CONFigureCommand(Set and query timebase, recording length, etc.)


Configure the range for auto save


Syntax


(Command)
(Query)


:CONFigure:ATARea A$
:CONFigure:ATARea?

(response)

A$
A$ = ALL, A_B


Details


Configure the range to save during automatic save.
The current settings for the auto save range will be returned in the form of text data.

ALL  Save All
A_B  A-B


Example


:CONFigure:ATARea ALL
:CONFigure:ATARea?
(response)  :CONFIGURE:ATAREA ALL  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC




Configure the channels for auto save


Syntax


(Command)
(Query)


:CONFigure:ATCH A$
:CONFigure:ATCH?

(response)

A$
A$ = DISP, ALL


Details


Configure the channels to save during automatic save.
The current settings for the auto save channels will be returned in the form of text data.

DISP  Saves the data of displayed channels only.
ALL  Saves data of all channels.


Example


:CONFigure:ATCH DISP
:CONFigure:ATCH?
(response)  :CONFIGURE:ATCH DISP  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Enable/disable or query directory creation during auto-save


Syntax


(Command)
(Query)


:CONFigure:ATDIR A$
:CONFigure:ATDIR?

(response)

A$
A$ = OFF, ON


Details


Enables and disables directory creation during automatic saving.
Returns the current on/off state of directory creation during automatic saving.


Example


:CONFigure:ATDIR ON
:CONFigure:ATDIR?
(response)  :CONFIGURE:ATDIR ON  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Set or query auto-save divisions per file


Syntax


(Command)
(Query)


:CONFigure:ATDIVision A
:CONFigure:ATDIVision?

(response)

A
A = 0(OFF), 16, 32, 64


Details


Sets how many divisions to save per file during auto-saving.
Returns the number of divisions to be saved per file during auto-saving, as an NR1 numerical value.


Example


:CONFigure:ATDIVision 16
:CONFigure:ATDIVision?
(response)  :CONFIGURE:ATDIVISION 16  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Set or query the auto-save file name


Syntax


(Command)
(Query)


:CONFigure:ATFIle "NAME$"
:CONFigure:ATFIle?

(response)

"NAME$"
NAME$ = file name


Details


Specifies the auto-save file name.
Returns the current auto-save file name as a text string.

When ' or ˜ are used in the path name, the following will result.

On the PC screen

˜,

˜˜

On the MR8847 screen

'

˜



Example


:CONFigure:ATFIle "ABC"
:CONFigure:ATFIle?
(response)  :CONFIGURE:ATFILE "ABC"  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Configure the file types for auto save


Syntax


(Command)
(Query)


:CONFigure:ATKInd A$
:CONFigure:ATKInd?

(response)

A$
A$ = BIN, TEXT


Details


Configure the file types to save during automatic save.
The settings for the auto save file types will be returned in the form of text data.


Example


:CONFigure:ATKInd BIN
:CONFigure:ATKInd?
(response)  :CONFIGURE:ATKIND BIN  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Configure the path name for auto save


Syntax


(Command)
(Query)


:CONFigure:ATPAth "NAME$"
:CONFigure:ATPAth?

(response)

"NAME$"
NAME$ = path name


Details


Configure the path name to use during automatic save.
The current settings the auto save path names will be returned in the form of text data.

When ' or ˜ are used in the path name, the following will result.

On the PC screen

˜,

˜˜

On the MR8847 screen

'

˜



Example


:CONFigure:ATPAth "CF:\HIOKI8847\"
:CONFigure:ATPAth?
(response)  :CONFIGURE:ATAPATH "CF:\HIOKI8847\"  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Set or query automatic printing


Syntax


(Command)
(Query)


:CONFigure:ATPRint A$
:CONFigure:ATPRint?

(response)

A$
A$ = OFF, PRINter, LAN


Details


Specifies the output device for the auto-print function.
Returns the current output device for the auto-print function as a text string.

OFF  No printing.
PRINter  Print on internal printer.
LAN  Automatically transfers data to a device connected through a LAN. This setteing requires that you have the 9333 LAN COMMUNICATOR.


Example


:CONFigure:ATPRint PRINter
:CONFigure:ATPRint?
(response)  :CONFIGURE:ATPRINT PRINTER  (when headers are enabled)


Note


-


Usage
Conditions


MEM, FFT




Set or query the auto-save function


Syntax


(Command)
(Query)


:CONFigure:ATSAve A$
:CONFigure:ATSAve?

(response)

A$
A$ = OFF, ON


Details


Set the automatic save function.
The current settings for executing the auto save function will be returned in the form of text data.


