ALL

 

Command

Data
(for a query, response data)

Explanation

Function

*CLS


Clears the status byte and associated queues

ALL

*ESR?

A<NR1>:0 to 255

Query and clear SESR

ALL

*IDN?

Maker's name, model number, serial number, software version

Query device ID

ALL

*OPC


Set the LSB of SESR when finished processing

ALL

*OPC?

A<NR1>

Return an ASCII 1 when finished processing

ALL

*OPT?

A<NR1>:whether Printer Unit is attached or not
0 = Not attached, 1 = Attached

Queries device option provision.

ALL

*RST


Initialize instrument settings

ALL

*STB?

A<NR1>:0 to 255

Read the STB and the MSS bit, without performing serial polling

ALL

*TST?

A<NR1>:0=OK, 1=NG

Query the result of a ROM/RAM check

ALL

*WAI


Execute the following command when finished processing

ALL

:ESR0?

A<NR1>:0 to 255

Query ESR0

ALL

:ABORT


Abort

ALL

:AUTO


Automatically set the timebase and voltage range

HIGHSPEED

:DELImiter A$

A$:LF, CR_LF

Set the delimiter.

ALL

:DELImiter?

A$

Query the settings made for the delimiter.

ALL

:ERRor?

A<NR1>: error number
-1: no error

Query the error number

ALL

:FEED A

A:<NR1>1 to 255 (mm)

Feed paper a specified distance

ALL

:FUNCtion A$

A$:HIGHspeed, REALtime

Select the operating function

ALL

:FUNCtion?

A$

Query the operating function

ALL

:HCOPy


Print a hard copy of the screen

ALL

:HEADer A$

A$:OFF, ON

Enable or disable header prefixes on query responses

ALL

:HEADer?

A$

Query the current setting of header prefixes

ALL

:PRINt A$

A$:ALL, A_B, MEAS

Print

ALL

:SAVE


Save

ALL

:STARt


Start

ALL

:STATus?

A<NR1>:0 to 127
(bit6, bit5, bit4, bit3, bit2, bit1, bit0)

Query the storage status

ALL

:STOP


Stop

ALL

:CONFigure:ATPRint A$

A$:OFF, WAVE, MEAS, W_M

Set automatic printing

HIGHSPEED

:CONFigure:ATPRint?

A$

Query automatic printing

HIGHSPEED

:CONFigure:ATSAve A$ (,"B$")

A$:OFF, BIN, CSV, MEAS, BIN_MEAS, CSV_MEAS
B$:File name (up to 8 characters)

Set auto save.

ALL

:CONFigure:ATSAve?

A$ (,B$)

Query the settings made to execute the auto save function.

ALL

:CONFigure:ENVElope A$

A$:ON, OFF

Set up Envelope Mode

REALTIME

:CONFigure:ENVElope?

A$

Query Envelope Mode

REALTIME

:CONFigure:FORMat A$

A$:SINGle, DUAL, QUAD, XYDot, XYLine

Set the display format

ALL

:CONFigure:FORMat?

A$

Query the display format

ALL

:CONFigure:PRINt A$

A$:OFF, WAVE, MEAS, W_M

Set real time print.

REALTIME

:CONFigure:PRINt?

A$

Query the settings made to execute the real time print function.

REALTIME

:CONFigure:RECTime day,hour,min,sec

day<NR1>: 0 to 694
hour<NR1>: 0 to 23
min<NR1>: 0 to 59
sec<NR1>:0 to 59
0, 0, 0, 0 = continuous

Set the recording time

REALTIME

:CONFigure:RECTime?

day,hour,min,sec<NR1>

Query the recording time

REALTIME

:CONFigure:SAMPle A

A:<NR3> 1E-06 to 6E+01

Set the sampling period

ALL

:CONFigure:SAMPle

A<NR3>

Query the sampling period

ALL

:CONFigure:SAVEDeci A$

A$:PERIOD, COMMA

Select decimal point for CSV file data

ALL

:CONFigure:SAVEDeci?

A$

Query decimal point for CSV file data

ALL

:CONFigure:SAVEKind A$

A$:NORMal, DIVide, REGUlarly

Select whether to save data into multiple files

REALTIME

:CONFigure:SAVEKind?

A$

Query whether to save data into multiple files

REALTIME

:CONFigure:SAVELen day,hour,min

day<NR1>:0 to 30
hour<NR1>:0 to 23
min<NR1>:0 to 59

Specify the save timing (split time) for Split Save

REALTIME

:CONFigure:SAVELen?

day,hour,min<NR1>

Query the save timing (split time) for Split Save

REALTIME

:CONFigure:SAVEMode A$

A$:FILEfull, REMove

Select whether to delete while saving.

REALTIME

:CONFigure:SAVEMode?

A$

Query whether to delete while saving.

REALTIME

:CONFigure:SAVEPri A$

A$:CF, USB

Select the removable strage priority

ALL

:CONFigure:SAVEPri?

A$

Query the removable strage priority

ALL

:CONFigure:SAVEReg hour,min

hour<NR1>:0 to 23
min<NR1>:0 to 59

Specify the reference time (Ref Time) for Split Save

REALTIME

:CONFigure:SAVEReg?

hour,min<NR1>

Query the reference time (Ref Time) for Split Save

REALTIME

:CONFigure:SAVESep A$

A$:COMMA, SPACE, TAB, SEMI

Select separator for CSV file data

ALL

:CONFigure:SAVESep?

A$

Query separatir for CSV file data

ALL

:CONFigure:SAVETime A

A<NR3>:time (min)

Specify the split time (Split Length) for Split Save

REALTIME

:CONFigure:SAVETime?

