(3) CONFigure command (Sets and queries time axis range, recording length, etc.) |
Except 8720 |
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Syntax
|
command query |
:CONFigure:TDIV A :CONFigure:TDIV? |
|
response
|
A<NR3>0: External sampling (except 8835)
|
||
Explanation
|
Sets the time axis range to a numerical value (unit seconds). Returns the currently set value of the time axis range as an NR3 numerical value. (If an attempt is made to set the time axis range to a non-permitted value, and there is a range above that value, that range will be selected.)
|
||
Example
|
:CONFigure:TDIV +500.0E-6 Sets the time axis range to 500Es
|
||
When allowed
|
In MEM, REC and RMS.
|
||
(2) Sets and queries the time axis ranges (recorder and memory function). |
8835(A), 8835-01(A), 8826, 8841, 8842 |
||
Syntax
|
command query |
:CONFigure:TDIV A,B :CONFigure:TDIV? |
|
response
|
A,B<NR3>0: External sampling (except 8835) A = time axis range for REC B = time axis range for MEM
|
||
Explanation
|
Sets the time axis ranges, for both recorder and memory recorder modes, to numerical values (unit seconds). Returns the currently set values of the time axis ranges, for both REC and MEM, as NR3 numerical values. (If an attempt is made to set either of these time axis ranges to a nonpermitted value, and there is a range above that value, that range will be selected.)
|
||
Example
|
:CONFigure:TDIV +500.0E-3,+100.0E-6 Sets the time axis range for recorder mode to 500 ms, and the time axis range for memoery recorder mode to 100 s.
|
||
When allowed
|
In R&M.
|
||
Except 8720 |
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Syntax
|
command query |
:CONFigure:SAMPle A :CONFigure:SAMPle? |
|
response
|
A<NR3>(unit seconds)
|
||
Explanation
|
Sets the sampling period. The available sampling period depends on the time axis range.
|
||
Example
|
:CONFigure:SAMPle +1.00E-6 Sets the sampling period to 1 s.
|
||
When allowed
|
In REC.
|
||
8720 |
|||
Syntax
|
command query |
:CONFigure:SAMPle A$ :CONFigure:SAMPle? |
|
response
|
A$(Sampling speed)A = FAST, SLOW
|
||
Explanation
|
Sets the sampling speed. Returns the current setting of the sampling speed.
|
||
Example
|
:CONFigure:SAMPLE FAST Samples at high speed.
|
||
When allowed
|
In REC.
|
||
Except 8720 |
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Syntax
|
command query |
:CONFigure:FREQuency A :CONFigure:FREQuency? |
|
response
|
A<NR1>A = 50, 60
|
||
Explanation
|
Sets the frequency of the input signal.
|
||
When allowed
|
In RMS.
|
||
Except 8720 |
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Syntax
|
command query |
:CONFigure:SHOT A :CONFigure:SHOT? |
|
response
|
A<NR1>
|
||
Explanation
|
Sets the numerical value of the recording length (unit divisions). Sets the recording length during memory segmentation. Returns the currently set value of the recording length as an NR1 numerical value. 0 indicates CONT.
|
||
Example
|
:CONFigure:SHOT 15 Sets the recording length to 15 divisions.
|
||
When allowed
|
In MEM, REC and RMS.
|
||
(7) Sets and queries the recording length (recorder and memory function). |
8835(A), 8835-01(A), 8826, 8841, 8842 |
||
Syntax
|
command query |
:CONFigure:SHOT A,B :CONFigure:SHOT? |
|
response
|
A,B<NR1>A = recording length for REC (0: continuous) B = recording length for MEM
|
||
Explanation
|
Sets the numerical value of the recording lengths (unit divisions). Returns the currently set values of the recording lengths as NR1 numerical values.
|
||
Example
|
:CONFigure:SHOT 0,25 Sets the recording length for recorder mode to continuous, and the recording length for memoery recorder mode to 25 divisions.
