:STEP10 (CALibration:PROTected:DC:STEP10)
Purpose To program the 1MΩ comprehensive calibration step.
Format :cal:prot:dc:step10 <Cal_resistance>
Parameter <Cal_resistance> = 900E3 to 1.1E6 [Ω]
Description :STEP10 programs the 1MΩ comprehensive calibration step. The allowable
range of the calibration resistance parameter is from 900E3 to 1.1E6. Use the
1E6 value whenever possible, or the closest possible value.
Example :CAL:PROT:DC:STEP10 Program 1MΩ calibration step.
:STEP11 (CALibration:PROTected:DC:STEP11)
Purpose To program the 10mA comprehensive calibration step.
Format :cal:prot:dc:step11 <Cal_current>
Parameter <Cal_current> = 9E-3 to 11E-3 [A]
Description :STEP11 programs the 10mA comprehensive calibration step. The allowable
range of the calibration current parameter is from 9E-3 to 11E-3. Use the
10E-3 value whenever possible for best results.
Example :CAL:PROT:DC:STEP11 10E-3 Program 10mA step.
:STEP12 (CALibration:PROTected:DC:STEP12)
Purpose To program the 100mA comprehensive calibration step.
Format :cal:prot:dc:step12 <Cal_current>
Parameter <Cal_current> = 90E-3 to 110E-3 [A]
Description :STEP12 programs the 100mA comprehensive calibration step. The allow-
able range of the calibration current parameter is from 90E-3 to 110E-3. Use
the 100E-3 value whenever possible for best results.
Example :CAL:PROT:DC:STEP12 0.1 Program 100mA step.
:STEP13 (CALibration:PROTected:DC:STEP13)
Purpose To program the 1A comprehensive calibration step.
Format :cal:prot:dc:step13 <Cal_current>
Parameter <Cal_current> = 0.9 to 1.1 [A]
Description :STEP13 programs the 1A comprehensive calibration step. The allowable
range of the calibration current parameter is from 0.9 to 1.1. Use a value of
1 whenever possible for best results.
Example :CAL:PROT:DC:STEP13 1 Program 1A step.
Calibration Command Reference B-11