A<NR3>

Query the reference time (Split Length) for Split Save

REALTIME

:CONFigure:SHOT A

A<NR3>:shot (div)

Set the recording length

HIGHSPEED

:CONFigure:SHOT?

A<NR3>

Query the recording length

HIGHSPEED

:CONFigure:TDIV A

A<NR3>: (sec/div)

Set the timebase

ALL

:CONFigure:TDIV??

A<NR3>

Query the timebase

ALL

:CONFigure:THINout A$

A$:OFF, 1_2, 1_5, 1_10, 1_20, 1_50, 1_100, 1_200, 1_500, 1_1000

Set the degree of thinning before storing

ALL

:CONFigure:THINout?

A$

Query the degree of thinning before storing

ALL

:CONFigure:TTYPe A$

A$:RANGe, SAMPle

Change setting method of time axis

HIGHSPEED

:CONFigure:TTYPe?

A$

Query setting method of time axis

HIGHSPEED

:RESErve:CONDition NO$,A$

NO$:NO1 to NO10
A$:NOW, LIST1 to LIST10

Set the measurement conditions for Reservation

ALL

:RESErve:CONDition? NO$

NO$,A$

Query the measurement conditions for Reservation

ALL

:RESErve:KIND NO$,A$

NO$:NO1 to NO10
A$:OFF, SPECify, REGUlar

Set up the type of Reservation

ALL

:RESErve:KIND? NO$

NO$,A$

Query the type of Reservation

ALL

:RESErve:REGUlar NO$,A$

NO$:NO1 to NO10
A$:EVE, M_F, M_S, SUN, MON, TUE, WED, THU, FRI, SAT

Specify a start day of the week (for Periodic measurement)

ALL

:RESErve:REGUlar? NO$

NO$,A$

Query the scheduled start day of the week (for Periodic measurement)

ALL

:RESErve:STARTDate NO$,year,month,day

NO$:NO1 to NO10
year<NR1>:0 to 99
month<NR1>:1 to 12
day<NR1>:1 to 31

Specify start date (for Measurement on Specified Date)

ALL

:RESErve:STARTDate? NO$

NO$,year,month,day<NR1>

Query the scheduled start date (for Measurement on Specified Date)

ALL

:RESErve:STARTTime NO$,hour,min

NO$:NO1 to NO10
hour<NR1>:0 to 23
min<NR1>:0 to 59

Specify stop date (for Measurement on Specified Date)

ALL

:RESErve:STARTTime? NO$

NO$,hour,min<NR1>

Query the scheduled stop date (for Measurement on Specified Date)

ALL

:RESErve:STOPDate NO$,year,month,day

NO$:NO1 to NO10
year<NR1>:0 to 99
month<NR1>:1 to 12
day<NR1>:1 to 31

Specify stop date (for Measurement on Specified Date)

ALL

:RESErve:STOPDate? NO$

NO$,year,month,day<NR1>

Query the scheduled stop date (for Measurement on Specified Date)

ALL

:RESErve:STOPTime NO$,hour,min

NO$:NO1 to NO10
hour<NR1>:0 to 23
min<NR1>:0 to 59

Specify stop time to set up measurement schedule

ALL

:RESErve:STOPTime? NO$

NO$,hour,min<NR1>

Query the scheduled stop time

ALL

:RESErve:SWITch NO$,A$

NO$:NO1 to NO10
A$:ON, OFF

Enable or disable Reservation

ALL

:RESErve:SWITch? NO$

A$

Query enable or disable Reservation

ALL

:TRIGger:DETECTDate?

year,month,day<NR1>

Query a trigger detection date

ALL

:TRIGger:DETECTTime?

hour,min,sec<NR1>

Query a trigger detection time

ALL

:TRIGger:EXTErnal A$

A$:OFF, UP, DOWN

Enable/disable external triggering

ALL

:TRIGger:EXTErnal?

A$

Query external triggering

ALL

:TRIGger:EXTFilter A$

A$:OFF, ON

Set external trigger filter

ALL

:TRIGger:EXTFilter?

A$

Query external trigger filter

ALL

:TRIGger:FILTer CH$,A

CH$:CH1 to CH4
A<NR1>:0 (=OFF), 10, 20, 50, 100, 200, 500, 1000 (S) (HISPEED)
A<NR1>:0(OFF), 1(ON) (REALTIME)

Setting the trigger filter

ALL

:TRIGger:FILTer? CH$

CH$,A<NR1>

Query the trigger filter setting

ALL

:TRIGger:JKINd CH$,A$

CH$:CH1 to CH4
A$:SIN, PRE

Set the kinds of waveform detection trigger.

HIGHSPEED

:TRIGger:JKINd? CH$

CH$,A$

Query the kinds of waveform detection trigger.

HIGHSPEED

:TRIGger:JWIDth CH$,A

CH$:CH1 to CH4
A<NR3>:Control range (V)

Set the contorl range of waveform detection trigger.

HIGHSPEED

:TRIGger:JWIDth? CH$

CH$,A<NR3>

Query the contorl range of waveform detection trigger.

HIGHSPEED

:TRIGger:JVOLt CH$,A

CH$:CH1 to CH4
A<NR3>:Standard voltage (Vrms)

Set the standard voltage of waveform detection trigger.

HIGHSPEED

:TRIGger:JVOLt? CH$

CH$,A<NR3>

Query the standard voltage of waveform detection trigger.

