MEMory Commands (Read/write instrument memory)


Y:  Available   N:  Unavailable

Command

Data
(for a query, response data)

Explanation

Function

8860

8861

:ADATa B,C,D,...

B,C,D,...: -32768 to 32767

Write ASCII data in memory

MEM, REAL, R_M

Y

Y

:ADATa? A

[response] B<NR1>,C<NR1>,D<NR1>,...
A: 1 to 200

Read ASCII data in memory

MEM, REAL, R_M

Y

Y

:AREAl? CH$

[response] A<NR1>
A: -32768 to 32767
CH$: CHm_n, CHx

Read real-time data as ASCII code

ALL

Y

Y

:BDATa? A

[response] (binary integer data)
A: 1 to 1000

Read stored data as binary code

MEM, REAL, R_M

Y

Y

:COEFf? CH$

[response] CH$,A<NR3>,B<NR3>
CH$: CHm_n, CHx, Z1 to Z16
A: ratio
B: offset

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

MEM, REC, REAL, R_M

Y

Y

:FFTData?

A<NR3>,B<NR3>

Query FFT data

FFT

Y

Y

:FFTMaxpoint? A

[response] A<NR1>,B<NR1>
A: 1 to 8
B: 0 to 10000

Query FFT data quantity

FFT

Y

Y

:FFTPEak? A,B

[response] C<NR3>,D<NR3>
A: 1 to 8
B: 1 to 10

Query FFT peak value data

FFT

Y

Y

:FFTPOint A,B

A: 1 to 8
B: 0 to 9999

Set FFT data output points

FFT

Y

Y

:FFTPOint? A

A<NR1>,B<NR1>

Query FFT data output points

FFT

Y

Y

:FFTOver? A

[response] B<NR3>
A: 1 to 8

Query overall FFT value

FFT

Y

Y

:GETReal

Capture real-time data

ALL

Y

Y

:LDATa B,C,D,...

B,C,D,...: 0 to 15

Write logic data

MEM, REAL, R_M

Y

Y

:LDATa? A

[response] B<NR1>,C<NR1>,D<NR1>,...
A: 1 to 500

Read logic data

MEM, REAL, R_M

Y

Y

:LREAl? CH$

A<NR1>

Read real-time logic data

ALL

Y

Y

:MAXPoint?

A<NR1>: 0 (not data stored) to the number of stored data

Query the amount of data stored

MEM, REC, REAL, R_M

Y

Y

:POINt CH$,A

CH: CHm_n, CHx, Z1 to Z16
A: 0 to (number of stored data)

Set the memory read/write pointer

MEM, REC, REAL, R_M

Y

Y

:POINt?

CH$,A<NR1>

Query the memory read/write pointer

MEM, REC, REAL, R_M

Y

Y

:PREPare

Prepare instrument memory to receive waveform data

MEM, REC, R_M

Y

Y

:RATIo? CH$

[response] CH$,A<NR3>,B<NR3>
CH$: CHm_n, CHx, Z1 to Z16
A: ratio
B: offset

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

MEM, REC, REAL, R_M

Y

Y

:RECAData B1,B2,C1,C2,...

B1,B2,C1,C2,...: -32767 to 32768

Write data as ASCII code

REC, REAL

Y

Y

:RECAData? A

[response] B1<NR1>,B2<NR1>,C1<NR1>,C2<NR1>,...
A: 1 to 100

Read data as ASCII code

REC, REAL

Y

Y

:RECBData? A

[response] #0...(binary data)
A: 1 to 500

Read stored data as binary code

REC, REAL

Y

Y

:RECLData B1,B2,C1,C2,...

B1,B2,C1,C2,...: 0 to 15

Write logic data

REC, REAL

Y

Y

:RECLData? A

[response] B1<NR1>,B2<NR1>,C1<NR1>,C2<NR1>,...
A: 1 to 250

Read logic data

REC, REAL

Y

Y

:RECVData B1,B2,C1,C2,...

B1,B2,C1,C2,...: (measured value)

Write stored data (measured values)

REC, REAL

Y

Y

:RECVData? A

[response] B1<NR3>,B2<NR3>,C1<NR3>,C2<NR3>,...
A: 1 to 50

Read stored data (measured values)

REC, REAL

Y

Y

:RTLOad A

A: 0 to ...

Load real-time data

REAL

Y

Y

:VDATa B,C,...

B,C,...: (measured value)

Write stored data (measured values)

MEM, REAL, R_M

Y

Y

:VDATa? A

[response] B<NR3>,C<NR3>,...
A: 1 to 100

Read stored data (measured values)

MEM, REAL, R_M

Y

Y

:VREAl? CH$

A<NR3>: (measured value)

Read real-time data (measured values)

ALL

Y

Y