|
||
When allowed
|
In R&M.
|
||
8720 |
|||
Syntax
|
command query |
:CONFigure:RECTime A :CONFigure:RECTime? |
|
response
|
A<NR1>A = Recording time (unit seconds) 0: ContinuousC1 to 35999999
|
||
Explanation
|
Sets the data recording time in units of seconds. Recording length settings that exceed 10000 DIV cannot be set. Sets to 0 for continuous recording. Returns the currently set value of the recording time.
|
||
Example
|
:CONFigure:RECTime 5025 Sets the recording time to 1 hour 23 minutes 45 seconds.
|
||
When allowed
|
In REC.
|
||
8720 |
|||
Syntax
|
command query |
:CONFigure:RECSpeed A :CONFigure:RECSpeed? |
|
response
|
A<NR3>A = Recording speed (unit seconds) 0.002 to 180
|
||
Explanation
|
Sets the data reading speed. Sets the measuring time interval between single pieces of data. Measured time is set to approximately 1 DIV for data recorded at a speed of 100x. Returns the currently set value of the recording time.
|
||
Example
|
:CONFigure:RECSpeed 0.1 Sets the recording speed to 100 ms.
|
||
When allowed
|
In REC.
|
||
Common |
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Syntax
|
command query |
:CONFigure:FORMat A$ :CONFigure:FORMat? |
|
response
|
A$(8835) A$ = SINGle, DUAL, QUAD, XYDot, XYLine [MEM, REC] SINGle, DUAL, QUAD [RMS, R&M] SINGle, DUAL, NYQuist [FFT] (8826) A$ = SINGle, DUAL, QUAD, OCT, HEX, XYSingle, XYQuad [MEM, REC] SINGle, DUAL, QUAD, OCT, HEX [RMS, R&M] SINGle, DUAL, NYQuist [FFT] (8841,8842) A$ = SINGle, DUAL, QUAD, OCT, HEX, XYSingle, XYDual? [MEM, REC] SINGle, DUAL, QUAD, OCT, HEX [RMS, R&M] SINGle, DUAL, NYQuist [FFT] (8720) A$ = SINGle, DUAL, QUAD, OCT, XYSingle, XYDual
|
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Explanation
|
Sets the format. Returns the current format as character data.
|
||
Example
|
:CONFigure:FORMat SINGle Sets the format to SINGLE.
|
||
When allowed
|
In all functions.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842, 8720 |
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Syntax
|
command query |
:CONFigure:DOTLine A$ :CONFigure:DOTLine? |
|
response
|
A$A$ = DOT, LINE
|
||
Explanation
|
Sets the interpolation function (DOT or LINE). Returns the currently set interpolation as character data.
|
||
Example
|
:CONFigure:DOTLine LINE Sets the interpolation function to LINE.
|
||
When allowed
|
In MEM and REC (when the XY screen is selected), (8835: in FFT only).
|
||
Except 8720 |
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Syntax
|
command query |
:CONFigure:PRKInd A$ :CONFigure:PRKInd? |
|
response
|
A$A$ = WAVE, LOGGing
|
||
Explanation
|
Sets the printer output style. Returns the current setting of the printer output style as character data.
|
||
Example
|
:CONFigure:PRKind WAVE Sets the printer output style to be waveform.
|
||
When allowed ?
|
In all functions.
|
||
(13) Enables and disables, and queries the smooth printing function. |
Except 8720 |
||
Syntax
|
command query |
:CONFigure:SMOOth A$ :CONFigure:SMOOth? |
|
response
|
A$A$ = OFF, ON
|
||
Explanation
|
Enables and disables the smooth printing function. Returns the current enablement state of the smooth printing function as character data.
|
||
Example
|
:CONFigure:SMOOth ON Sets the smooth printing function to ON.
|
||
When allowed
|
In MEM and R&M.