HIGHSPEED

:TRIGger:KIND CH$,A$

CH$:CH1 to CH4
A$:OFF, LEVEl, IN, OUT, DROP, JUDGE (HISPEED)
A$:OFF, LEVEl, IN, OUT (REALTIME)

Setting type for trigger

ALL

:TRIGger:KIND? CH$

CH$,A$

Query the type for trigger

ALL

:TRIGger:LEVEl CH$,A

CH$:CH1 to CH4
A<NR3>:Trigger level (V)

Setting the trigger level

ALL

:TRIGger:LEVEl? CH$

CH$,A<NR3>

Query the trigger level

ALL

:TRIGger:LOGAnd CH$,A$

CH$:CHA, CHB
A$:OFF, OR, AND

Set the AND/OR logical operator for the logic trigger pattern

ALL

:TRIGger:LOGAnd? CH$

CH$,A$

Query the AND/OR logical operator for the logic trigger pattern

ALL

:TRIGger:LOWEr CH$,A

CH$:CH1 to CH4
A<NR3>:Lower level (V)

Set the lower threshold of the window-in/out trigger

ALL

:TRIGger:LOWEr? CH$

CH$,A<NR3>

Query the lower threshold of the window-in/out trigger

ALL

:TRIGger:MODE A$

A$:SINGle, REPEat

Select trigger repetition mode

ALL

:TRIGger:MODE?

A$

Query trigger repetition mode

ALL

:TRIGger:MANU


Manually trigger measurement

ALL

:TRIGger:PRETrig A
:PRETrig day,hour,min,sec

A<NR1>:0, 5, 10, 20, ..., 90, 95, 100 (%)
day<NR1>:0 to 694
hour<NR1>:0 to 23
min<NR1>:0 to 59
sec<NR1>:0 to 59
The values available to be set differ depending on the recording interval.

Set the pre-trigger interval

ALL

:TRIGger:PRETrig?

A<NR1> (%) (HISPEED)
day,hour,min,sec<NR1> (REALTIME)

Query the pre-trigger interval

ALL

:TRIGger:SET A$

A$:ON, OFF

Set the trigger use setting

ALL

:TRIGger:SET?

A$

Query the trigger use setting

ALL

:TRIGger:SEXTErnal A$

A$:OFF, UP, DOWN

Enable/disable external triggering at stop

REALTIME

:TRIGger:SEXTErnal?

A$

Query external triggering at stop

REALTIME

:TRIGger:SFILTer CH$,A

CH$:CH1 to CH4
A<NR1>:0 (OFF), 1 (ON)

Setting the trigger filter at stop

REALTIME

:TRIGger:SFILTer? CH$

CH$,A<NR1>

Query the trigger filter setting at stop

REALTIME

:TRIGger:SKIND CH$,A$

CH$:CH1 to CH4
A$:OFF, LEVEl, IN, OUT

Setting type for trigger at stop

REALTIME

:TRIGger:SKIND? CH$

CH$,A$

Query the type for trigger at stop

REALTIME

:TRIGger:SLEVEl CH$,A

CH$:CH1 to CH4
A<NR3>:Trigger level (V)

Setting the trigger level at stop

REALTIME

:TRIGger:SLEVEl? CH$

CH$,A<NR3>

Query the trigger level at stop

REALTIME

:TRIGger:SLFILter CH$,A

CH$:CHA, CHB
A<NR1>:0 (OFF), 1 (ON)

Set the logic trigger filter at stop

REALTIME

:TRIGger:SLFILter? CH$

CH$,A<NR1>

Query the logic trigger filter at stop

REALTIME

:TRIGger:SLOGAnd CH$,A$

CH$:CH1 to CH4
A$:OFF, OR, AND

Set the AND/OR logical operator for the logic trigger pattern at stop

REALTIME

:TRIGger:SLOGAnd? CH$

CH$,A$

Query the AND/OR logical operator for the logic trigger pattern at stop

REALTIME

:TRIGger:SLOGPat CH$,"A$"

CH$:CHA, CHB
A$:xxxx Trigger / pattern (X, 0, 1)

Set the pattern for a logic trigger at stop

REALTIME

:TRIGger:SLOGPat? CH$

CH$,"A$"

Query the pattern for a logic trigger at stop

REALTIME

:TRIGger:SLOPe CH$,A$

CH$:CH1 to CH4
A$:UP, DOWN

Set the trigger direction (slope)

ALL

:TRIGger:SLOPe? CH$

CH$,A$

Query the trigger direction (slope)

ALL

:TRIGger:SLOWEr CH$,A

CH$:CH1 to CH4
A<NR3>:Lower level (V)

Set the lower threshold of the window-in/out trigger at stop

REALTIME

:TRIGger:SLOWEr? CH$

CH$,A<NR3>

Query the lower threshold of the window-in/out trigger at stop

REALTIME

:TRIGger:SOURce A$

A$:OR, AND

Set the trigger source AND/OR logical operator

ALL

:TRIGger:SOURce?

A$

Query the trigger source AND/OR logical operator

ALL

:TRIGger:SSLOPe CH$,A$

CH$:CH1 to CH4
A$:UP, DOWN

Set the trigger direction (slope) at stop

REALTIME

:TRIGger:SSLOPe? CH$

CH$,A$

Query the trigger direction (slope) at stop

REALTIME

:TRIGger:SSOURce A$

A$:OR, AND

Set the trigger source AND/OR logical operator at stop

REALTIME

:TRIGger:SSOURce?

A$

Query the trigger source AND/OR logical operator at stop

REALTIME

:TRIGger:SUPPEr CH$,A

CH$:CH1 to CH4
A<NR3>:Upper level (V)

Set the upper threshold of the window-in/-out trigger at stop

REALTIME

:TRIGger:SUPPEr? CH$

CH$,A<NR3>

Query the upper threshold of the window-in/-out trigger at stop

REALTIME

:TRIGger:TIMEr A$

A$:OFF, ON

Set interval trigger

ALL

:TRIGger:TIMEr?

