Instrument memory (MEMory)

 

Command

Data
(for a query, response data)

Explanation

:BDATa? A

#0<binary data>

A = 1 to 8000 (Output number)

Read binary data in memory

:FFTData?

A,B

A = x-axis data
B = y-axis data

Query FFT data

:FFTMaxpoint? A

A<NR1>,B<NR1>

A = 1 to 8 (Calculation No.)
B = data points

Query FFT data quantity

:FFTOver? A

A<NR1>,B

A = 1 to 8 (Calculation No.)
B = Overall value

Query overall FFT value

:FFTPEak? A,B,C

A<NR1>,B<NR1>,C<NR1>,D,E

A = 1 to 8 (Calculation No.)
B = 1 to 10 (Peak value No.)
C = 1 (Frame value No.)
D = x-axis data
E = y-axis data

Query FFT peak value data

:FFTPOint A,B(,C)

A = 1 to 8 (Calculation No.)
B = 0 to (FFT Calculation Points - 1)
C = 1 (Frame value No.)

Set FFT data output points

:FFTPOint?

A<NR1>,B<NR1>,C<NR1>

Query FFT data output points

:GETReal

-

Capture real-time data

:MAXPoint?

A<NR1>

A = Number of stored data

Query the amount of data stored

:POINt A$,B

A$ = CH1_1 to CH8_4, L1 to L8, W1 to W16, Z1 to Z16
B = 0 to (Number of stored data - 1)

Set the memory read pointer

:POINt?

A$,B<NR1>

Query the memory read pointer

:RATIo? A$

A$,B,C

A$ = CH1_1 to CH8_4
B = Ratio
C = Offset

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

:REAL? A$

A$,B

A$ = CH1_1 to CH8_4, L1 to L8
B = Physical values

Read real-time data (measured values)

:RECBData? A

#0<binary data>

A = 1 to 4000 (Output number)

Read binary data in memory

:RECPoint A$,B

A$ = CH1_1 to CH8_4, L1 to L8, W1 to W16
B = 0 to (Number of stored data - 1)

Set the memory read pointer

:RECPoint?

A$,B<NR1>

Query the memory read pointer

:RECVData? A

X1,Y1,X2,Y2,...

A = 1 to 1000
Xi, Yi = Physical values

Read stored data (measured values)

:VDATa? A

X1,X2,X3,...

A = 1 to 2000
Xi = Physical values

Read stored data (measured values)