Example


:CONFigure:ATSAve ON
:CONFigure:ATSAve?
(response)  :CONFIGURE:ATSAVE ON  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Set or query the stop mode for waveform comparison


Syntax


(Command)
(Query)


:CONFigure:CMPStop A$
:CONFigure:CMPStop?

(response)

A$
A$ = GO, NG, G_N


Details


Sets the stop mode for waveform comparison.
Returns the current setting for the stop mode for waveform comparison.


Example


:CONFigure:CMPStop GO
:CONFigure:CMPStop?
(response)  :CONFIGURE:CMPSTOP GO  (when headers are enabled)


Note


Available models : MR8847 and MR8847A


Usage
Conditions


MEM, FFT




Set or query the delete-save function


Syntax


(Command)
(Query)


:CONFigure:DELSave A$
:CONFigure:DELSave?

(response)

A$
A$ = NORMal, DEL


Details


Sets the delete-save function for automatic saving.
Returns the current setting of the delete-save function as a text string.

NORMal  Normal save: Files are saved only until the storage media becomes full.
DEL  Delete and save: The oldest file is deleted when the storage media becomes full.


Example


:CONFigure:DELSave DEL
:CONFigure:DELSave?
(response)  :CONFIGURE:DELSAVE DEL  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC, FFT




Set or query the number of display blocks


Syntax


(Command)
(Query)


:CONFigure:DISPBlock A
:CONFigure:DISPBlock?

(Response)

A<NR1>
A = 1 to the no. of segments


Details


Sets the number of display blocks.
Returns the current number of display blocks as an NR1 value.


Example


:CONFigure:DISPBlock 5
:CONFigure:DISPBlock?
(Response)  :CONFIGURE:DISPBLOCK 5  (when headers are enabled)


Note


Refer to the :MAXBlock command regarding the number of segments.


Usage
Conditions


MEM




Set or query XY waveform interpolation


Syntax


(Command)
(Query)


:CONFigure:DOTLine A$
:CONFigure:DOTLine?

(response)

A$
A$ = DOT, LINE


Details


Sets the interpolation function for XY waveforms.
Returns the current interpolation setting for XY waveforms as a text string.


DOT  no interpolation
LINE  line interpolation


Example


:CONFigure:DOTLine LINE
:CONFigure:DOTLine?
(response)  :CONFIGURE:DOTLINE LINE  (when headers are enabled)


Note


-


Usage
Conditions


MEM, XY




Set or query the number of data points per division for external sampling


Syntax


(Command)
(Query)


:CONFigure:EXTSample A
:CONFigure:EXTSample?

(response)

A<NR1>
A = 10 to 1000


Details


Sets the number of data points per division for external sampling.
Returns the current external sampling rate as the number of data points per division.


Example


:CONFigure:TDIV 0
(Sets the timebase to the external sampling mode.)

:CONFigure:EXTSample 100

:CONFigure:EXTSample?
(response)  :CONFIGURE:EXTSAMPLE 100  (when headers are enabled)


Note


-


Usage
Conditions


MEM
When the timebase is set to external sampling mode.




Execute FFT calculation


Syntax


(Command)


:CONFigure:FFT A$

A$ = EXEC


Details


Execute FFT calculation.


Example


:CONFigure:FFT EXEC


Note


When the "Reference" is set to "From Memory", send ":START" to execute FFT calculation.
Cannot be executed while measuring.


Usage
Conditions


FFT




Set or query the averaging number of FFT spectra


Syntax


(Command)
(Query)


:CONFigure:FFTAVERage A
:CONFigure:FFTAVERage?

(Response)

A<NR1>
A = 2 to 10000


Details


Specifies the averaging number of FFT spectra.
Returns the averaging number of FFT spectra as an NR1 numerical value.


Example


:CONFigure:FFTAVERage 10
:CONFigure:FFTAVERage?
(Response)  :CONFIGURE:FFTAVERAGE 10  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the FFT averaging method


Syntax


(Command)
(Query)


:CONFigure:FFTAVKind A$
:CONFigure:FFTAVKind?

(Response)

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


Details


Sets the averaging method for the FFT function.
Returns the averaging method for the FFT function as a text string.

OFF
T_LIN Linear (Time axis)
T_EXP Exponential (Time axis)
F_LIN Linear (Frequency)
F_EXP Exponential (Frequency)
F_PEAK Peak hold (Frequency)


Example


:CONFigure:FFTAVKind F_LIN
:CONFigure:FFTAVKind?
(Response)  :CONFIGURE:FFTAVKIND F_LIN  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the method of FFT executing operation.