A$

Query interval trigger

ALL

:TRIGger:TIMIng A$

A$:START, STOP, S_S

Set trigger timing start/stop operation

REALTIME

:TRIGger:TIMIng?

A$

Query trigger timing start/stop operation

REALTIME

:TRIGger:TMINTvl day,hour,min,sec

day<NR1>: 0 to 99
hour<NR1>: 0 to 23
min<NR1>: 0 to 59
sec<NR1>:0 to 59

Set time interval for interval trigger

ALL

:TRIGger:TMINTvl?

day,hour,min,sec<NR1>

Query time interval for interval trigger

ALL

:TRIGger:UPPEr CH$,A

CH$:CH1 to CH4
A<NR3>:Upper level (V)

Set the upper threshold of the window-in/-out trigger

ALL

:TRIGger:UPPEr? CH$

CH$,A<NR3>

Query the upper threshold of the window-in/-out trigger

ALL

:TRIGger:VFREq CH$,A

CH$:CH1 to CH4
A<NR1>:50, 60 (Hz)

Set measurement frequency of voltage drop trigger.

HIGHSPEED

:TRIGger:VFREq? CH$

CH$,A<NR1>

Query measurement frequency of voltage drop trigger.

HIGHSPEED

:TRIGger:VLEVel CH$,A

CH$:CH1 to CH4
A<NR3>:Trigger level (V)

Set drop level of voltage drop trigger

HIGHSPEED

:TRIGger:VLEVel? CH$

CH$,A<NR3>

Query drop level of voltage drop trigger

HIGHSPEED

:TRIGger:LFILter CH$,A

CH$:CHA, CHB
A<NR1>:0, 10, 20, 50, 100, 200, 500, 1000 (HISPEED)
A<NR1>:0 (OFF), 1 (ON) (REALTIME)

Set the logic trigger filter

ALL

:TRIGger:LFILter? CH$

CH$,A<NR1>

Query the logic trigger filter

ALL

:TRIGger:LOGPat CH$,"A$"

CHA, CHB
A$:xxxxTrigger / pattern (X, 0, 1)

Set the pattern for a logic trigger

ALL

:TRIGger:LOGPat? CH$

CH$,"A$"

Query the pattern for a logic trigger

ALL

:UNIT:ADJUST


Execute zero adjustment

ALL

:UNIT:COUPling CH$,A$

CH$:CH1 to CH4
A$:GND, DC

Set input coupling

ALL

:UNIT:COUPling? CH$

CH$,A$

Query input coupling

ALL

:UNIT:FILTer CH$,A

CH$:CH1 to CH4
A<NR1>:0 ( = OFF), 5, 50, 500, 5000, 50000

Set an input filter

ALL

:UNIT:FILTer? CH$

CH$,A$

Query an input filter

ALL

:UNIT:MODE CH$,A$

CH$:CH1 to CH4
A$:DC, RMS

Set the module mode

ALL

:UNIT:MODE? CH$

CH$,A$

Query the module mode

ALL

:UNIT:POSItion CH$,A

CH$:CH1 to CH4
A<NR1>:Position point (%)

Set input channel zero position

ALL

:UNIT:POSItion? CH$

CH$,A<NR1>

Query input channel zero position

ALL

:UNIT:RANGe CH$,A

CH$:CH1 to CH4
A<NR3>:Range (V)

Set Query Input Voltage Range

ALL

:UNIT:RANGe? CH$

CH$,A<NR3>

Query Input Voltage Range

ALL

:DISPlay:CHANge A$

A$:DISPlay, SETting, CHANnel, ALLChan, TRIGger, COMment, SYSTem, PRINter, FILE, MONItor

Select the display mode

ALL

:DISPlay:CHANge?

A$

Query the display mode

ALL

:DISPlay:DRAWing CH$,A$

A$:OFF, C1 to C24

Set waveform display color

ALL

:DISPlay:DRAWing? CH$

CH$,A$

Query waveform display color

ALL

:DISPlay:GRAPh CH$,A

A<NR1>:1, 2, 3, 4
(When dual displays are selected, 3 or 4 is unable to be specified.)

Graph setting.

ALL

:DISPlay:GRAPh? CH$

CH$,A<NR1>

Query the graph setting.

ALL

:DISPlay:LOGDraw CH$,N,A$

CH$:CHA, CHB
N<NR1>:1, 2, 3, 4
A$:OFF, C1 to C24

Set logic waveform display color.

ALL

:DISPlay:LOGDraw? CH$,N

CH$,N<NR1>,A$

Query logic waveform display color

ALL

:DISPlay:LOGPosi CH$,A

CH$:CHA, CHB
A<NR1>:1, 2, 3, 4, 5, 6, 7, 8

Set the display position of a logic waveform

ALL

:DISPlay:LOGPosi? CH$

CH$,A<NR1>

Query the display position of a logic waveform

ALL

:DISPlay:LWIDth A$

A$:WIDE, NARRow

Configure the width of the logic waveform.

ALL

:DISPlay:LWIDth?

A$

Query the width settings for the logic waveform.

ALL

:DISPlay:MARK


Insert event mark

ALL

:DISPlay:MARK?