|
||
Except 8720 |
|||
Syntax
|
command query |
:CONFigure:LOGGing A :CONFigure:LOGGing? |
|
response
|
A<NR2>A = 0.01 to 100
|
||
Explanation
|
Sets the logging output interval. Returns the current setting of the logging output interval as an NR2 numerical value. In the recorder and memory function, sets the logging output interval for the current display function.
|
||
Example
|
:CONFigure:LOGGing 100 Sets the logging output interval to 100 samples.
|
||
When allowed
|
In all functions.
|
||
(15) Enables and disables, and queries the roll mode function. |
Except 8720 |
||
Syntax
|
command query |
:CONFigure:ROLL A$ :CONFigure:ROLL? |
|
response
|
A$A$ = OFF, ON
|
||
Explanation
|
Enables and disables the roll mode function. Returns the current enablement state of the roll mode function as character data.
|
||
Example
|
:CONFigure:ROLL ON Sets the roll mode function to ON.
|
||
When allowed
|
In MEM.
|
||
Except 8720 |
|||
Syntax
|
command query |
:CONFigure:ATPRint A$(,B$) :CONFigure:ATPRint? |
|
response
|
A$(,B$)A$ = OFF, ON, LAN B$ = MONO, COLOR
|
||
Explanation
|
Sets the auto print function. Returns the current enablement state of the auto print function as character data. For A$=LAN, color should also be set.
|
||
Example
|
:CONFigure:ATPRint ON Sets the auto print function to ON (built-in printer).
|
||
When allowed
|
In MEM and FFT.
|
||
(17) Sets and queries the auto save function (output target). |
Common |
||
Syntax
|
command query |
:CONFigure:ATSAve A$,B$(,C$) :CONFigure:ATSAve? |
|
response
|
A$,B$(,C$)A$ = OFF, FD, PC, LAN (8835) A$ = OFF, FD, PC, SCSI, MO, LAN (8826, 8841, 8842, 8720) OFF: Auto save is disabled. (B$ and C$ are omitted.) FD: Stores on floppy disk automatically PC: Stores on PC card automatically SCSI: Stores on SCSI device automatically MO: Stores on MO disk automatically LAN: Stores on PC connected to LAN. B$ = store format Bin: binary data Text: text data C$ = saved function (only in R&M) REC: Stores only the REC waveform MEM: Stores only the MEM waveform R_M: Stores both the REC and MEM waveforms
|
||
Explanation
|
Sets the auto save function (output target). Omit B$ and C$ only when A$ = OFF. In the R&M function, sets the saved function as well. Returns the current setting of the auto save function as character data.
|
||
Example
|
:CONFigure:ATSAve FD,Bin Stores on floppy disk automatically as binary data.
:CONFigure:ATSAve PC,Text,R_M In the R&M function, stores on PC card automatically as text data (stores both the REC and MEM waveforms).
|
||
When allowed
|
In all functions.
|
||
8835-01, 8826, 8841, 8842, 8720 |
|||
Syntax
|
command query |
:CONFigure:ATFIle 'NAME' :CONFigure:ATFIle? |
|
response
|
'NAME$'NAME$ = File name (within 8 characters)
|
||
Explanation
|
Sets the file name for auto save function(within 8 characters). Returns the current file name in auto saving as character data.
|
||
Example
|
:CONFigure:ATFIle 'AUTO' Sets the file name to 'AUTO' in auto saving.
|
||
When allowed
|
In all functions.
|
||
8835-01, 8826, 8841, 8842, 8720 |
|||
Syntax
|
command query |
:CONFigure:DELSave A$ :CONFigure:DELSave? |
|
response
|
ch$,A$A$ = DEL (Deleted and saved), NORMal (Normal save)
|
||
Explanation
|
Sets the delete save function during automatic saving. Returns the current setting of the delete save function as a character string.
|
||
Example
|
:CONFigure:DELSave DEL In automatic saving, the old file is deleted before saving.
|
||
When allowed
|
In all functions.