Syntax


(Command)
(Query)


:CONFigure:FFTCALc A$
:CONFigure:FFTCALc?

(Response)

A$
A$ = SINGle, REPEat


Details


Set the method of FFT executing operation.
Return the method of FFT executing operation.

SINGle Operate only once.
REPEat Operate repeatedly.


Example


:CONFigure:FFTCALc SINGle
:CONFigure:FFTCALc?
(Response)  :CONFIGURE: FFTCALC SINGLE  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the FFT calculation channel


Syntax


(Command)
(Query)


:CONFigure:FFTCh A,CH1$(,CH2$)
:CONFigure:FFTCh? A

(Response)

A<NR1>,CH1$(,CH2$)
A = 1,2(Calculation No.)
CH$1 = CH1 to , Z1 to Z16
CH$2 = CH1 to , Z1 to Z16(May be omitted)


Details


Specifies a channel for FFT analysis.
Returns the channel specified for FFT analysis, as a text string.


Example


:CONFigure:FFTCh 1,CH1,CH2
:CONFigure:FFTCh? 1
(Response)  :CONFIGURE:FFTCH 1,CH1,CH2  (when headers are enabled)


Note


CH$2 response data may be omitted depending on the Analysis Mode Setting.
If the specified channel is the DVM unit, FFT analysis is not possible.


Usage
Conditions


FFT




Set or query the FFT calculation results waveform color


Syntax


(Command)
(Query)


:CONFigure:FFTCOlor A,B$
:CONFigure:FFTCOlor? A

(Response)

A<NR1>,B$
A = 1,2 (Calculation No.)
B$ =OFF, C1 to C16


Details


Sets the waveform color of the specified FFT calculation number.
Returns the waveform color of the specified FFT calculation number, as a text string.
The waveform is invisible when B$ = OFF.


Example


:CONFigure:FFTCOlor 1,C3
:CONFigure:FFTCOlor? 1
(Response)  :CONFIGURE:FFTCOLOR 1,C3  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the number of display frame for FFT runningspectrum


Syntax


(Command)
(Query)


:CONFigure:FFTDispnum A
:CONFigure:FFTDispnum?

(Response)

A<NR1>
A = 10, 20, 50, 100, 200


Details


Sets the number of display frame for FFT runningspectrum.
Return the number of display frame for FFT runningspectrum as an NR1 numerical value.


Example


:CONFigure:FFTDispnum 100
:CONFigure:FFTDispnum?
(Response)  :CONFIGURE:FFTDISPNUM 100   (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the FFT analysis mode


Syntax


(Command)
(Query)


:CONFigure:FFTFunction A,B$(,C)
:CONFigure:FFTFunction? A

(Response)

A<NR1>,B$(,C)
A = 1, 2(Calculation No.)
B$ = OFF, STR, HIS, LIN, RMS, PSP, PSD, LPC, TRF, CSP, IMP, COH, PHA, ACR, CCR, 1_1OCT, 1_3OCT
C = 1, 2 (B$ = PHA)


Details


Specifies the FFT analysis mode.
For phase spectrum (B$ = PHA), C specifies the channel mode.

Returns the current FFT analysis mode.
For phase spectrum (B$ = PHA), channel mode (C) is also returned.

OFF (No calculation)
STR (Storage)
HIS (Histogram)
LIN (Linear spectrum)
RMS (RMS spectrum)
PSP (Power spectrum)
PSD (Power spectrum density)
LPC (LPC analysis [Power spectrum density])
TRF (Transfer function)
CSP (Cross-power spectrum)
IMP (Impulse response)
COH (Coherence function)
PHA (Phase spectrum)
ACR (Auto-correlation function)
CCR (Cross-correlation function)
1_1OCT (1/1 Octave analysis)
1_3OCT (1/3 Octave analysis)


Example


:CONFigure:FFTFunction 1,PHA,2
:CONFigure:FFTFunction? 1
(Response)  :CONFIGURE:FFTFUNCTION 1,PHA,2   (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the grid type for FFT runningspectrum


Syntax


(Command)
(Query)


:CONFigure:FFTGridtype A$
:CONFigure:FFTGridtype?

(Response)

A$
A$ = TYPE1, TYPE2


Details


Sets the grid type for FFT runningspectrum.
Retuen the grid type for FFT runningspectrum, as a text string..


