Configuration (CONFigure)

 

Command

Data
(for a query, response data)

Explanation

:ATBAckup A$

A$=OFF, SSD, SD, USB1~USB23

Set the backup media

:ATBAckup?

A$

Query the backup media

:ATBIn A

A = 0, 16, 32, 64

Set the automatic split save (binary)

:ATBIn?

A<NR1>

Query the automatic split save (binary)

:ATCAlc A$

A$ = OFF, ON

Set the on/off status of automatically numerical calculation saving

:ATCAlc?

A$

Query the on/off status of automatically numerical calculation saving

:ATCH A$

A$ = DISP, ALL

Set the channels to save during automatic save

:ATCH?

A$

Query the channels to save during automatic save

:ATFIle "A$"

A$ = File name

Set the auto-save file name

:ATFIle?

"A$"

Query the auto-save file name

:ATFOlder "A$"

A$ = folder name

Set the auto-save folder name

:ATFOlder?

"A$"

Query the auto-save folder name

:ATIMage A$

A$ = OFF, ON

Enable/disable auto display image save

:ATIMage?

A$

Query the on/off status of auto display image save

:ATIType

A$ = BMP, PNG, JPEG

Set the file type for auto-saving screen images

:ATIType?

A$

Query the file type for auto-saving screen images

:ATMEasure A$

A$ = NEW, EXISt

Set the save file for auto numerical calculation results

:ATMEasure?

A$

Query the save file for auto numerical calculation results

:ATMFile A$

A$ = SINGle, MULTi

Set the save directory of the auto numerical calculation files

:ATMFile?

A$

Query the save directory of the auto numerical calculation files

:ATMDf

A$ = MDF3, MDF4

Set the file type for auto-saving MDF file

:ATMDf?

A$

Query the file type for auto-saving MDF file

:ATSAve A$,B$

A$ = OFF, ON
B$ = SSD, SD, USB1 to USB23, MAIL, FTP, NET_D to NET_Z

Set the auto-save function

:ATSAve?

A$,B$

Query the auto-save function

:ATSErial

A$ = AUTO, BEGIn, END

Set the serial type of auto-save file name

:ATSErial?

A$

Query the serial type of auto-save file name

:ATTExt A

A = 0, 60000, 1000000

Set auto segmentation save (text)

:ATTExt?

A<NR1>

Query the status auto segmentation save (text)

:ATWAve A$

A$ = OFF, ON

Set auto waveform save

:ATWAve?

A$

Query the status of auto waveform save

:CHENable A$,B$

A$ = CH1_1 to CH8_4, L1 to L8, Z1 to Z16, W1 to W16, CAN1 to CAN64
B$ = OFF, ON

Set measurement channels on/off

:CHENable? A$

A$,B$

Query the on/off status of measurement channels

:CLOCk A$

A$ = INTErnal, EXTErnal

Set sampling clock

:CLOCk?

A$

Query the status of sampling clock

:DELSave A$

A$ = NORMal, DELEte

Set the delete-save function

:DELSave?

A$

Query the delete-save function

:DISPBlock A

A = 1 to (the no. of segments)

Set the display block number

:DISPBlock?

A<NR1>

Query the display block number

:DUALsample A$

A$ = OFF, ON

Set dual sampling.

:DUALsample?

A$

Query dual sampling.

:ENVElope A$

A$ = OFF, ON

Set on/off status of envelope measurement function.

:ENVElope?

A$

Query on/off status of envelope measurement function.

:EXTSLope A$

A$ = UP, DOWN, UPDOwn

Select the slope direction for the external sampling jack

:EXTSLope?

A$

Query the slope direction for the external sampling jack

:FFT A$

A$ = OFF, ON, EXEC

Set execution of FFT calculations

:FFT?

A$

Query execution of FFT calculations

:FFTAVERage A

A = 2 to 10000

Set the averaging number of FFT spectra

:FFTAVERage?

A<NR1>

Query the averaging number of FFT spectra

:FFTAVKind A$

A$ = OFF, F_LIN, F_EXP, F_PEAK

Set FFT averaging method

:FFTAVKind?

A$

Query FFT averaging method

:FFTCh A,B$(,C$)

A = 1 to 8 (Calculation No.)
B$ = CH1_1 to CH8_4, Z1 to Z16, W1 to W16 (1ch)
C$ = CH1_1 to CH8_4, Z1 to Z16, W1 to W16 (2ch)

Set FFT calculation channel

:FFTCh? A

A<NR1>,B$(,C$)

Query FFT calculation channel

:FFTFunc A,B$(,C)

A = 1 to 8 (Calculation No.)
B$ = OFF, LIN, RMS, PSP, TRF, XPS, COH, PHA
C = 1, 2 (B$=PHA)

Set FFT analysis mode

:FFTFunc? A

A<NR1>,B$(,C<NR1>)

Query FFT analysis mode

:FFTLow A,B

A = 1 to 8 (Calculation No.)
B = -9.9999E+29 to +9.9999E+29

Set the lower limit of FFT display scale (vertical axis)

:FFTLow? A

A<NR1>,B

Query the lower limit of FFT display scale (vertical axis)

:FFTREV A$

A$ = NONE, POW, AVE

Set the correction method for window function calculation results

:FFTREV?