|
||
(20) Sets and queries the degree of thinning for the auto save function. |
8841, 8842, 8720 |
||
Syntax
|
command query |
:CONFigure:THINout A$ :CONFigure:THINout? |
|
response
|
A$A$ = degree of thinning OFF, 1_2 to 1_1000
|
||
Explanation
|
Sets the degree of thinning that is applied when data is stored in text format by the auto save function. This setting can also be made when auto save is OFF or data is stored in binary format, but the setting will not be reflected on the screen. Returns the current setting of the degree of thinning as character data.
|
||
Example
|
:CONFigure:THINout 1_2 Sets the degree of thinning to 1/2.
|
||
When allowed
|
In all functions.
|
||
Except 8720 |
|||
Syntax
|
command query |
:CONFigure:OVERlay A$ :CONFigure:OVERlay? |
|
response
|
A$A$ = OFF, ON
|
||
Explanation
|
Enables and disables screen waveform overlay. Returns the current enablement state of the waveform overlay as character data.
|
||
Example
|
:CONFigure:OVERlay ON Sets the screen waveform overlay to ON.
|
||
When allowed
|
In MEM.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:AVERage A :CONFigure:AVERage? |
|
response
|
A<NR1>A = 0(OFF), 2, 4, 8, 16, 32, 64, 128, 256
|
||
Explanation
|
Sets the count for averaging. Returns the current setting of the count for averaging as NR1 numerical value.
|
||
Example
|
:CONFigure:AVERage 32 Sets the count for averaging to 32.
|
||
When allowed
|
In MEM. |
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:WVCOmp A$ :CONFigure:WVCOmp? |
|
response
|
A$A$ = OFF, OUT, ALLOut
|
||
Explanation
|
Sets the waveform decision mode. Returns the current waveform decision mode as character data.
|
||
Example
|
:CONFigure:WVCOmp OUT Sets the waveform decision mode to OUT.
|
||
When allowed
|
In MEM and FFT. |
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:CMPStop A$ :CONFigure:CMPStop? |
|
response
|
A$A$ = GO, NG, G_Niboth GO and NGj
|
||
Explanation
|
Sets the stop mode during waveform decision. Returns the current stop mode as character data.
|
||
Example
|
:CONFigure:CMPStop GO Sets the stop mode during waveform decision to GO.
|
||
When allowed
|
In MEM and FFT.
|
||
Common |
|||
Syntax
|
command query |
:CONFigure:VIRTual A$ :CONFigure:VIRTual? |
|
response
|
A$A$ = OFF, ON
|
||
Explanation
|
Sets the additional recording function. Returns the current setting of the additional recording function as character? data.
|
||
Example
|
:CONFigure:VIRTual ON Sets the additional recording function to ON.
|
||
When allowed
|
In REC, RMS and R&M.
|
||
Except 8720 |
|||
Syntax
|
command query |
:CONFigure:PRINt A$ :CONFigure:PRINt? |
|
response
|
A$A$ = OFF, ON
|
||
Explanation
|
Sets the printer output. Returns the currently set state of the printer output as character data.
|
||
Example
|
:CONFigure:PRINt ON Sets the printer output to ON.
|
||
When allowed
|
In REC, RMS and R&M.
|
||
(27) Sets and queries data number per 1 DIV for external sampling. |
8835-01, 8826, 8841, 8842 |
||
Syntax
|
command query |
:CONFigure:EXTSample A :CONFigure:EXTSample? |
|
response
|
A<NR1>A = 10 to 1000
|
||
Explanation
|
Sets the data number per 1 DIV for external sampling. Returns the data number of 1 DIV for the current external sample.
|
||
Example
|
:CONFigure:EXTSample 100 Sets the data number of the external sample for each 1 DIV to 100.
|
||
When allowed
|
In MEM.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:MEMDiv A$ :CONFigure:MEMDiv? |
|
response
|
A$A$ = OFF, SEQ, MULTI (MEM) A$ = OFF, SEQ (R&M) SEQ : sequential save MULTI : multi-block
|
||
Explanation
|
Sets the method of memory segmentation recording. Returns the current setting for method of memory segmentation recording as character data.