Example


:CONFigure:FFTGridtype TYPE1
:CONFigure:FFTGridtype?
(Response)  :CONFIGURE:FFTGRIDTYPE TYPE1   (when headers are enabled)


Note


-


Usage
Conditions


FFT




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


Syntax


(Command)
(Query)


:CONFigure:FFTLow A,B
:CONFigure:FFTLow? A

(Response)

A<NR1>,B<NR3>
A = 1,2 (Calculation No.)
B = -9.9999E+29 to +9.9999E+29


Details


Sets the lower limit of the vertical axis for the calculation specified by A.
Returns the lower limit of the vertical axis for the calculation specified by A, as a numerical value.


Example


:CONFigure:FFTLow 1,-100E-03
:CONFigure:FFTLow? 1
(Response)  :CONFIGURE:FFTLOW 1,-100.00E-03  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the reference data source for FFT calculation


Syntax


(Command)
(Query)


:CONFigure:FFTRef A$
:CONFigure:FFTRef?

(Response)

A$
A$ = NEW, MEM


Details


Specifies the source of the input data used for FFT analysis.
Returns the source of the data used for FFT analysis, as a text string.

NEW (Performs FFT analysis on new data.)
MEM (Performs FFT analysis on data already loaded into instrument memory.)


Example


:CONFigure:FFTRef NEW
:CONFigure:FFTRef?
(Response)  :CONFIGURE:FFTREF NEW  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the correction method for window function calculation results


Syntax


(Command)
(Query)


:CONFigure:FFTREV A$
:CONFigure:FFTREV?

(Response)

A$
A$ = NONE, POW, AVE


Details


Specifies the correction method for attenuation with the window function.
Returns the currently selected correction method for attenuation with the window function, as a text string.

NONE (No correction)
POW (Power correction)
AVE (Average correction)


Example


:CONFigure:FFTREV POW
:CONFigure:FFTREV?
(Response)  :CONFIGURE:FFTREV POW  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the number of FFT calculation points


Syntax


(Command)
(Query)


:CONFigure:FFTSAmple A
:CONFigure:FFTSAmple?

(Response)

A<NR1>
A = 1000, 2000, 5000, 10000


Details


Selects the number of FFT calculation points.
Returns the currently selected number of FFT calculation points, as an NR1 numerical value.


Example


:CONFigure:FFTSAmple 10000
:CONFigure:FFTSAmple?
(Response)  :CONFIGURE:FFTSAMPLE 10000  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query FFT display scaling


Syntax


(Command)
(Query)


:CONFigure:FFTSCale A,B$
:CONFigure:FFTSCale? A

(Response)

A<NR1>,B$
A = 1,2 (Calculation No.)
B$ = AUTO, MANUal


Details


Selects automatic or manual display scaling for the calculation number specified by A.
Returns the current display scaling state for the calculation number specified by A, as a text string.

AUTO
MANUal


Example


:CONFigure:FFTSCale 1,AUTO
:CONFigure:FFTSCale? 1
(Response)  :CONFIGURE:FFTSCALE 1,AUTO  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the starting point for calculation


Syntax


(Command)
(Query)


:CONFigure:FFTSLide A
:CONFigure:FFTSLide?

(Response)

A<NR3>
A:(time[sec])


Details


Selects the starting point for calculation.
Returns the starting point for calculation, as NR3 numerical value.


Example


:CONFigure:FFTSLide 50E-6
:CONFigure:FFTSLide?
(Response)  :CONFIGURE:FFTSLIDE 50.00E-06  (when headers are enabled)


Note


This command is available only when the "Reference" is set to "From Memory".


Usage
Conditions


FFT




Query Total Harmonics Distorion


Syntax


(Query)


:CONFigure:FFTTHD? A

 

B$
A=1,2


Details


Returns Total Harmonics Distorion, as text strings


Example


:CONFigure:FFTTHD? 1
(Response)  :CONFIGURE:FFTTHD 1,92.57%   (when headers are enabled)


Note



Usage
Conditions


FFT




Set or query the thinning ratio for FFT calculation


Syntax


(Command)
(Query)


:CONFigure:FFTTHinout A$
:CONFigure:FFTTHinout?

(Response)

A$
A$ = OFF, X1_10, X1_100, X1_1000


Details


Sets the thinning ratio for FFT calculation.
Returns the current thinning ratio for FFT calculation as a text string.


Example


:CONFigure:FFTTHinout OFF
:CONFigure:FFTTHinout?
(Response)  :CONFIGURE:FFTTHINOUT OFF  (when headers are enabled)


Note


This command is available only when the "Reference" is set to "From Memory".


Usage
Conditions


FFT




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


Syntax


(Command)
(Query)


:CONFigure:FFTUp A,B
:CONFigure:FFTUp? A

(Response)

A<NR1>,B<NR3>
A = 1,2 (Calculation No.)
B = -9.9999E+29 to +9.9999E+29


Details


Sets the upper limit of the vertical axis for the calculation number specified by A.
Returns the upper limit of the vertical axis for the calculation number specified by A, as a text string.


