acc-thermistor

garage-make-zone/ntc-thermistor/acc-thermistor

This is ready to use universal Node to be used with NTC thermistors ONLY. R-Nom and R-Res values should correspond to thermistor and resistor used in resistance divider. In this example both has 100KOhm therefor both values has been set to 100000. In case of 10KOhm pair, nominal value should be set to 10000. Node has 3 parallel outputs in Kelvin, Celsius and Farenheit deg. Higher accuracy has been achieved due to calculation of average from five measurements per cycle.
acc-thermistor
@/acc-thermistor
This is ready to use universal Node to be used with NTC thermistors ONLY. R-Nom and R-Res values should correspond to thermistor and resistor used in resistance divider. In this example both has 100KOhm therefor both values has been set to 100000. In case of 10KOhm pair, nominal value should be set to 10000. Node has 3 parallel outputs in Kelvin, Celsius and Farenheit deg. Higher accuracy has been achieved due to calculation of average from five measurements per cycle.
T-Nom-Tnumber
Nominal Temperature of Thermistor taken from Documentation. Usually 25 oC.
R-Nomnumber
Nominal resistance of the thermistor measured by 25 oC. This value can be found in Thermistor documentation and is constant.
Portport
Analogue Port
R-Resnumber
Resistance of the resistor used in Resistance divider in Ohms: Example: 10K = 10000 100K = 100000
Betanumber
Beta Value taken from thermistor documentation, parameter sometimes shown as B value. This parameter is constant value.
acc-thermistor
T-Nom-T
R-Nom
Port
R-Res
Beta
K-Out
C-Out
F-Out
F-Outnumber
Output in Farenheit
C-Outnumber
Output in Celsius
K-Outnumber
Output in Kelvin
To use the node in your project you should have the garage-make-zone/ntc-thermistor library installed. Use the “File → Add Library” menu item in XOD IDE if you don’t have it yet. See Using libraries for more info.