A<NR1>:0 to 100 (0=none)

Query the event mark num

ALL

:DISPlay:MARKJump A

A<NR1>:1 to 100

Jump to event mark

ALL

:DISPlay:MARKJump? A

A<NR1>,B<NR1>
B<NR1>:data num

Query the event mark data num

ALL

:DISPlay:MODE A$

A$:W_S (Wave+Set), W_T (Wave+Data), WAVE (Wave), W_M (Wave+Calc), W_CSR (Wave+Crsr)

Set display screen mode

ALL

:DISPlay:MODE?

A$

Query display screen mode

ALL

:DISPlay:UPDAte A$

A$:TRUE, FALSE

Enable/disable display updating

ALL

:DISPlay:UPDAte?

A$

Query display updating

ALL

:DISPlay:USECh CH$,A$

CH$:CH1 to CH4, XY1 to XY4, CHA, CHB
A$:ON, OFF

Set up ON/OFF of waveform display

ALL

:DISPlay:USECh? CH$

CH$,A$

Query ON/OFF state of waveform display

ALL

:DISPlay:VARIable CH$,A$

CH$:CH1 to CH4
A$:ON, OFF

Set up the method of waveform display position (Variable ON/OFF)

ALL

:DISPlay:VARIable? CH$

CH$,A$

Query the method of waveform display position (Variable ON/OFF)

ALL

:DISPlay:VARIUPLOw CH$,A,B

CH$:CH1 to CH4
A<NR3>, B<NR3>:-9.9999+E19 to 9.9999+E19

Set the upper and lower variable gain limits for waveform display

ALL

:DISPlay:VARIUPLOw? CH$

CH$,A<NR3>,B<NR3>

Query the upper and lower variable gain limits for waveform display

ALL

:DISPlay:WAVE A$

A$:ACUR, TRIG, POINT

Select the waveform display origin

ALL

:DISPlay:XAXIs A,CH$

A<NR1>:1, 2, 3, 4
CH$:CH1 to CH4

Assign the x-axis channel for an X-Y waveform

HIGHSPEED

:DISPlay:XAXIs? A

A<NR1>,CH$

Query the x-axis channel for an X-Y waveform

HIGHSPEED

:DISPlay:XMAG A$

A$:X10, X5, X2, X1, X1_2, X1_5, X1_10, X1_20, x1_50, X1_100, X1_200, X1_500, X_1000, X1_2000 (HISPEED)

Set time axis magnification/compression

HIGHSPEED

:DISPlay:XMAG?

A$

Query time axis magnification/compression

HIGHSPEED

:DISPlay:XYARea A$

A$:ALL, A_B

Select area (interval) setting for X-Y waveforms

HIGHSPEED

:DISPlay:XYARea?

A$

Query area (interval) setting for X-Y waveforms

HIGHSPEED

:DISPlay:XYDRawing A,B$

A<NR1>:1, 2, 3, 4
B$:OFF, C1 to C24

Set X-Y waveform display and color

HIGHSPEED

:DISPlay:XYDRawing? A

A<NR1>, B$

Query X-Y waveform display and color

HIGHSPEED

:DISPlay:YAXIS A,CH$

A<NR1>:1, 2, 3, 4
CH$:CH1 to CH4

Assign the y-axis channel for an X-Y waveform

HIGHSPEED

:DISPlay:YAXIS? A

A,CH$

Query the y-axis channel for an X-Y waveform

HIGHSPEED

:DISPlay:YMAG CH$,A$

A$:X1_10, X1_5, X1_2, X1, X2, X5, X10, X20

Set voltage axis magnification

ALL

:DISPlay:YMAG? CH$

CH$,A$

Query voltage axis magnification

ALL

:CURSor:ABCUrsor A$

A$:A, B, A_B

Configure the number of and ability to move the A and B cursors

ALL

:CURSor:ABCUrsor?

A$

Query the settings made for the number of and
ability to move the A and B cursors

ALL

:CURSor:ACHAnnel CH$

CH$:XY1 to XY4 (X-Y waveforms)

Assign the Cursor A channel (X-Y waveforms)

HIGHSPEED

:CURSor:ACHAnnel?

CH$

Query the Cursor A channel (X-Y waveforms)

HIGHSPEED

:CURSor:APOSition A

A<NR1>:0 to the number of stored data (vertical cursor or trace cursor)
A<NR1>:0 to 360
(horizontal cursor)

Set the position of Cursor A

ALL

:CURSor:APOSition?

A<NR1>

Query the position of Cursor A.

ALL

:CURSor:BCHAnnel CH$

CH$:XY1 to XY4 (X-Y waveforms)

Assign the Cursor B channel (X-Y waveforms)

HIGHSPEED

:CURSor:BCHAnnel?

CH$

Query the Cursor B channel (X-Y waveforms)

HIGHSPEED

:CURSor:BPOSition A

A<NR1>:to the number of stored data (vertical cursor or trace cursor)
A<NR1>:0 to 360
(horizontal cursor)

Set the position of Cursor B

ALL

:CURSor:BPOSition?

A<NR1>

Query the position of Cursor B

ALL

:CURSor:DTREad? A$

B$
A$:A, B, B_A
B$:readout value (time)

Query a cursor readout value (time)

ALL

:CURSor:DVREad? A$ (,B$)

C$
A$:A, B, B_A
B$:CH1 to CH4 (Normal waveforms)
C$:readout value (V)

Query a cursor readout value (measured value)

ALL

:CURSor:MODE A$

A$:OFF, TIME (vertical), VOLT (horizontal), TRACe

Select the cursor mode

ALL

:CURSor:MODE?

A$

Query the cursor mode

ALL

:MEMory:ADATa? A

A<NR1>:1 to 80 (number of data values to be output)
[Response] B,C,...