Example


:CONFigure:FFTUp 1, 100E-03
:CONFigure:FFTUp? 1
(Response)  :CONFIGURE:FFTUP 1,100.00E-03  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the window function for FFT calculation


Syntax


(Command)
(Query)


:CONFigure:FFTWind A$(,B)
:CONFigure:FFTWind?

(Response)

A$(,B<NR1>)
A$ = RECTan, HANNing, HAMMing, BLACkman, BLHA, FLATtop ,EXPOnential
B = 0 to 99


Details


Sets the window function for FFT calculation.
If the window function is exponential (A$ = EXPOnential), specify attenuation rate B [%].

Returns the current window function setting for FFT calculation.
If the window function is exponential (A$ = EXPOnential), attenuation rate B [%] is also returned.

RECTan (Rectangular window)
HANNing (Hanning window)
EXPOnential (Exponential window)
HAMMing (Hamming window)
BLACkman (Blackman window)
BLHA (Blackman-Harris window)
FLATtop (Flat-top window)


Example


:CONFigure:FFTWind EXPOnential,30
:CONFigure:FFTWind?
(Response)  :CONFIGURE:FFTWIND EXPONENTIAL,30  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the type of x axis for FFT calculation


Syntax


(Command)
(Query)


:CONFigure:FFTXaxis A,B$
:CONFigure:FFTXaxis? A

(Response)

A<NR1>,B$
A = 1,2 (Calculation No.)
B$ = LINhz, LOGhz


Details


Sets the type of x axis for the calculation number specified by A.
Returns the type of x axis currently specified for the calculation number specified by A.

LINhz (Linear)
LOGhz (Logarithmic)


Example


:CONFigure:FFTXaxis 1,LOGhz
:CONFigure:FFTXaxis? 1
(Response)  :CONFIGURE:FFTXAXIS 1,LOGHZ  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the type of y axis for FFT calculation


Syntax


(Command)
(Query)


:CONFigure:FFTYaxis A,B$
:CONFigure:FFTYaxis? A

(Response)

A<NR1>,B$
A = 1,2(Calculation No.)
B$ = LINREal, LINIMag, LINMAg, LOGMAg


Details


Sets the type of y axis for the calculation number specified by A.
Returns the type of y axis currently specified for the calculation number specified by A.

LINREal (Real component: linear)
LINIMag (Imaginary component: linear)
LINMAg (Amplitude: linear)
LOGMAg (Amplitude: dB)


Example


:CONFigure:FFTYaxis 1,LOGMAg
:CONFigure:FFTYaxis? 1
(Response)  :CONFIGURE:FFTYAXIS 1,LOGMAG  (when headers are enabled)


Note


Setting may be restricted by the Analysis Mode Setting.


Usage
Conditions


FFT




Set or query the display format


Syntax


(Command)
(Query)


:CONFigure:FORMat A$
:CONFigure:FORMat?

(response)

A$
A$ = SINGle, DUAL, QUAD, OCT, HEX, XYSingle, XYQuad, NYSingle, NYDual, SPEctrum


Details


Sets the display format.
Returns the current display format setting as a text string.

MEM: SINGle, DUAL, QUAD, OCT, HEX, XYSingle, XYQuad
REC: SINGle, DUAL, QUAD, OCT, HEX
X-Y: XYSingle, XYQuad
FFT: SINGle, DUAL, NYSingle, NYDual, SPEctrum


Example


:CONFigure:FORMat DUAL
(Splits the display into two partitions.)

:CONFigure:FORMat?
(response)  :CONFIGURE:FORMAT DUAL  (when headers are enabled)


Note


-


Usage
Conditions


ALL functions




Set or query the FFT frequency range


Syntax


(Command)
(Query)


:CONFigure:FREQ A
:CONFigure:FREQ?

(Response)

A<NR3>
A = 1.3300E-01 to 8.0000E+06


Details


Sets the FFT measurement frequency range.
A = 0 indicates external sampling.

Returns the current FFT measurement frequency range as a numerical value.


Example


:CONFigure:FREQ 8.0000E+06
:CONFigure:FREQ?
(Response)  :CONFIGURE:FREQ 8.0000E+06  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query highlighted display of phase spectra


Syntax


(Command)
(Query)


:CONFigure:HIGHlight A$
:CONFigure:HIGHlight?

