
10-12
Remote Operations
Model 2700 Multimeter/Switch System User’s Manual
These brackets indicate that IMMediate is implied (optional) and does not have to be used.
Thus, the above command can be sent in one of two ways:
INITiate
or
INITiate:IMMediate
Notice that the optional command is used without the brackets. When using optional
command words in your program, do not include the brackets.
Parameter types
— The following are some of the more common parameter types:
<b>
Boolean — Used to enable or disable an instrument operation. 0 or OFF
disables the operation, and 1 or ON enables the operation. Example:
SYSTem:LSYNc ON
Enable line synchronization
<name>
Name parameter — Select a parameter name from a listed group.
Example:
<name>
= NEVer
= NEXt
= ALWays
TRACe:FEED:CONTrol NEXt
<NRf>
Numeric representation format — This parameter is a number that can be
expressed as an integer (e.g., 8), a real number (e.g., 23.6), or an exponent
(2.3E6). Example:
SYSTem:KEY 11
Press EXIT key from over the bus
<n>
Numeric value — A numeric value parameter can consist of an NRf
number or one of the following name parameters; DEFault, MINimum,
MAXimum. When the DEFault parameter is used, the instrument is
programmed to the *RST default value. When the MINimum parameter is
used, the instrument is programmed to the lowest allowable value. When
the MAXimum parameter is used, the instrument is programmed to the
largest allowable value. Examples:
ARM:TIMer 0.1 Sets timer to 100 msec.
ARM:TIMer DEFault Sets timer to 0.1 sec.
ARM:TIMer MINimum Sets timer to 1 msec.
ARM:TIMer MAXimum Sets timer to 99999.99 sec.
<clist>
Channel list — Specify one or more channels. Example:
ROUTe:SCAN (@101:110)
Scan list; slot 1, channels 1-10
<list>
List — Specify one or more numbers for a list. Example:
STATus:QUEue:ENABle (-110:-222)
Enable errors -110 through -222
Summary of Contents for 2700
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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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