Read ASCII data in memory

ALL

:MEMory:AREAl? CH$

CH$:CH1 to CH4
[Response] A,B,...
A,B,...<NR1>:0 to 16383

Read real-time data as ASCII code

ALL

:MEMory:BDATa? A

A<NR1>:1 to 200 (number of data values to be output)
[Response] Binary integer data

Read stored data as binary code

ALL

:MEMory:GETReal


Capture real-time data

ALL

:MEMory:HEADPoint?

A<NR1>
0 to

Storage data read pointer offset

ALL

:MEMory:LDATa? A

A<NR1>:1 to 100 (number of data values to be output)
[Response] B,C,...

Read logic data

ALL

:MEMory:LREAl?

A<NR1>:0 to 255

Read real-time logic data

ALL

:MEMory:MAXPoint?

A<NR1>
0=not data stored
0 to the number of stored data

Query the amount of data stored

ALL

:MEMory:POINt CH$,A

CH$:CH1 to CH4,LOG
A<NR1>:0 to

Set the memory read pointer

ALL

:MEMory:POINt?

CH$,A<NR1>

Query the memory read pointer

ALL

:MEMory:RATIo? CH$

CH$:CH1 to CH4
[Response] CH$,A<NR3>, B<NR3>
A<NR3>:Ratio
B<NR3>:Offset

Query the ratio and offset coefficients for converting stored data into physical values

ALL

:MEMory:VDATa? A

A<NR1>:1 to 40 (the number of data)
[Response] :B,C...
B,C...<NR3>

Read stored data (measured values)

ALL

:MEMory:VREAl? CH$

CH$:CH1 to CH4
[Response] :A
A<NR3>: Physical values

Read real-time data (measured values)

ALL

:SYSTem:BEEP A$

A$:ON, OFF

Enable/disable beep sounds

ALL

:SYSTem:BEEP?

A$

Query beep sounds

ALL

:SYSTem:BRIGhtness A$

A$:100%, 70%, 40%, 25%

Configure the display contrast

ALL

:SYSTem:BRIGhtness?

A$

Query the settings made for the display contrast

ALL

:SYSTem:CHMArk A$

A$:OFF, NUMBer, COMMent

Select channel markers for printing

ALL

:SYSTem:CHMArk?

A$

Query channel markers for printing

ALL

:SYSTem:CRTOff A

A<NR1>:0 ( = OFF), 1 to 5 (min)

Set the backlight saver

ALL

:SYSTem:CRTOff?

A<NR1>

Query the backlight saver

ALL

:SYSTem:DATAClear


Clear waveform data

ALL

:SYSTem:DATE year,month,day

year <NR1>:0 to 99
month<NR1>:1 to 12
day<NR1> :1 to 31

Set the system calendar

ALL

:SYSTem:DATE?

year, month, day<NR1>

Query the system calendar

ALL

:SYSTem:EXTIN A$

A$:TRIG, EVENT

Select the function of the external trigger input terminal

ALL

:SYSTem:EXTIN?

A$

Query the function of the external trigger input terminal

ALL

:SYSTem:EXT1mode A$

A$:START, STOP, S_S, ABORT, SAVE, PRINT

Select the function of external input terminal 1

ALL

:SYSTem:EXT1mode?

A$

Query the function of external input terminal 1

ALL

:SYSTem:EXT2mode A$

A$:START, STOP, S_S, ABORT, SAVE, PRINT

Select the function of external input terminal 2

ALL

:SYSTem:EXT2mode?

A$

Query the function of external input terminal 2

ALL

:SYSTem:EXTOut A$

A$:ERR, BUSY, TRIG

Set the instrument status to output from the ALM/OUT terminal

ALL

:SYSTem:EXTOut?

A$

Query the instrument status to output from the ALM/OUT terminal

ALL

:SYSTem:FILEProt A$

A$:WEAK, STROng

Set the File Protection

ALL

:SYSTem:FILEProt?

A$

Query the File Protection

ALL

:SYSTem:GRID A$

A$:OFF, STD, FINE, STD_Dark, FINE_Dark

Set grid display

ALL

:SYSTem:GRID?

A$

Query grid display

ALL

:SYSTem:LANGuage A$

A$:JAPAnese, ENGLish, CHINese

Set the display language

ALL

:SYSTem:LANGuage?

A$

Query the display language

ALL

:SYSTem:LCDDisp A$

A$:BLACK, WHITE

Configure the display colors

ALL

:SYSTem:LCDDisp?

A$

Query the settings made for display colors

ALL

:SYSTem:LIST A$

A$:OFF, LIST, GAUGe, L_G

Set list and gauge printing

ALL

:SYSTem:LIST?

A$

Query list and gauge printing

ALL

:SYSTem:PRIArea A$

A$:ALL, A_B

Select the print area setting method

ALL

:SYSTem:PRIArea?

A$

Query the print area setting method

ALL

:SYSTem:PRIDensity A

A$:LIGHt, STD, DARK

Select print density

ALL

:SYSTem:PRIDensity?

A$

Query print density

ALL

:SYSTem:SAVEArea A$

A$:ALL, A_B

Set the data area selection method for saving data using the SAVE key (Quick Save)

ALL

:SYSTem:SAVEArea?

A$

Query the data area selection method for saving data using the SAVE key (Quick Save)

ALL

:SYSTem:SAVEFormat A$

A$BINARY, CSV

Select the data format (Quick Save)

ALL

:SYSTem:SAVEFormat?

A$

Query the data format (Quick Save)

ALL

:SYSTem:SAVEKey A$

A$:SELECT, QUICK

Select the saving method for SAVE.

ALL

:SYSTem:SAVEKey?

A$

Query the saving method for SAVE.