(Response)

A$
A$ = OFF, ON


Details


Enables or disables highlighted display of phase spectra.
Returns the current state of highlighted display of phase spectra, as a text string.


Example


:CONFigure:HIGHlight ON
:CONFigure:HIGHlight?
(Response)  :CONFIGURE:HIGHLIGHT ON  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the highlighting threshold for phase spectra


Syntax


(Command)
(Query)


:CONFigure:HLEVel A$,B
:CONFigure:HLEVel? A$

(Response)

A$,B<NR3>
A$ = RATIo, DB
B = 1E-06 to 1 (A$ = RATio)
B = 0 to 60 (A$ = DB)


Details


Sets the threshold level for highlighted display of phase spectra.
A$ specifies whether the setting method is by decreasing percentage or decreasing value.

Returns the current threshold level for highlighted display.

RATio (Attenuation rate [percent])
DB (Attenuation value [dB])


Example


:CONFigure:HLEVel DB,30
:CONFigure:HLEVel? DB
(Response)  :CONFIGURE:HLEVEL DB,10.000E+00  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the order (degree) of LPC analysis


Syntax


(Command)
(Query)


:CONFigure:LPCOrder A,B
:CONFigure:LPCOrder? A

(Response)

A<NR1>,B<NR1>
A = 1,2 (Calculation No.)
B = 2 to 64(Order)


Details


Sets the order (degree) of LPC analysis.
Returns the current order (degree) setting for LPC analysis, as a numerical value.


Example


:CONFigure:LPCOrder 1,20
:CONFigure:LPCOrder? 1
(Response)  :CONFIGURE:LPCORDER 1,20  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the number of memory segments


Syntax


(Command)
(Query)


:CONFigure:MAXBlock A
:CONFigure:MAXBlock?

(Response)

A<NR1>
A = 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024


Details


Sets the number of memory segments.
Returns the current number of memory segments as an NR1 value.


Example


:CONFigure:MAXBlock 64
:CONFigure:MAXBlock?
(Response)  :CONFIGURE:MAXBLOCK 64  (when headers are enabled)


Note


-


Usage
Conditions


MEM




Set or Query MAP or LIST display


Syntax


(Command)
(Query)


:CONFigure:MAPList A$
:CONFigure:MAPList?

(Response)

A$
A$ =MAP, LIST


Details


Sets the display method to show the memory division status.
Returns a text string indicating the memory division status.

MAP   Shows the setting state and the memory division status
LIST  Shows the trigger timings, the trigger factors, the time axis ranges,the number of data, the use blocks and the reference blocks.


Example


:CONFigure:MAPList LIST
:CONFigure:MAPList?
(Response)  :CONFIGURE:MAPLIST LIST  (when headers are enabled)


Note


-


Usage
Conditions


MEM




Enable/disable or query memory segmentation


Syntax


(Command)
(Query)


:CONFigure:MEMDiv A$
:CONFigure:MEMDiv?

(Response)

A$
A$ = OFF, ON


Details


Enables or disables memory segmentation.
Returns the current state of memory segmentation as a text string.


Example


:CONFigure:MEMDiv ON
:CONFigure:MEMDiv?
(Response)  :CONFIGURE:MEMDIV ON  (when headers are enabled)


Note


-


Usage
Conditions


MEM




Set or query the octave analysis filter


Syntax


(Command)
(Query)


:CONFigure:OCTFilter A,B$
:CONFigure:OCTFilter? A

(Response)

A<NR1>,B$
A = 1,2 (Calculation No.)
B$ = NORMal, SHARp


Details


Selects the octave band filter.
Returns the current octave band filter setting, as a text string.

NORMal
SHARp


Example


:CONFigure:OCTFilter 1,NORMal
:CONFigure:OCTFilter? 1
(Response)  :CONFIGURE:OCTFILTER 1,NORMAL  (when headers are enabled)


Note


This command is available only when the Analysis Mode Setting is 1/1 or 1/3 octave analysis.


Usage
Conditions


FFT




Set or query waveform overlay


Syntax


(Command)
(Query)


:CONFigure:OVERlay A$
:CONFigure:OVERlay?

(response)

A$
A$ = OFF, AUTO, MANUal


Details


Enables and disables screen waveform overlay.
Returns the current waveform overlay setting as a text string.

OFF  No overlay
AUTO  Automatic overlay
MANUal  Manual overlay


Example


:CONFigure:OVERlay AUTO
:CONFigure:OVERlay?
(response)  :CONFIGURE:OVERLAY AUTO  (when headers are enabled)


Note


-


Usage
Conditions


MEM




Set or query peak value display


Syntax


(Command)
(Query)


:CONFigure:PEAK A$
:CONFigure:PEAK?

