
6-12
Buffer
Model 2700 Multimeter/Switch System User’s Manual
g.
TRACe:TSTamp:FORMat ABSolute | DELta
Select timestamp format
For front panel operation, both timestamp formats (absolute and delta) can be recalled. For
remote programming, you can only use one timestamp at a time.
NOTE
Changing the timestamp format clears the buffer.
The timestamp will only be included with a returned buffer reading if it is specified as a data
element (see FORMat:ELEMents).
h.
TRACe:FEED SENSe | CALCulate | NONE
Select source of readings
TRACe:FEED:CONTrol NEXT| ALWays | NEVer
Select buffer control
TRACe:FEED — The SENSe parameter selects readings before any enabled mX+b, Percent
or Reciprocal math calculation. For the CALCulate parameter, the result of the calculation is
stored in the buffer. The NONE parameter disables storage into the buffer. Math functions
are covered in
.
NOTE
In order to store readings in the buffer, TRACe:FEED cannot be set to NONE.
TRACe:FEED:CONTrol — Selecting NEXT enables the buffer. After the specified number
of readings (buffer size) are stored, buffer operation disables. The ALWays parameter places
the buffer into a continuous filling mode. After the specified number of readings are stored,
operation wraps back to the first buffer location and overwrites the previous readings. The
NEVer parameter disables buffer operation.
i.
TRACe:DATA?
Read buffer
Use TRACE:DATA? to retrieve all readings that are stored in the buffer. You can send this
command even if the instrument is still storing readings. When TRACe:DATA? is sent, it
will return the readings stored up to that point in time. Subsequent TRACe:DATA?
commands will not retrieve readings already returned. However, once the buffer has filled
and you have retrieved all buffer readings, you can again send TRACe:DATA? to retrieve all
the stored readings.
The data elements returned with each stored reading depends on which ones are selected
with FORMat:ELEMents command (see
Summary of Contents for 2700
Page 3: ......
Page 7: ......
Page 197: ...5 24 Rel Math Ratio Channel Average dB Model 2700 Multimeter Switch System User s Manual...
Page 213: ...6 16 Buffer Model 2700 Multimeter Switch System User s Manual...
Page 289: ...9 18 Limits and Digital I O Model 2700 Multimeter Switch System User s Manual...
Page 335: ...11 24 Status Structure Model 2700 Multimeter Switch System User s Manual...
Page 336: ...12 CommonCommands...
Page 344: ...13 SCPISignalOriented MeasurementCommands...
Page 353: ...13 10 SCPI Signal Oriented Commands Model 2700 Multimeter Switch System User s Manual...
Page 363: ...14 10 FORMat and Misc SYSTem Commands Model 2700 Multimeter Switch System User s Manual...
Page 364: ...15 SCPIReferenceTables...
Page 391: ...A 2 Specifications Model 2700 Multimeter Switch System User s Manual...
Page 392: ...Model 2700 Multimeter Switch System User s Manual Specifications A 3...
Page 393: ...A 4 Specifications Model 2700 Multimeter Switch System User s Manual...
Page 394: ...Model 2700 Multimeter Switch System User s Manual Specifications A 5...
Page 395: ...A 6 Specifications Model 2700 Multimeter Switch System User s Manual...
Page 400: ...B Model7700ConnectionGuide...
Page 411: ...B 12 Model 7700 Connection Guide Model 2700 Multimeter Switch System User s Manual...
Page 412: ...C StatusandErrorMessages...
Page 419: ...C 8 Status and Error Messages Model 2700 Multimeter Switch System User s Manual...
Page 420: ...D SignalProcessing SequenceandDataFlow...
Page 434: ...E MeasurementConsiderations...
Page 443: ...E 10 Measurement Considerations Model 2700 Multimeter Switch System User s Manual...
Page 454: ...G IEEE 488BusOverview...
Page 469: ...G 16 IEEE 488 Bus Overview Model 2700 Multimeter Switch System User s Manual...
Page 470: ...H KE2700InstrumentDriver Examples...
Page 489: ...H 20 KE2700 Instrument Driver Examples Model 2700 Multimeter Switch System User s Manual...
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