ALL

:SYSTem:SAVEPri A$

A$:CF, USB

Select the priority save destination (Quick Save)

ALL

:SYSTem:SAVEPri?

A$

Query the priority save destination (Quick Save)

ALL

:SYSTem:SAVEThinout A$

A$:OFF, 1_2, 1_5, 1_10, 1_20, 1_50, 1_100, 1_200, 1_500, 1_1000

Set the thinning factor for text data saved with the SAVE key (Quick Save)

ALL

:SYSTem:SAVEThinout?

A$

Query the thinning factor for text data saved with the SAVE key (Quick Save)

ALL

:SYSTem:SAVETYpe A$

A$:WAVE, IMAGE, SET, CALC

Select the kind of data saved by the SAVE key (Quick Save)

ALL

:SYSTem:SAVETYpe?

A$

Query the kind of data saved by the SAVE key (Quick Save)

ALL

:SYSTem:STARt A$

A$:ON, OFF

Enable/disable the Start Backup function (Auto-Resume)

ALL

:SYSTem:STARt?

A$

Query the Start Backup function (Auto-Resume)

ALL

:SYSTem:SOPEration A$

A$:ON, OFF

Set start/stop confirmation message display

ALL

:SYSTem:SOPEration?

A$

Query start/stop confirmation message display

ALL

:SYSTem:TIME hour,min (,sec)

hour<NR1>:0 to 23
min<NR1>:0 to 59
sec<NR1>:0 to 59

Set the system clock time

ALL

:SYSTem:TIME?

hour,min,sec<NR1>

Query the system clock time

ALL

:SYSTem:TMAXis A$

A$:TIME, SCALe, DATE

Set the time-axis units for display

ALL

:SYSTem:TMAXis?

A$

Query the time-axis units for display

ALL

:SYSTem:TRGOut A$

A$:PULSe, LEVEl

Select the function of the external trigger output terminal

ALL

:SYSTem:TRGOut?

A$

Query the function of the external trigger output terminal

ALL

:SYSTem:USBDrive A$

A$:USB, CF

Set to USB Drive Mode

ALL

:SCALing:SET CH$,A$

CH$:CH1 to CH4
A$:OFF, SCI, ENG

Select the desired numerical notation

ALL

:SCALing:SET? CH$

CH$,A$

Query the desired numerical notation

ALL

:SCALing:KIND CH$,A$

CH$:CH1 to CH4
A$:POINT, RATIO, MODEL, RATE

Select the scaling method

ALL

:SCALing:KIND? CH$

CH$,A$

Query the scaling method

ALL

:SCALing:VOUPLOw CH$,B,C

CH$:CH1 to CH4
B, C<NR3>:-9.999E+29 to 9.999E+29

Set two-point converted scaling values (Scaling method: POINT)

ALL

:SCALing:VOUPLOw? CH$

CH$,B<NR3>,C<NR3>

Query two-point converted scaling values (Scaling method: POINT)

ALL

:SCALing:SCUPLOw CH$,B,C

CH$:CH1 to CH4
B, C<NR3>: -9.999E+29 to 9.999E+29

Set two-point scaling values (Scaling method: POINT)

ALL

:SCALing:SCUPLOw? CH$

CH$,B<NR3>,C<NR3>

Query two-point scaling values (Scaling method: POINT)

ALL

:SCALing:OFFSet CH$,A

CH$:CH1 to CH4
A<NR3>:-9.999E+9 to 9.999E+9

Set scaling offset (Scaling method: RATIO)

ALL

:SCALing:OFFSet? CH$

CH$,A<NR3>

Query scaling offset (Scaling method: RATIO)

ALL

:SCALing:VOLT CH$,A

CH$:CH1 to CH4
A<NR3>:-9.999E+9 to 9.999E+9

Set the scaling conversion ratio (Scaling method: RATIO)

ALL

:SCALing:VOLT? CH$

ch$,A<NR3>

Query the scaling conversion ratio (Scaling method: RATIO)

ALL

:SCALing:MODEl CH$,A$,B

CH$:CH1 to CH4
A$:m_3283, m_3284, m_3285, m_9010_50, m_9018_50,
m_9132_50, m_9322, m_9657_10, m_9675
B<NR3>:Range

Set the model and range (Scaling method: MODEL)

ALL

:SCALing:MODEl? CH$

CH$,A$,B<NR3>

Query the model and range (Scaling method: MODEL)

ALL

:SCALing:RATE CH$,A$

CH$:CH1 to CH4
A$:V1_M10, V1_M100, V1_1, V1_10, V1_20,
V1_50, V1_100, V1_200, V1_250, V1_500,
V1_1000, V1_2000, V1_2500, V1_5000, V1_10000, V_1000c_c

Set the output rate (Scaling method: RATE)

ALL

:SCALing:RATE? CH$

CH$,A$

Query the output rate (Scaling method: RATE)

ALL

:SCALing:UNIT CH$,"A$"

CH$:CH1 to CH4
A$: Scaling units (up to 7 characters)

Specify the scaling unit name

ALL

:SCALing:UNIT? CH$

CH$,"A$"

Query the scaling unit name

ALL

:COMMent:CH CH$, (NO$,)"A$"

CH$:CH1 to CH4, CHA, CHB
NO$:NO1 to NO4 (logic)
A$:comment string (up to 40 characters)

Assign the comment for a particular channel

ALL

:COMMent:CH? CH$ (,NO$)

CH$, (NO$,)"A$"

Query the comment for a particular channel

ALL

:COMMent:EACHch (CH$,)A$

CH$:LOG (logic)
A$:OFF, SETTing, COMMent, S_C (analog)
A$:OFF, COMMent (logic)

Set channel comment On or Off

ALL

:COMMent:EACHch? (CH$)

(CH$,)A$

Query channel comment On or Off

ALL

:COMMent:TITLe (A$,)"B$"

(A$:Printer unit only)
A$:OFF, SETTing, COMMent, S_C
B$:comment string (up to 40 characters)

Set title comment printing

ALL

:COMMent:TITLe?

