Remote Operation
Supported SCPI Commands
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Parameters <n> = “CALCulate” Enable the storing of measurements.
“” Disable the storage of measurements.
Example DATA:FEED RDG_STORE, “CALC”.
DATA:FEED?
Description Retrieves the state of the reading store setting.
Query DATA:FEED? Returns CALC or “”.
CALCulate:KMATh:MMFactor(?) <value>
Description Sets the value in the “m” register for the mx+b calculation.
Parameters <value> = 0 to ±999.999999
Examples CALC:KMAT:MMF 37 Sets “m” register to 37.
Query CALC: KMAT:MMF? Retrieves the “m” register value.
CALCulate:KMATh:MBFactor(?) <value>
Description Sets the value in the “b” register for the mx+b calculation.
Parameters <value> = 0 to ±999.999999
Examples CALC:KMAT:MBF 37 Sets “b” register to 37.
Query CALC: KMAT:MBF? Retrieves the “b” register value.
CALCulate:KMATh:MUNits(?) <name> = 3 characters using ‘A’ through ‘Z’
Description Sets the units for the mx+b calculation.
Parameters <name> = A to ZZZ Up to three letters
Examples CALC:KMAT:MUN VOL Sets units to “VOL”.
Query CALC: KMAT:MUN? Retrieves the set units value.
CALCulate:KMATh:STATe(?) <n>
Description Enables or disables the mx+b calculation.
Parameters <n> = ON or 1 Enables mx+b calculations.
OFF or 0 Disable mx+b calculations
Examples CALC:KMAT:STAT ON Enables mx+b calculations.
Query CALC: KMAT:STAT? Retrieves the state of the mx+b calculation (0 =
OFF, 1 = ON).
Programming the Trigger System
The Meter is designed to provide extensive control over the triggering of a single
measurement or series of measurements. One trigger can cause the Meter to take a single
measurement or multiple measurements; up to 50,000 per trigger.
Operating the Meter remotely requires selecting one of three trigger methods: internal,
external, or bus triggering. Once a source is selected, the Meter must be in a “wait-for-
trigger” state before the trigger will start a measurement cycle.
Figure 4 shows the multimeter’s triggering system.
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