Configuration Commands (Set and query timebase, recording length, etc.)


Y:  Available   N:  Unavailable

Command

Data
(for a query, response data)

Explanation

Function

8860

8861

:AT2NDdata A$

A$: OFF, ON

Enable/disable interpolation of Timebase 2 data for automatic saving

MEM

Y

Y

:AT2NDdata?

A$

Query interpolation of Timebase 2 data for automatic saving

MEM

Y

Y

:ATDIR A$

A$: OFF, ON

Enable/disable directory creation during auto-save

ALL

Y

Y

:ATDIR?

A$

Query directory creation during auto-save

ALL

Y

Y

:ATDIVision A$

A$: OFF, D2_5K, D5K, D10K, D20K, D50K, D100K, D200K, D500K, D1M

Set auto-save divisions per file

MEM

Y

Y

:ATDIVision?

A$

Query auto-save divisions per file

MEM

Y

Y

:ATFIle "NAME$"

NAME$: file name

Set the auto-save file name

ALL

Y

Y

:ATFIle?

"NAME$"

Query the auto-save file name

ALL

Y

Y

:ATPRint A$

A$: OFF, PRINter, USB
A$: OFF, ON (Recorder function)

Set automatic printing

ALL

Y

Y

:ATPRint?

A$

Query automatic printing

ALL

Y

Y

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

A$: OFF, ON
B$: NONE, HDD, MO, PC1, PC2, FD1(FD2, FD3, ...), USB1(USB2, USB3, ...), NETwork1(NETwork2, NETwork3,...)
C$: directory name

Set the auto-save function

ALL

Y

Y

:ATSAve?

A$(,B$,"C$")

Query the auto-save function

ALL

Y

Y

:ATSVEx A$(,B$,"C$")

A$: OFF, BACKup, ON
B$: NONE, HDD, MO, PC1, PC2, FD1(FD2, FD3, ...), USB1(USB2, USB3, ...), NETwork1(NETwork2, NETwork3,...)
C$: directory name

Set the auto-save function for storage media 2

ALL

Y

Y

:ATSVEx?

A$(,B$,"C$")

Query the auto-save function for storage media 2

ALL

Y

Y

:AVATten A

A: 2,4,8,16,32,64,128,256

Set the attenuation rate for averaging

MEM

Y

Y

:AVATten?

A<NR1>

Query the attenuation rate for averaging

MEM

Y

Y

:AVERage A

A: 2 to 10000

Sets the count for averaging

MEM

Y

Y

:AVERage?

A<NR1>

Query the count for averaging

MEM

Y

Y

:AVKInd A$

A$: OFF,LIN,EXP

Set the averaging method

MEM

Y

Y

:AVKInd?

A<NR1>

Query the averaging method

MEM

Y

Y

:BMPFile "NAME"

NAME$: file name

Set the file name for auto-saving screen images

MEM

Y

Y

:BMPFile?

"NAME$"

Query the file name for auto-saving screen images

MEM

Y

Y

:BMPColor A$

A$: COLOR, COMPCOlor, GRAY, PNG

Set the file type for auto-saving screen images

MEM

Y

Y

:BMPColor?

A$

Query the file type for auto-saving screen images

MEM

Y

Y

:BMPPattern A$

A$: NUMBer, BACK, FRONt

Set the file name template for auto-saving screen images

MEM

Y

Y

:BMPPattern?

A$

Query the file name template for auto-saving screen images

MEM

Y

Y

:BMPSave A$

A$: ON, OFF

Enable/disable or auto-saving of screen images

MEM

Y

Y

:BMPSave?

A$

Query auto-saving of screen images

MEM

Y

Y

:DELSave A$

A$: NORMal, DEL

Set the delete-save function

ALL

Y

Y

:DELSave?

A$

Query the delete-save function

ALL

Y

Y

:DISPBlock A

A: 1 to the no. of segments, or -15 to 0

Set the number of display blocks

MEM, R_M

Y

Y

:DISPBlock?

A<NR1>

Query the number of display blocks

MEM, R_M

Y

Y

:DOTLine A$

A$: DOT, LINE

Set XY waveform interpolation

MEM, REC

Y

Y

:DOTLine?

A$

Query XY waveform interpolation

MEM, REC

Y

Y

:EXTSample A

A: 10 to 1000

Set the number of data points per division for external sampling

MEM

Y

Y

:EXTSample?

