returns the state of the list operation.

LIST2:RUN:STAT?

Sets the transient name used with INITiate:CONTinuous:NAME. The command enables or disables continuous triggering when used with a state value, and the manual shows the transient form in the syntax line.

INITiate2:CONT:NAME TRAN 1

Enable or disable continuous triggering. If disabled, INITiate:SEQuence1 must be used to initiate all triggers.

INITiate2:CONTinuous:SEQuence1 On

Sets the name used by the initiate sequence command. The syntax shows an optional immediate node and a name parameter.

INIT:NAME TRAN

Enable the output and measurement triggers. When a trigger is enabled, an event on the selected trigger source causes the specified triggering action to occur; if the trigger subsystem is not enabled, all triggers are ignored.

NIT:SEQ2

Generate a BUS trigger for the output transient trigger system. If the transient trigger system is enabled, it initiates a pending level change, clears the WTG bit after the trigger sequences complete, and re-enables the subsystem for subsequent triggers when INITiate:CONTinuous is enabled.

TRIG

Generate a BUS trigger for the measurement trigger system. When the measurement trigger system is enabled, it triggers a measurement of the selected signal and stores the results in a buffer.

TRIG2:ACQ

Generate a BUS trigger for the measurement trigger system. When the measurement trigger system is enabled, it triggers a measurement of the selected signal and stores the results in a buffer.

TRIG2:SEQ2

Sets the trigger source for the transient trigger system. The trigger source must be set to BUS for remote triggering.

TRIG:SOUR BUS
TRIG:SOUR?

Sets the trigger level for internally triggered current measurements. A positive trigger occurs when current rises from below the lower hysteresis band limit to above the upper limit; a negative trigger occurs on the opposite transition.

TRIG:ACQ:LEV:CURR 1
TRIG:ACQ:LEV:CURR?

Sets the trigger level for internally triggered current measurements. A positive current trigger occurs when the current level changes from below the lower hysteresis band limit to above the upper hysteresis band limit; a negative trigger occurs when it changes from above the upper limit to below the lower limit.

TRIG:SEQ2:LEV:CURR .5
TRIG:SEQ2:LEV:CURR?

Sets the trigger level for DVM measurements. A positive trigger occurs when the input signal changes from below the lower hysteresis band limit to above the upper hysteresis band limit; a negative trigger occurs when it changes from above the upper limit to below the lower limit.

TRIG:SEQ2:LEV:DVM 10
TRIG:SEQ2:LEV:DVM?

Sets the trigger level for DVM measurements. A positive trigger occurs when the input signal changes from below the lower hysteresis band limit to above the upper hysteresis band limit, and a negative trigger occurs in the opposite direction.

TRIG:SEQ2:LEV:DVM 10
TRIG:SEQ2:LEV:DVM?

Sets the trigger level for internally triggered voltage measurements. A positive trigger occurs when the voltage crosses from below the lower hysteresis band limit to above the upper hysteresis band limit; a negative trigger occurs when it crosses from above the upper limit to below the lower limit.

TRIG:ACQ:LEV:VOLT 2

Sets the trigger level for internally triggered voltage measurements. A positive trigger occurs when the voltage crosses from below the lower hysteresis band limit to above the upper limit; a negative trigger occurs in the opposite direction.

TRIG:SEQ2:LEV:VOLT 10

Sets the slope of an internally triggered current measurement.

TRIG:SEQ2:SLOP:CURR POS NEG TRIG:SEQ2:SLOP:CURR POS?

Sets the slope of an internally triggered current measurement for the specified channel. The query returns the present slope setting.

TRIG:SEQ2:SLOP:CURR POS NEG TRIG:SEQ2:SLOP:CURR POS?

Sets the slope of an internally triggered DVM measurement.

TRIG:SEQ2:SLOP:DVM POS NEG TRIG:SEQ2:SLOP:DVM POS?

Sets the slope of an internally triggered DVM measurement.