A$

Query the correction method for window function calculation results

:FFTSAmple A

A = 1000, 2000, 5000, 10000, 20000, 50000, 100000

Set the number of FFT calculation points

:FFTSAmple?

A<NR1>

Query the number of FFT calculation points

:FFTSCale A,B$

A = 1 to 8 (Calculation No.)
B$ = AUTO, MANUal

Set FFT display scaling

:FFTSCale? A

A<NR1>,B$

Query FFT display scaling

:FFTUp A,B

A = 1 to 8 (Calculation No.)
B = -9.9999E+29 to +9.9999E+29

Set the upper limit of FFT display scale (vertical axis)

:FFTUp? A

A<NR1>,B

Query the upper limit of FFT display scale (vertical axis)

:FFTWind A$(,B)

A$ = RECTan, HANNing, EXPOnential, HAMMing, BLACkman, BLHA, FLATtop
B = 0.1 to 99.9 (Attenuation rate)

Set the window function for FFT calculation

:FFTWind?

A$(,B<NR2>)

Query the window function for FFT calculation

:FFTXaxis A,B$

A = 1 to 8 (Calculation No.)
B$ = LIN, LOG

Set the type of x axis for FFT calculation

:FFTXaxis? A

A<NR1>,B$

Query the type of x axis for FFT calculation

:FFTYaxis A,B$

A = 1 to 8 (Calculation No.)
B$ = LINREal, LINIMag, LINMAg, LOGMAg

Set the type of y axis for FFT calculation

:FFTYaxis? A

A<NR1>,B$

Query the type of y axis for FFT calculation

:FORMat A,B$

A = 1 to 16 (Sheet No.)
B$ = TY1, TY2, TY3, TY4, TY6, TY8, TY9, TY16, FFT1, FFT2, FFT4, TY_FFT1, TY_FFT2, TY_FFT4 [Dual sampling OFF]
B$ = INS1, INS2, INS3, INS4, INS6, INS8, INS9, INS16, TRE1, TRE2, TRE3, TRE4, TRE6, TRE8, TRE9, TRE16, DUAL [Dual sampling ON]

Set the display format

:FORMat? A

A<NR1>,B$

Query the display format

:FTYPE A$

A$ = BIN, TEXT, MDF

Set the auto-save file type

:FTYPE?

A$

Query the auto-save file type

:LOGIc A,B$

A = 1 to 16 (Sheet No.)
B$ = OFF, ON

Set the logic waveform display

:LOGIc? A

A<NR1>,B$

Query the logic waveform display

:MAXBlock A

A = 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024

Set the number of memory segments

:MAXBlock?

A<NR1>

Query the number of memory segments

:MEMDiv A$

A$ = OFF, ON

Enable/disable memory segmentation

:MEMDiv?

A$

Query the current state of memory segmentation

:OVERlay A$

A$ = OFF, AUTO, MANUal

Set the waveform overlay

:OVERlay?

A$

Query the waveform overlay

:PEAK A$

A$ = OFF, PEAK, MAX

Set peak value display

:PEAK?

A$

Query peak value display

:REFBlock A,B$

A = 1 to (the no. of segments)
B$ = OFF, CLRON
C$ = OFF, ON

Enable/disable block A as a reference block

:REFBlock? A

A<NR1>,C$

Query the current on/off state of reference block A

:REFPosition A$

A$ = TRIGger, TOP

Set display position of reference block operation

:REFPosition?

A$

Query the display position of eference block operation

:REFSet A$

A$ = OFF, ON

Enable/disable reference block operation

:REFSet?

A$

Query the on/off state of reference block operation

:RTIMe A$

A$ = OFF, ON

Set real-time save on/off

:RTIMe?

A$

Query the on/off status of real-time save

:RTDIV A$

A$=OFF, ON

Set the realtime save division

:RTDIV?

A$

Query the realtime save division

:RTLEn day,hour,min,sec

day<NR1>:0 to 100
hour<NR1>:0 to 23
min<NR1>:0 to 59
sec<NR1>:0 to 59

Set the realtime save division length

:RTLEn

day<NR1>,hour<NR1>,min<NR1>,sec<NR1>

Query the realtime save division length

:SAMPle A(,B)

A = 5E-9 to 60 (Second)
B = 1E-8 to 1 (Second)

Set the sampling period

:SAMPle?

A(,B)

Query the sampling period

:SHOT A(,B)

A = 100 to 1073741800
B = 1500 to 268435400

Set the recording length

:SHOT?

A<NR1>(,B<NR1>)

Query the recording length

:STTBlock A

A = 1 to (the no. of segments)

Set the start block

:STTBlock?

A<NR1>

Query the start block

:TBASe A(,B)

A = 1.67E-2 to 2.00E+8
B = 1 to 1.00E+8

Set the timebase

:TBASe?

A(,B)

Query the timebase

:THINout A

A = 1 to 1000

Set the degree of thinning before storing

:THINout?

A<NR1>

Query the degree of thinning before storing

:TIME day,hour,min,sec

day = 0 to 10000
hour = 0 to 23
min = 0 to 59
sec = 0 to 59

Set the length of time to record

:TIME?

day<NR1>,hour<NR1>,min<NR1>,sec<NR1>

Query the length of time to record

:USEBlock A

A = 1 to (the no. of segments)

Set the number of blocks to use

:USEBlock?

A<NR1>

Query the number of blocks to use