THORLABS ITC8000 User Manual

© 2016 Thorlabs
7 Communication with a PC
49
7.3.23 Thermistor Calibration - Steinhart-Hart Method
Command
Explanation
Response Example
Programming
":CALTC1:SET <NR3>"
Programs the Steinhart-Hart coefficient C1
":CALTC2:SET <NR3>"
Programs the Steinhart-Hart coefficient C2
":CALTC3:SET <NR3>"
Programs the Steinhart-Hart coefficient C3
Reading
":CALTC1:SET?"
Reads the Steinhart-Hart coefficient C1
[:CALTB:SET <NR3><LF>]
":CALTC2:SET?"
Reads the Steinhart-Hart coefficient C2
[:CALTR:SET <NR3><LF>]
":CALTC3:SET?"
Reads the Steinhart-Hart coefficient C3
[:CALTT:SET <NR3><LF>]
":CALTC1:MIN?"
Reads the minimum allowed Steinhart-Hart coefficient C1
[:CALTB:MIN <NR3><LF>]
":CALTC2:MIN?"
Reads the minimum allowed Steinhart-Hart coefficient C2
[:CALTR:MIN <NR3><LF>]
":CALTC3:MIN?"
Reads the minimum allowed Steinhart-Hart coefficient C3
[:CALTT:MIN <NR3><LF>]
":CALTC1:MAX?"
Reads the maximum allowed Steinhart-Hart coefficient C1
[:CALTB:MAX <NR3><LF>]
":CALTC2:MAX?"
Reads the maximum allowed Steinhart-Hart coefficient C2
[:CALTR:MAX <NR3><LF>]
":CALTC3:MAX?"
Reads the maximum allowed Steinhart-Hart coefficient C3
[:CALTT:MAX <NR3><LF>]
Refer to section Thermistor Calibration - Steinhart-Hart Method .
Attention
These commands do not apply to ITC8000-KRYO!
Note
The selection by which method (exponential or Steinhart-Hart) the sensor calibration will be
executed, depends on the order in which the coefficients are transmitted:
· If the last transmitted calibration command belongs to the exponential method (see above),
then the calculation is also done with the exponential method.
· If the last command was a Steinhart-Hart parameter, then this method is selected.
49

THORLABS ITC8000 Specifications

General

Brand	THORLABS
Model	ITC8000
Category	Temperature Controller
Language	English