Page 48 · 6300 Series ComboSource User’s Manual
Laser User Calibration Entries
Menu Entry Description
I Set LoM Io set point, low range, slope
I Set LoB Io set point, low range, offset (mA)
I Set HiM Io set point, high range, slope
I Set HiB Io set point, high range, offset (mA)
Im Set M Im set point, slope
Im Set B Im set point, offset (μA)
V Set M Vf local sense set point, slope
V Set B Vf local sense set point, offset (V)
V Set Rm M Vf remote sense set point, slope
V Set Rm B Vf remote sense set point, offset (V)
I LoM Io measurement low range, slope
I LoB Io measurement low range, offset (mA)
I HiM Io measurement high range, slope
I HiB Io measurement high range, offset (mA)
Im M Im measurement, slope
Im B Im measurement, offset (μA)
V M Vf local sense measurement, slope
V B Vf local sense measurement, offset (V)
V Rem M Vf remote sense measurement, slope
V Rem B Vf remote sense measurement, offset (V)
TEC User Calibration Entries
Menu Entry Description
ITE Set M ITE set point, slope
ITE Set B ITE set point, offset (A)
ITE M ITE measurement, slope
ITE B ITE measurement, offset (A)
VTE M VTE measurement, slope
VTE B VTE measurement, offset (V)
Th 10μA M 10μA Thermistor measurement, slope
Th 10μA B 10μA Thermistor measurement, offset (kΩ)
Th 100μA M 100μA Thermistor measurement, slope
Th 100μA B 100μA Thermistor measurement, offset (kΩ)
LM335 M LM335 measurement, slope
LM335 B LM335 measurement, offset (mV)
AD950 M AD590 measurement, slope
AD590 B AD590 measurement, offset (μA)
RTD M RTD measurement, slope
RTD B RTD measurement, offset (Ω)
RTD4 M RTD 4-wire measurement, slope
RTD4 B RTD 4-wire measurement, offset (Ω)
When the slope is 1 and the offset is zero, this is considered an
“uncompensated” measurement. If you change either the slope or offset, the
value becomes “compensated” based on these values. The compensation
formula (a linear equation) is very simple:
Compensated = Slope * Uncompensated + Offset
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