A<NR1>

Query the number of data points per division for external sampling

MEM

Y

Y

:FFT A$

A$: EXEC

Execute FFT calculation

FFT

Y

Y

:FFTAVERage A

A: 1 to 10000

Set the averaging number of FFT spectra

FFT

Y

Y

:FFTAVERage?

A<NR1>

Query the averaging number of FFT spectra

FFT

Y

Y

:FFTAVKind A$

A$: OFF, T_LIN, T_EXP, F_LIN, F_EXP, F_PEAK

Set the FFT averaging method

FFT

Y

Y

:FFTAVKind?

A$

Query the FFT averaging method

FFT

Y

Y

:FFTCh A,CH1$(,CH2$)

A: 1 to 8
CH1$, CH2$: CHm_n, Z1 to Z16

Set the FFT calculation channel

FFT

Y

Y

:FFTCh? A

A<NR1>,CH1$(,CH2$)

Query the FFT calculation channel

FFT

Y

Y

:FFTCOlor A,B$

A: 1 to 8
B$: C1 to C36

Set the FFT calculation results waveform color

FFT

Y

Y

:FFTCOlor? A

A<NR1>,B$

Query the FFT calculation results waveform color

FFT

Y

Y

:FFTDisp A,F$(,B)

A: 1 to 8
F$: F1 to F8
B: 1 to 8

Set the FFT waveform display graph

FFT

Y

Y

:FFTDisp? A

A<NR1>,F$,B<NR1>

Query the FFT waveform display graph

FFT

Y

Y

:FFTFunction A,B$(,C)

A: 1 to 8
B$: OFF, STR, LIN, RMS, PSP, PSD, ACR, HIS, 1_1OCT, 1_3OCT, TRF, CSP, CCR, IMP, COH, PHA, LPC
C: 1, 2(B$ = PHA)

Set the FFT analysis mode

FFT

Y

Y

:FFTFunction? A

A<NR1>,B$(,C)

Query the FFT analysis mode

FFT

Y

Y

:FFTLow A,B

A: 1 to 8
B: -9.9999E+29 to +9.9999E+29

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

FFT

Y

Y

:FFTLow? A

A<NR1>,B<NR3>

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

FFT

Y

Y

:FFTNYquist A,B$

A: 1 to 8
B$: OFF, ON

Set FFT Nyquist display

FFT

Y

Y

:FFTNYquist? A

A<NR1>,B$

Query FFT Nyquist display

FFT

Y

Y

:FFTRef A$

A$: NEW, MEM

Set the reference data source for FFT calculation

FFT

Y

Y

:FFTRef?

A$

Query the reference data source for FFT calculation

FFT

Y

Y

:FFTREV A$

A$: NONE, POW, AVE

Set the correction method for window function calculation results

FFT

Y

Y

:FFTREV?

A$

Query the correction method for window function calculation results

FFT

Y

Y

:FFTSAmple A

A: 1000, 2000, 5000, 10000, 20000

Set the number of FFT calculation points

FFT

Y

Y

:FFTSAmple?

A<NR1>

Query the number of FFT calculation points

FFT

Y

Y

:FFTSCale A,B$

A: 1 to 8
B$: AUTO, MANUal

Set FFT display scaling

FFT

Y

Y

:FFTSCale? A

A<NR1>,B$

Query FFT display scaling

FFT

Y

Y

:FFTUp A,B

A: 1 to 8
B: -9.9999E+29 to +9.9999E+29

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

FFT

Y

Y

:FFTUp? A

A<NR1>,B<NR3>

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

FFT

Y

Y

:FFTWind A$(,B)

A$: RECTan, HANNing, EXPOnential, HAMMing, BLACkman, BLHA, FLATtop
B: 0 to 99 (A$ = EXPOnential)

Set the window function for FFT calculation

FFT

Y

Y

:FFTWind?

A$(,B<NR1>)

Query the window function for FFT calculation

FFT

Y

Y

:FFTXaxis A,B$

A: 1 to 8
B$: LINhz, LOGhz

Set the type of x axis for FFT calculation

FFT

Y

Y

:FFTXaxis? A

A<NR1>,B$

Query the type of x axis for FFT calculation

FFT

Y

Y

:FFTYaxis A,B$

A: 1 to 8
B$: LINREal, LINIMag, LINMAg, LOGMAg

Set the type of y axis for FFT calculation

FFT

Y

Y

:FFTYaxis? A

A<NR1>,B$

Query the type of y axis for FFT calculation

FFT

Y

Y

:FORMat A$

A$: SINGle, DUAL, TRI, QUAD, HEX, OCT, HEXDEC, XYSingle, XYDual, XYTri, XYQuad

Set the display format

ALL

Y

Y

:FORMat?

