
10-16
Remote Operations
Model 2700 Multimeter/Switch System User’s Manual
Command path rules
•
Each new program message must begin with the root command, unless it is
optional (e.g., [SENSe]). If the root is optional, simply treat a command word on
the next level as the root. For fastest operation, do not send optional data.
•
A colon (:) can be used at the beginning of a program message. However, using the
colon slows down execution time. Example:
stat:pres = :stat:pres
•
When the path pointer detects a colon (:) it moves down to the next command level.
An exception is when the path pointer detects a semicolon (;), which is used to
separate commands within the program message (see next rule).
•
When the path pointer detects a colon (:) that immediately follows a semicolon (;),
it resets back to the root level.
•
The path pointer can only move down. It cannot be moved up a level. Executing a
command at a higher level requires that you start over at the root command.
Using common and SCPI commands in the same message
Both common commands and SCPI commands can be used in the same message as long
as they are separated by semicolons (;). A common command can be executed at any com-
mand level and will not affect the path pointer. Example:
stat:oper:enab <NRf>; *ESE <NRf>
Program message terminator (PMT)
Each program message must be terminated with an LF (line feed), EOI (end or identify),
or an LF+EOI. The bus will hang if your computer does not provide this termination. The
following example shows how a multiple command program message must be terminated:
outp on <PMT>
Command execution rules
•
Commands execute in the order that they are presented in the program message.
•
An invalid command generates an error and, of course, is not executed.
•
Valid commands that precede an invalid command in a multiple command program
message are executed.
•
Valid commands that follow an invalid command in a multiple command program
message are ignored.
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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