(Response)

A$
A$ = OFF, PEAK, MAX


Details


Sets peak value display for FFT analysis.
Returns the current peak value display setting for FFT analysis, as a text string.

OFF
PEAK
MAX


Example


:CONFigure:PEAK MAX
:CONFigure:PEAK?
(Response)  :CONFIGURE:PEAK MAX  (when headers are enabled)


Note


-


Usage
Conditions


FFT




Set or query the settings made to execute the real time print function.


Syntax


(Command)
(Query)


:CONFigure:PRINt A$
:CONFigure:PRINt?

(response)

A$
A$ = OFF, ON


Details


Set the real time print function.
The current settings for executing the real time print function will be returned in the form of text data


Example


:CONFigure:PRINt ON
:CONFigure:PRINt?
(response)  :CONFIGURE:PRINT ON  (when headers are enabled)


Note


-


Usage
Conditions


REC




Enable/disable or query reference blocks


Syntax


(Command)
(Query)


:CONFigure:REFBlock A,B$
:CONFigure:REFBlock? A

(Response)

A<NR1>,B$
A = 1 to the no. of segments
B$ = OFF, ON


Details


Enables or disables block A as a reference block.
Returns the current on/off state of reference block A as a text string.


Example


:CONFigure:REFBlock 1,ON
:CONFigure:REFBlock? 1
(Response)  :CONFIGURE:REFBLOCK 1,ON  (when headers are enabled)


Note


Refer to the :MAXBlock command regarding the number of segments.


Usage
Conditions


MEM




Enable/disable or query reference block operation


Syntax


(Command)
(Query)


:CONFigure:REFSet A$
:CONFigure:REFSet?

(Response)

A$
A$ = OFF, ON


Details


Enables or disables reference block operation.
Returns a text string indicating the on/off state of reference block operation..


Example


:CONFigure:REFSet ON
:CONFigure:REFSet?
(Response)  :CONFIGURE:REFSET ON  (when headers are enabled)


Note


Refer to the :MAXBlock command regarding the number of segments.


Usage
Conditions


MEM




Set or query roll mode operation


Syntax


(Command)
(Query)


:CONFigure:ROLL A$
:CONFigure:ROLL?

(response)

A$
A$ = OFF, ON, AUTO


Details


Enables and disables the roll mode function.
Returns the current roll mode function setting as a text string.


Example


:CONFigure:ROLL ON
:CONFigure:ROLL?
(response)  :CONFIGURE:ROLL ON  (when headers are enabled)


Note


-


Usage
Conditions


MEM




Set or query the sampling rate


Syntax


(Command)
(Query)


:CONFigure:SAMPle A
:CONFigure:SAMPle?

(response)

A<NR3>
A = 1E-06 to 1E-01  sampling period [seconds]


Details


Sets the sampling period.
Returns the current sampling period setting as an NR3 numerical value.
Attempting to set an invalid value sets the next larger valid value, if available.

In the Recorder function case, available sampling period settings depend on the timebase.
The timebase is related to the sampling period as follows.

(Y: Available)

Time-base
range


Sampling rate


1μs/S


10μs/S


100μs/S


1ms/S


10ms/S


100ms/S

10ms/DIV

Y

Y

20ms/DIV

Y

Y

Y

50ms/DIV

Y

Y

Y

100ms/DIV

Y

Y

Y

200ms/DIV

Y

Y

Y

Y

500ms/DIV

Y

Y

Y

Y

1s/DIV

Y

Y

Y

Y

2s/DIV

Y

Y

Y

Y

Y

5s/DIV

Y

Y

Y

Y

Y

10s/DIV

Y

Y

Y

Y

Y

30s/DIV

Y

Y

Y

Y

Y

Y

50s/DIV

Y

Y

Y

Y

Y

Y

1min/DIV

Y

Y

Y

Y

Y

Y

100s/DIV

Y

Y

Y

Y

Y

Y

2min/DIV

Y

Y

Y

Y

Y

Y

5min/DIV

Y

Y

Y

Y

Y

Y

10min/DIV

Y

Y

Y

Y

Y

Y

30min/DIV

Y

Y

Y

Y

Y

Y

1hour/DIV

Y

Y

Y

Y

Y

Y



Example


:CONFigure:SAMPle 1E-06
:CONFigure:SAMPle?
(response)  :CONFIGURE:SAMPLE 1E-06  (when headers are enabled)


Note


-


Usage
Conditions


REC, XY




Set or query the sequential display function


Syntax


(Command)
(Query)


:CONFigure:SEQDisp A$
:CONFigure:SEQDisp?