A$

Query the display format

ALL

Y

Y

:FREQ A

A: 0 to 8000000

Set the FFT frequency range

FFT

Y

Y

:FREQ?

A<NR3>

Query the FFT frequency range

FFT

Y

Y

:FTYPE A$

A$: BIN, TEXT

Set the auto-save file type

ALL

Y

Y

:FTYPE?

A$

Query the auto-save file type

ALL

Y

Y

:HIGHlight A$

A$: OFF, ON

Set highlighted display of phase spectra

FFT

Y

Y

:HIGHlight?

A$

Query highlighted display of phase spectra

FFT

Y

Y

:HLEVel A$,B

A$: RATIo, DB
B: 1E-06 to 1(A$ = RATIo), 0 to 60(A$ = DB)

Set the highlighting threshold for phase spectra

FFT

Y

Y

:HLEVel? A$

A$,B<NR3>

Query the highlighting threshold for phase spectra

FFT

Y

Y

:LENGth A

A: 25 to 20000

Set the waveform length to record (Recording Length)

REAL

Y

Y

:LENGth?

A<NR1>

Query the waveform length to record (Recording Length)

REAL

Y

Y

:LOGWIdth A$

A$: WIDE, STANDard, NARROW

Set the size of logic waveforms

ALL

Y

Y

:LOGWIdth?

A$

Query the size of logic waveforms

ALL

Y

Y

:LPCOrder A,B

A: 1 to 8
B: 2 to 64

Set the order (degree) of LPC analysis

FFT

Y

Y

:LPCOrder? A

A<NR1>,B<NR1>

Query the order (degree) of LPC analysis

FFT

Y

Y

:MAXBlock A

A: 2 to 4096

Set the number of memory segments

MEM, R_M

Y

Y

:MAXBlock?

A<NR1>

Query the number of memory segments

MEM, R_M

Y

Y

:MEMDiv A$

A$: OFF, ON

Enable/disable memory segmentation

MEM, R_M

Y

Y

:MEMDiv?

A$

Query memory segmentation

MEM, R_M

Y

Y

:MFTYPe A$

A$: NEW, EXIST

Set the auto-save method for numerical calculations

MEM

Y

Y

:MFTYPe?

A$

Query the auto-save method for numerical calculations

MEM

Y

Y

:MSFIle "NAME$"

NAME$: file name

Assign the auto-save file name for numerical calculations

MEM

Y

Y

:MSFIle?

"NAME$"

Query the auto-save file name for numerical calculations

MEM

Y

Y

:OCTFilter A,B$

A: 1 to 8
B$: NORMal, SHARp

Set the octave analysis filter

FFT

Y

Y

:OCTFilter? A

A<NR1>,B$

Query the octave analysis filter

FFT

Y

Y

:OVERlay A$

A$: OFF, AUTO, MANUal

Set waveform overlay

MEM

Y

Y

:OVERlay?

A$

Query waveform overlay

MEM

Y

Y

:PATTern A$

A$: NUMBer, BACK, FRONt

Set the file name template for auto-saving

ALL

Y

Y

:PATTern?

A$

Set or query the file name template for auto-saving

ALL

Y

Y

:PEAK A$

A$: OFF, PEAK, MAX

Set peak value display

FFT

Y

Y

:PEAK?

A$

Query peak value display

FFT

Y

Y

:REFBlock A,B$

A: 1 to the no. of segments
B$: OFF, ON

Enable/disable reference blocks

MEM, R_M

Y

Y

:REFBlock? A

A<NR1>,B$

Query reference blocks

MEM, R_M

Y

Y

:REFSet A$

A$: OFF, ON

Enable/disable reference block operation

MEM, R_M

Y

Y

:REFSet?

A$

Query reference block operation

MEM, R_M

Y

Y

:RMEDia A$,"B$"

A$: HDD, MO, PC1, PC2, NETwork1(NETwork2, NETwork3...)
B$: directory name

Set the destination for real-time recording

REAL

Y

Y

:RMEDia?

A$,"B$"

Query the destination for real-time recording

REAL

Y

Y

:RNAMe "A$"

A$: file name

Set query the file name for real-time recording

REAL

Y

Y

:RNAMe?

"A$"

Query the file name for real-time recording

REAL

Y

Y

:ROLL A$

A$: OFF, ON, AUTO

Set roll mode operation

MEM

Y

Y

:ROLL?