TRIG:SEQ2:SLOP:DVM POS NEG
TRIG:SEQ2:SLOP:DVM POS?

Sets the slope of an internally triggered voltage measurement.

TRIG:SEQ2:SLOP:VOLT POS NEG
TRIG:SEQ2:SLOP:VOLT POS?

Sets the slope of an internally triggered voltage measurement.

TRIG:SEQ2:SLOP:VOLT POS NEG
TRIG:SEQ2:SLOP:VOLT POS?

Sets the source for the measurement trigger.

TRIG:ACQ:SOUR BUS
TRIG:ACQ:SOUR?

Sets the source for the measurement trigger.

TRIG:ACQ:SOUR BUS
TRIG:ACQ:SOUR?

Set the internal voltage trigger mode.

TRIG:SEQ2:MODE AUTo
TRIG:SEQ2:MODE?

Set the internal voltage trigger mode.

TRIG:SEQ2:MODE AUTo
TRIG:SEQ2:MODE?

Queries the count of points in the buffer.

TRAC:POIN:ACT?

Select the measurements saved in the buffer. Voltage, current, or both measurements can be stored in the buffer.

TRAC:FEED VOLT
TRAC:FEED?

Queries all data in the data buffer. The data type is set by TRACe[n]:STATistics.

TRAC:DATA?

Set the data buffer depth.

TRAC2:POINt

Sets the storage mode of the buffer for the specified channel. The buffer mode determines whether measurements are stored continuously, stop when full, or are not stored.

TRAC:FEED:CONT ALW
TRAC:FEED:CONT?

Enable or disable auto clear of the buffer once it is full.

TRAC2:CLE On
TRAC2:CLE?

Import data from the buffer to an external USB device.

TRAC:SAVE

Sets the data type of the measurements stored in the buffer. The channel can be 1 or 2, and the type can be MEAN, PEAK, MAX, or MIN.

TRAC2:STAT MAX
TRAC2:STAT?

Selects the channel view displayed on the front panel. The query returns the present view selection.

DISP:CHAN 2
DISP:CHAN?

Set the LCD brightness.

DISP:BRIG 10
DISP:BRIG?

Navigate to the selected interface.

DISP:SCRE HOME

Selects the power-on defaults. With RST selected, the instrument powers up to the *RST default conditions; with SAV0 selected, it powers up to the setup saved in the specified location using *SAV.

SYST:POS SAV0

Clears the error queue.

SYST:CLE

Queries and clears the first error from the error queue (FIFO).

SYST:ERR?

Set the instrument to local mode. In local mode the front panel keys are functional.

SYST:LOC

Queries the SCPI version to which the power supply complies. The returned value is in the form YYYY.V, where YYYY is the year and V is the revision number for that year.

SYST:VERS?

Set the system date.

SYST:DATE 21,5,4

Set the instrument to remote mode. Remote mode disables the front panel keys except Print. To enable the front panel keys, enter local mode using the SYST:LOC command.

Sets the instrument in remote mode and disables all front-panel keys, including Print. Use SYST:LOC to return to local mode.

SYST:RWL

Set the system time. The corresponding query returns the current time as HH,MM,SS.

Set the static IP address for the LAN interface.

SYST:COMM:LAN:IP "192.168.1.10"
SYST:COMM:LAN:IP?

Queries the system communication protocol.

SYST:COMM:PROT?

Set the communication interface.

SYST:COMM:SEL USB
SYST:COMM:SEL?

Set the network gateway.

SYSTem:COMMunicate:LAN:GATEway "192.168.0.1"

Set the network’s subnet mask.

SYSTem:COMMunicate:LAN:MASK "255.255.255.0"

Set the socket port of the system network.

SYSTem:COMMunicate:LAN:SOCKetport 5025

Saves all system settings. If not saved before power off, changes made in the session will be lost.

SYST:SAV

Initializes the calibration parameters.

CAL:INIT