|
||
Example
|
:CONFigure:MEMDiv SEQ Sets the method of memory segmentation recording to sequential save.
|
||
When allowed
|
In MEM and R&M.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:USEBlock A :CONFigure:USEBlock? |
|
response
|
A<NR1>A = 1 to number of segmentations
|
||
Explanation
|
During memory segmentation, sets the memory block used ("using block"). Returns the currently used memory block as an NR1 numerical value.
|
||
Example
|
:CONFigure:USEBlock 15 Sets the block used to 15.
|
||
When allowed
|
In MEM and R&M, when the memory segmentation function is in use.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:STTBlock A :CONFigure:STTBlock? |
|
response
|
A<NR1>
|
||
Explanation
|
Sets the start block. Returns the current start block as an NR1 numerical value.
|
||
Example
|
:CONFigure:STTBlok 5 Sets the start block to 5.
|
||
When allowed
|
In MEM and R&M, when the sequential save function is in use.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:ENDBlock A :CONFigure:ENDBlock? |
|
response
|
A<NR1>
|
||
Explanation
|
Sets the end block. Returns the current end block as an NR1 numerical value.
|
||
Example
|
:CONFigure:ENDBlock 120 Sets the end block to 120.
|
||
When allowed
|
In MEM and R&M, when the sequential save function is in use.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:SEQDisp A$ :CONFigure:SEQDisp? |
|
response
|
A$A$ = OFF, ON
|
||
Explanation
|
Sets whether or not the data are displayed on the screen after they are saved to the blocks. Returns the current setting of the follow-up waveform display as character data.
|
||
Example
|
:CONFigure:SEQDisp ON Displays the data on the screen after they are saved to the blocks.
|
||
When allowed
|
In MEM, when the sequential save function is in use.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:MAXBlock A :CONFigure:MAXBlock? |
|
response
|
A<NR1>A = 3, 7, 15, 31, 63, 127, 255
|
||
Explanation
|
Sets the number of memory blocks for the multi-block function. Returns the current number of memory blocks as an NR1 numerical value.
|
||
Example
|
:CONFigure:MAXBlock 15 Sets the number of memory blocks to 15.
|
||
Note
|
Set the recording length during sequential save using the :CONFigure:SHOT command.
|
||
When allowed
|
In MEM, when the multi-block function is in use.
|
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:REFBlock A :CONFigure:REFBlock? |
|
response
|
A<NR1>A = 0 : OFF, 1 to number of memory segmentations (8835(-01)) A = 0 (OFF), 1 (ON) (except 8835(-01))
|
||
Explanation
|
Sets the reference block during multi-block. Sets the reference block. (except 8835(-01)) Returns the current reference block as an NR1 numerical value.
|
||
Example
|
:CONFigure:REFBlock 15 Sets the reference block to 15.
|
||
When allowed
|
When the multi-block function is in use. (except 8835(-01)) When the sequential save function is in use. (8835(-01)) |
||
8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:REFBlock A,B$ :CONFigure:REFBlock? |
|
response
|
A<NR1>,B$A = 1 to number of segmentations B$ = ON, OFF
|
||
Explanation
|
Sets reference ON, OFF for each block when memory is allocated. Returns the reference ON, OFF for each current block.
|
||
Example
|
:CONFigure:REFBlock 1,ON Sets the reference for the first block to ON.
|
||
When allowed
|
In MEM. |
||
(36) Sets and queries the count for averaging in the FFT function. |
8835(A), 8835-01(A), 8826, 8841, 8842 |
||
Syntax
|
command query |
:CONFigure:FFTAVERage A :CONFigure:FFTAVERage? |
|
response
|
A<NR1>A = 2, 4, 8, 16, 32, 64, 128, 256, 512, 1024, 2048, 4096
|
||
Explanation
|
Sets the count for averaging in the FFT function. Returns the current setting of the count for averaging in the FFT function as NR1 numerical values.