A$

Query roll mode operation

MEM

Y

Y

:RPATtern A$

A$: NUMBer, BACK, FRONt

Set the file name pattern (template) for real-time recording

REAL

Y

Y

:RPATtern?

A$

Query the file name pattern (template) for real-time recording

REAL

Y

Y

:RTDIv A

A: 0, 10E-03 to 3.6E+03

Set the timebase for the whole waveform

REAL

Y

Y

:RTDIv?

A<NR3>

Query the timebase for the whole waveform

REAL

Y

Y

:SAMPle A

A: 0, 50E-09 to 3.0E+00

Set the sampling period

MEM, REC, REAL, R_M

Y

Y

:SAMPle?

A<NR3>

Query the sampling period

MEM, REC, REAL, R_M

Y

Y

:SAVEGui A$

A$: OFF, ON

Set GUI saving with auto-saved screen images

ALL

Y

Y

:SAVEGui?

A$

Query GUI saving with auto-saved screen images

ALL

Y

Y

:SEQDisp A$

A$: OFF, ON

Set the sequential display function

MEM

Y

Y

:SEQDisp?

A$

Query the sequential display function

MEM

Y

Y

:SMPL2 A

A: 0, 50E-09 to 3.0E+00

Set the sampling rate for Timebase 2

MEM

Y

Y

:SMPL2?

A<NR3>

Query the sampling rate for Timebase 2

MEM

Y

Y

:SHOT A(,B)

A,B: recording length [divisions]
(B:REC&MEM only)

Set the recording length

MEM, REC, R_M

Y

Y

:SHOT?

A<NR1>(,B<NR1>)
(B:REC&MEM only)

Query the recording length

MEM, REC, R_M

Y

Y

:STCHannel A,B$

A: 1 to 32
B$: OFF, CHm_n

Set the channel at a display position (trace number) on a sheet

ALL

Y

Y

:STCHannel? A

A<NR1>,B$

Query the channel at a display position (trace number) on a sheet

ALL

Y

Y

:STENable A,B$

A: 1 to 16
B$: OFF, ON

Enable/disable display of a sheet

ALL

Y

Y

:STENable? A

A<NR1>,B$

Query display of a sheet

ALL

Y

Y

:STNAme "NAME$"

NAME$: sheet name

Assign a sheet name

ALL

Y

Y

:STNAme?

"NAME$"

Query a sheet name

ALL

Y

Y

:STSCroll A$

A$: VERTical, HORIzontal, CONTinuous

Set the sheet scrolling direction

ALL

Y

Y

:STSCroll?

A$

Query the sheet scrolling direction

ALL

Y

Y

:STTYpe A$

A$: WAVE, VALUE, XY, WV_XY, FFT, NYQ, FFT_NYQ, WV_FFT, WV_NYQ

Set the type of waveform on a sheet

ALL

Y

Y

:STTYpe?

A$

Query the type of waveform on a sheet

ALL

Y

Y

:STTBlock A

A: 1 to the no. of segments

Set the starting block

MEM, R_M

Y

Y

:STTBlock?

A<NR1>

Query the starting block

MEM, R_M

Y

Y

:TDIV A(,B)

A: Timebase (REC waveform in REC&MEM)
B: Timebase (MEM waveform in REC&MEM)

Set the timebase

MEM, REC, REAL, R_M

Y

Y

:TDIV?

A<NR3>(,B<NR3>)

Query the timebase

MEM, REC, REAL, R_M

Y

Y

:THINout A$

A$: OFF, X1_2 to X1_1000

Set the degree of thinning before storing

ALL

Y

Y

:THINout?

A$

Query the degree of thinning before storing

ALL

Y

Y

:TIME day,hour,min,sec

day
hour
min
sec

Set the length of time to record

REAL

Y

Y

:TIME?

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

Query the length of time to record

REAL

Y

Y

:USEBlock A

A: 1 to the no. of segments

Set the number of blocks to use

MEM, R_M

Y

Y

:USEBlock? A

A<NR1>

Query the number of blocks to use

MEM, R_M

Y

Y

:USESCan A$

A$: OFF, ON

Set the use Scanner Module

R_M

Y

Y

:USESCan?

A$

Query the use Scanner Module

R_M

Y

Y

:WAVESELect A$

A$: REC, MEM

Making settings for the scroll operation

R_M

Y

Y

:WAVESELect?

A$

Making queries for the scroll operation

R_M

Y

Y

:WVSAVe A$

A$: OFF, ON

Enable/disable waveform saving

ALL

Y

Y

:WVSAVe?

A$

Query waveform saving

ALL

Y

Y