
10-4
Remote Operations
Model 2700 Multimeter/Switch System User’s Manual
GPIB setup
The following provides information about GPIB standards, selecting the GPIB, setting the
primary address, and bus connections.
GPIB standards
The GPIB is the IEEE-488 instrumentation data bus with hardware and programming
standards originally adopted by the IEEE (Institute of Electrical and Electronic Engineers)
in 1975. The Model 2700 conforms to these standards:
•
IEEE-488.1-1987
•
IEEE-488.2-1992
The above standards define a syntax for sending data to and from instruments, how an
instrument interprets this data, what registers should exist to record the state of the instru-
ment, and a group of common commands. The Model 2700 also conforms to this standard:
•
SCPI 1996.0 (Standard Commands for Programmable Instruments)
This standard defines a command language protocol. It goes one step farther than
IEEE-488.2-1992 and defines a standard set of commands to control every programmable
aspect of an instrument.
Selecting GPIB and setting primary address
The Model 2700 is shipped from the factory with the GPIB selected and the primary
address set to 16. You can set the address to a value from 0 to 30, but do not assign the
same address to another device or to a controller that is on the same GPIB bus (controller
addresses are usually 0 or 21).
Perform the following steps to select the GPIB and set the primary address:
1.
Press the SHIFT key and then the GPIB key. The GPIB ON or GPIB OFF message
will be displayed.
2.
If the GPIB is already ON, press ENTER and proceed to step 3. Otherwise, press
the
key to place the cursor on OFF, press the
Δ
or
∇
key to display the ON
state, and then press ENTER.
NOTE
Enabling (ON) the GPIB disables (OFF) the RS-232 interface. Disabling the
GPIB enables the RS-232.
3.
To retain the presently displayed address (ADDR) value, press ENTER. Otherwise,
press the
key to place the cursor on the address value, use the
,
,
Δ
, and
∇
keys to display the desired address value, and then press ENTER.
Summary of Contents for 2700
Page 3: ......
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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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