|
||
Example
|
:CONFigure:FFTAVERage 2048 Sets the count for averaging to 2048.
|
||
When allowed
|
In FFT. |
||
(37) Sets and queries the type of averaging in the FFT function. |
8835(A), 8835-01(A), 8826, 8841, 8842 |
||
Syntax
|
command query |
:CONFigure:FFTAVKind A :CONFigure: FFTAVKind? |
|
response
|
A$A$ = OFF T_LIN: simple time axis averaging T_EXP: exponential time axis averaging F_LIN: simple frequency axis averaging F_EXP: exponential frequency axis averaging F_PEAK: frequency axis peak hold
|
||
Explanation
|
Sets the averaging method designated by A$. Returns the currently set averaging method as character data.
|
||
Example
|
:CONFigure:FFTAVKind T_EXP Sets time axis exponential averaging.
|
||
When allowed ?
|
In FFT. |
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:FFTMode A,ch1$(,ch2$) :CONFigure:FFTMode? |
|
response
|
A<NR1>,ch1$(,ch2$)A = 1: one-channel FFT mode 2: two-channel FFT mode ch1$ = CH1 to CH32: analysis channel W1 ch2$ = CH1 to CH32: analysis channel W2 (8835: CH1 to CH4, 8841, 8842: CH1 to CH16)
|
||
Explanation
|
Sets the FFT channel mode. I.e., designates the object channel or channels for FFT channel mode and the number thereof. In the one-channel FFT mode (only) the specification of channel 2 can be omitted, and if it is provided it is ignored. Transfer function, coherence function, cross power spectrum, cross correlation function and impulse response are only effective in the two-channel FFT mode. Returns the current FFT channel mode as a numerical value in NR1 format, and the analysis channel as character data.
|
||
Example
|
:CONFigure:FFTMode 2,CH3,CH5 The channel mode is set to the two-channel FFT mode, and the object channels for FFT mode are set to be channel 3 and channel 5.
|
||
When allowed
|
In FFT. |
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:FFTWind A$(,B) :CONFigure:FFTWind? |
|
response
|
A$,B<NR1>A$ = RECTan: rectangular window HANNing: Hanning window EXPOnential: exponential function window B = 0 to 99 (units %): coefficient for the exponential function
|
||
Explanation
|
Sets the window function as indicated by A$. If the exponential window function is designated by A$, its exponential function coefficient can be set by using B. Returns the current window function as character data, and the current exponential function coefficient as a numerical value in NR1 format.
|
||
Example
|
:CONFigure:FFTWind HANNing The window function is set to Hanning window. |
||
When allowed
|
In FFT. |
||
8835(A), 8835-01(A), 8826, 8841, 8842 |
|||
Syntax
|
command query |
:CONFigure:FFTFunction A$,B$ :CONFigure:FFTFunction? A$ |
|
response
|
A$,B$A$ = G1, G2: graph number B$ = STR: stored waveform LIN: linear spectrum RMS: RMS spectrum PSP: power spectrum ACR: auto-correlation function HIS: histogram TRF: transfer function (*) CSP: cross power spectrum (*) CCR: cross correlation function (*) IMP: impulse response (*) COH: coherence function (*) OCT: octave analysis (*) can only be used when the two-channel FFT mode is set.
|
||
Explanation
|
Sets the FFT analysis mode. The FFT analysis mode can be set to transfer function, coherence function, cross power spectrum, cross correlation function, or impulse response only in the two-channel FFT mode (FFTMODE 2, ch1$, ch2$). In this case, the corresponding function is calculated from channel 1 and channel 2. The result of the calculation is displayed on the graph designated by A$. G2 can be designated even if the display format is SINGLE, but this does not affect the display. Returns the current FFT analysis mode as character data.
|
||
Example
|
:CONFigure:FFTFunction G1,IMP :CONFigure:FFTFunction G2,TRF The impulse response calculated from channel 1 and channel 3 is displayed on G1, and the transfer function calculated from these channels is displayed on G2.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FFTRef A$ :CONFigure:FFTRef? |
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response
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A$A$ = NEW: new data MEM: data stored in the memory
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Explanation
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Designates the source for FFT data as specified by A$. Returns the current FFT data source as character data.