A$,"B$"

Query title comment printing

ALL

:CALCulate:ANSWer? NO$,CH$

A$,B<NR3>
NO$:NO1 to NO4
CH$:CH1 to CH4
A$:OFF, AVE, RMS, PP, MAX, MIN, MAXT, MINT, AREA, PERI, FREQ, XYAREA
B:calculation result, (NONE: no calculation result)

Query a calculation result

ALL

:CALCulate:MEASArea A$

A$:ALL, A_B

Select area setting for waveform calculations

ALL

:CALCulate:MEASArea?

A$

Query area setting for waveform calculations

ALL

:CALCulate:MEASDisp A$

A$:USUAL, SPLIT

Select whether to display normal, or split value

REALTIME

:CALCulate:MEASDisp?

A$

Query whether to display normal, or split value

REALTIME

:CALCulate:MEASKind A$

A$:NORMal, DIVide, REGularly

Select a split-calculation method

REALTIME

:CALCulate:MEASKind?

A$

Query a split-calculation method

REALTIME

:CALCulate:MEASLen day,hour,min

day<NR1>:0 to 30
hour<NR1>:0 to 23
min<NR1>:0 to 59

Set the calculation interval for split-calculation

REALTIME

:CALCulate:MEASLen?

day,hour,min<NR1>

Query the calculation interval for split-calculation

REALTIME

:CALCulate:MEASReg hour,min

hour<NR1>:0 to 23
min<NR1>:0 to 59

Set the claculation Split time for split-calculation

REALTIME

:CALCulate:MEASReg?

hour,min<NR1>

Query the claculation Split time for split-calculation

REALTIME

:CALCulate:MEASSet NO$,A$,CH$ (,CH2$) (XYAREA)

NO$:NO1 to NO4
A$:OFF, AVE, RMS, PP, MAX, MIN, MAXT, MINT, AREA, PERI, FREQ, XYARea
CH$:ALL, CH1 to CH4

Specify the function and channel (s) for a numerical calculation

ALL

:CALCulate:MEASSet? NO$

A$,CH$

Query the function and channel (s) for a numerical calculation

ALL

:CALCulate:MEASTime A

A<NR3>:Split Length (min)

Set the claculation Split Length for split-calculation

REALTIME

:CALCulate:MEASTime?

A<NR3> (min)

Query the claculation Split Length for split-calculation

REALTIME

:CALCulate:MEASure A$

A$:ON, OFF, EXEC

Set execution of numerical calculations

ALL

:CALCulate:MEASure?

A$

Query execution of numerical calculations

ALL

:FDISK:CHDIR NO

NO<NR1>:File number (1 to ...)
If "1" is specified, the file or directory on the top will be selected.
Moves to the upper directory, if "-1" is specified.

Change the current directory

ALL

:FDISK:DELEte NO

NO<NR1>:File or directory number (1 to ...)
If "1" is specified, the file or directory on the top will be selected.

Delete a file or directory

ALL

:FDISK:DIR?

A$:Directory name

Query the current directory

ALL

:FDISK:FILE?

A<NR1>:File number

Query the number of files and directories

ALL

:FDISK:FORMat A$

A$:CF, USB

Format storage media

ALL

:FDISK:FREE? (A$)

A$:CF, USB
Response:B
B<NR1>:Number of available bytes

Query the number of available bytes

ALL

:FDISK:INFOr? NO

NO,"NAME$","DATE$","TIME$",A,B$,C,D,"TDATE$, "TTIME$"
NO<NR1>:File or directory number (1 to ...)
If "1" is specified, the file or directory on the top will be selected.
NAME$:File or directory name
DATE$:Year/month/day of save
TIME$:Hour/min/sec of save
A<NR1>: File size (bytes)
B$:Function
C$:Measurement contents
D<NR1>:Recolding length
TDATE$:Year/month/day of trigger
TTIME$:Hour/min/sec of trigger

Query information about a file or a directory

ALL

:FDISK:LOAD NO

NO<NR1>:File number (1 to ...)
If "1" is specified, the file or directory on the top will be selected.

Load a file

ALL

:FDISK:MEDIA A$

A$ CF, USB

Select the storage media type

ALL

:FDISK:MEDIA?

A$

Query the storage media type

ALL

:FDISK:NINFor? NO

NO,"NAME$",A$
NO<NR1>:File number (1 to ...)
If "1" is specified, the file or directory on the top will be selected.
NAME$:File name
A$:FILE, DIR

Query a file or directory name

ALL

:FDISK:SAVE "NAME$",A$ (,B$)

NAME$:File name (Up to 8 characters)
A$:File kind
Bin=Binary file,
Text=Text file,
Set=Settings file,
Meas=Calculation result file,
Image=Screen image,
Rsv=Schedule,
BDl=Setting List
B$:Thinning
OFF, 1_2, to 1_1000

Save

ALL

:FDISK:STYPe A$

A$:NAME, TYPE, TIME, SIZE

Select the sort key for the file list

ALL

:FDISK:STYPe?

A$

Query the sort key for the file list

ALL

:FDISK:SDIRection A$

A$:UP, DOWN

Set the sort order of the file list

ALL

:FDISK:SDIRection?

A$

Query the sort order of the file list

ALL