(Response)

A$
A$ = OFF, ON


Details


Enables or disables the sequential display function.
Returns the current on/off state of the sequential display function as a text string.


Example


:CONFigure:SEQDisp ON
:CONFigure:SEQDisp?
(Response)  :CONFIGURE:SEQDISP ON  (when headers are enabled)


Note


-


Usage
Conditions


MEM




Set or query the recording length


Syntax


(Command)
(Query)


:CONFigure:SHOT A
:CONFigure:SHOT?

(response)

A<NR1>
A = SHOT[DIV]


Details


Sets the size (in divisions) of the recording length.
Setting A = 0 with the Recorder function enables the continuous recording mode.
Returns the current recording length setting as an NR1 numerical value.


Example


:CONFigure:SHOT 15
(Sets the recording length to 15 divisions.)

:CONFigure:SHOT?
(response)  :CONFIGURE:SHOT 15  (when headers are enabled)


Note


-


Usage
Conditions


MEM,REC




Set or query the print speed settings.


Syntax


(Command)
(Query)


:CONFigure:SMOOth A$
:CONFigure:SMOOth?

(response)

A$
A$ = QUALity, NORMal, SPEEd


Details


Make settings for the print speed of the built-in printer.
The current print quality settings will be returned in the form of text data.

QUALity  slow(detailed)
NORMal  standard
SPEEd  fast(rough)


Example


:CONFigure:SMOOth QUALity
(Slow(detailed) set for print speed.)

:CONFigure:SMOOth?
(response)  :CONFIGURE:SMOOTH QUALITY  (when headers are enabled)


Note


-


Usage
Conditions


ALL




Set or query the starting block


Syntax


(Command)
(Query)


:CONFigure:STTBlock A
:CONFigure:STTBlock?

(Response)

A<NR1>
A = 1 to the no. of segments


Details


Sets the start block.
Returns the start block number as an NR1 value.


Example


:CONFigure:STTBlock 3
:CONFigure:STTBlock?
(Response)  :CONFIGURE:STTBLOCK 3  (when headers are enabled)


Note


Refer to the :MAXBlock command regarding the number of segments.


Usage
Conditions


MEM




Set or query the timebase


Syntax


(Command)
(Query)


:CONFigure:TDIV A
:CONFigure:TDIV?

(response)

A<NR3>
A = 0, 5.0E-06 to 3.6E+03


Details


Sets the timebase (s/div) as a numerical value.
Returns the current timebase setting as an NR3 numerical value.
Setting the timebase to 0 enables the external sampling mode.


Example


:CONFigure:TDIV 50E-03
(Sets the timebase to 50 ms/div)

:CONFigure:TDIV?
(response)  :CONFigure:TDIV 50E-03  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC




Set or query the degree of thinning before storing


Syntax


(Command)
(Query)


:CONFigure:THINout A$
:CONFigure:THINout?

(response)

A$
A$ = OFF, X1_2 to X1_1000


Details


Sets the degree of thinning to be applied when data is auto-saved in text format.
Returns the current thinning setting as a text string.
Setting A$ to OFF disables thinning.


Example


:CONFigure:THINout X1_5
:CONFigure:THINout?
(response)  :CONFIGURE:THINOUT X1_5  (when headers are enabled)


Note


-


Usage
Conditions


MEM, REC




Set or query the number of blocks to use


Syntax


(Command)
(Query)


:CONFigure:USEBlock A
:CONFigure:USEBlock?

(Response)

A<NR1>
A = 1 to the no. of segments


Details


Sets the number of blocks to use.
Returns the number of blocks set for use, as an NR1 value.


Example


:CONFigure:USEBlock 32
:CONFigure:USEBlock?
(Response)  :CONFIGURE:USEBLOCK 32  (when headers are enabled)


Note


Refer to the :MAXBlock command regarding the number of segments.


Usage
Conditions


MEM




Set or query the waveform comparison mode


Syntax


(Command)
(Query)


:CONFigure:WVCOmp A$
:CONFigure:WVCOmp?

(Response)

A$
A$ = OFF, OUT, ALLOut, EXEC


Details


Sets the waveform comparison mode.
Returns the current setting for waveform comparison mode as a text string.

Waveform comparison is performed when A$ = "EXEC".


Example


:CONFigure:WVCOmp OUT
:CONFigure:WVCOmp?
(Response)  :CONFIGURE:WVCOMP OUT  (when headers are enabled)


Note


Available models : MR8847 and MR8847A


Usage
Conditions


MEM, FFT