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Example
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:CONFigure:FFTRef NEW New data is used as FFT data.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FFTSCale A$,B$ :CONFigure:FFTSCale? A$ |
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response
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A$,B$A$ = G1, G2 B$ = AUTO, MANUal
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Explanation
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Sets the display scaling method for the graph number designated by A$. Returns the current display scaling method for the graph number designated by A$ as character data.
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Example
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:CONFigure:FFTSCale G1,AUTO The scaling method for graph number 1 is set to automatic.
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When allowed
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In FFT. |
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(43) Sets and queries the FFT display scale vertical axis upper limit. |
8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FFTUp A$,B :CONFigure:FFTUp? A$ |
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response
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A$,B<NR3>A$ = G1, G2 B = -9.9999E+29 to +9.9999E+29
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Explanation
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Sets the FFT display scale vertical axis upper limit for the graph number designated by A$ to the value designated by B. Returns the current FFT display scale vertical axis upper limit for the graph number designated by A$ as a numerical value in NR3 format.
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Example
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:CONFigure:FFTUp G2,100 The FFT display scale vertical axis upper limit for graph 2 is set to 100.
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When allowed
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In FFT. |
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(44) Sets and queries the FFT display scale vertical axis lower limit. |
8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FFTLow A$,B :CONFigure:FFTLow? A$ |
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response
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A$,B<NR3>A$ = G1, G2 B = -9.9999E+29 to +9.9999E+29
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Explanation
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Sets the FFT display scale vertical axis lower limit for the graph number designated by A$ to the value designated by B. Returns the current FFT display scale vertical axis lower limit for the graph number designated by A$ as a numerical value in NR3 format.
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Example
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:CONFigure:FFTLow G2,100 The FFT display scale vertical axis lower limit for display graph 2 is set to 100.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FFTXaxis A$,B$ :CONFigure:FFTXaxis? A$ |
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response
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A$,B$A$ = G1, G2 B$ = 1_1oct, 1_3oct: during octave analysis, LINhz, LOGhz: otherwise
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Explanation
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Sets the x-axis of the graph number designated by A$. When the analysis mode is octave analysis, 1_1oct or 1_3oct can be set; otherwise, LINhz or LOGhz can be set. Some settings are not available for some analysis modes. If a setting is not available, an execution error is generated (see the table). Returns the current x-axis setting as character data.
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Example
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:CONFigure:FFTXaixs G1,LINhz The setting for the x-axis of graph 1 is set to LINHZ.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FFTYaxis A$,B$ :CONFigure:FFTYaxis? A$ |
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response
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A$,B$A$ = G1, G2 B$ = LINMAg: linear magnitude LINREal: linear real axis magnitude LINIMag: linear imaginary axis magnitude LOGMAg: logarithmic magnitude PHASE
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Explanation
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Sets the y-axis of the graph number designated by A$. Some settings are not available for some analysis modes. If a setting is not available, an execution error is generated (see the table). Returns the current y-axis setting as character data.
