NI 4070/4072 Calibration Procedure
44
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40. Output 10 M
Ω
on the calibrator with external sense turned on and
2-wire compensation turned off.
41. Call
niDMM_CalAdjustGain
with the following parameters:
•
Mode
=
NIDMM_VAL_4_WIRE_RES
•
Range
=
10e6
•
Input Resistance
=
NIDMM_VAL_RESISTANCE_NA
•
Expected Value
=
the display on the calibrator for 10 M
Ω
42. Output 1.9 M
Ω
on the calibrator with external sense turned on and
2-wire compensation turned off.
43. Call
niDMM_CalAdjustGain
with the following parameters:
•
Mode
=
NIDMM_VAL_4_WIRE_RES
•
Range
=
10e6
•
Input Resistance
=
NIDMM_VAL_RESISTANCE_NA
•
Expected Value
=
the display on the calibrator for 1.9 M
Ω
44. Output 100 k
Ω
on the calibrator with external sense turned on and
2-wire compensation turned off.
45. Call
niDMM_CalAdjustGain
with the following parameters:
•
Mode
=
NIDMM_VAL_4_WIRE_RES
•
Range
=
100e3
•
Input Resistance
=
NIDMM_VAL_RESISTANCE_NA
•
Expected Value
=
the display on the calibrator for 100 k
Ω
46. Output 0
Ω
on the calibrator with external sense turned on and 2-wire
compensation turned off.
47. Call
niDMM_CalAdjustGain
with the following parameters:
•
Mode
=
NIDMM_VAL_4_WIRE_RES
•
Range
=
100e3
•
Input Resistance
=
NIDMM_VAL_RESISTANCE_NA
•
Expected Value
=
the display on the calibrator for 0
Ω
48. Output 10 k
Ω
on the calibrator with external sense turned on and
2-wire compensation turned off.
49. Call
niDMM_CalAdjustGain
with the following parameters:
•
Mode
=
NIDMM_VAL_4_WIRE_RES
•
Range
=
10e3
•
Input Resistance
=
NIDMM_VAL_RESISTANCE_NA
•
Expected Value
=
the display on the calibrator for 10 k
Ω