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Example
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:CONFigure:FFTYaixs G1,LINMAg The setting for the y-axis of graph 1 is set to LINMAG.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
Display settings available on the x-axis |
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Analysis mode |
LIN-HZ |
LOG-HZ |
1/1OCT |
1/3OCT |
Fixed scale |
STR |
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TIME |
LIN |
Y |
Y |
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RMS |
Y |
Y |
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PSP |
Y |
Y |
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ACR |
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TIME |
HIS |
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VOLT |
TRF |
Y |
Y |
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CSP |
Y |
Y |
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CCR |
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TIME |
IMP |
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TIME |
COH |
Y |
Y |
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OCT |
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Y |
Y |
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Display settings available on the y-axis |
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Analysis mode |
LIN_RE |
Linear-imaginary |
Linear-magnitude |
Log-magnitude |
Phase |
Fixed scale |
STR |
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LINEAR |
LIN |
Y |
Y |
Y |
Y |
Y |
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RMS |
Y |
Y |
Y |
Y |
Y |
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PSP |
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Y |
Y |
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ACR |
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LINEAR |
HIS |
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LINEAR |
TRF |
Y |
Y |
Y |
Y |
Y |
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CSP |
Y |
Y |
Y |
Y |
Y |
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CCR |
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LINEAR |
IMP |
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LINEAR |
COH |
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LINEAR |
OCT |
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Y |
Y |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FREQ A :CONFigure:FREQ? |
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response
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A<NR3>A = 400000, 200000, 80000, 40000, 20000, 8000, 4000, 2000, 800, 400, 200, 80, 40, 20, 8, 4, 1.33, 0.667, 0.333 0.133, 0(external sampling)
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Explanation
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Sets the frequency range. If an attempt is made to set an unacceptable value, i.e. a value which is not one of the above, then the frequency range is set to the next higher one of the above values. Returns the currently set frequency range as a numerical value in NR3 format.
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Example
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:CONFigure:FREQ 80 The frequency range is set to 80 Hz.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:OCTFilter A$ :CONFigure:OCTFilter? |
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response
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A$A$ = NORMal, SHARp
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Explanation
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Sets the type of octave filter. Returns the currently set type of octave filter as character data.
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Example
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:CONFigure:OCTFilter NORMal Sets the octave filter type to NORMAL.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:PEAK A$ :CONFigure:PEAK? |
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response
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A$A$OFF,PEAK,MAX
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Explanation
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Sets the peak value display. Returns the currently set peak value display as character data.
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Example
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:CONFigure:PEAK PEAK Sets the peak value display to PEAK.
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When allowed
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In FFT. |
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8835(A), 8835-01(A), 8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:FFTSAmple A :CONFigure:FFTSAmple? |
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response
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A<NR1>A = 1000,2000,5000,10000
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Explanation
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Sets the number of FFT points. Returns the currently set number of FFT points as a numerical value in NR1 format.
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Example
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:CONFigure:FFTSAmple 2000 Sets the number of FFT points to 2000.
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When allowed
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In FFT. |
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8826, 8841, 8842 |
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Syntax
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command query |
:CONFigure:RTSAve A$ :CONFigure:RTSAve? |
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response
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A$A$ = ON, OFF
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Explanation
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Sets the real time save function. Returns the current enablement state of the real time save function.
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Example
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:CONFigure:RTSAve ON Sets the real time function to ON.
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When allowed
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In R&M. (Real time save function version only) |
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8720 |
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Syntax
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command query |
:CONFigure:CMPOld A$ :CONFigure:CMPOld? |
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response
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A$A$ = ON, OFF
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Explanation
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Sets comparison of separate files. Returns ON, OFF settings of currently compared files. The order in which the separate files are read by transmission is as follows:
1. :DISPlay:VIEWPart 1 partitions monitor screen 2. :DISPlay:VIEWSel 1 selects left side of monitor screen 3. :FDISK:LOAD reads the file
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Example
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:CONFigure:CMPOld ON Sets separate file comparison to ON.
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When allowed
|
In all functions. |
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8720 |
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Syntax
|
command query |
:CONFigure:OTSAve A$ :CONFigure:OTSAve? |
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response
|
A$A$ = FD, PC, MO, SCSI, LAN
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Explanation
|
Sets media for the one-touch save function. Returns the current media setting for the one-touch save function.
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Example
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:CONFigure:OTSAve FD Sets a floppy disk for one-touch save.
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When allowed
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In all functions. |
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