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Steinhart Hart Equation Coefficient Calculator Results
Steinhart Hart Equation Coefficient Results
Selection Criteria
Lower Temp C |
Midrange Temp C |
Upper Temp C |
Resistance @ 25° C |
Thermistor Curve |
0 | 0 |
Results
(Data is for Reference Only and is subject to change)
Coefficients |
a = nan |
b = nan |
c = nan |
Calculators for Temperature & Thermistor Applications
Beta Value Calculator - The approximate relationship between the resistance and temperature for a NTC thermistor.
Defense R – T (Resistance vs. Temperature Tables) – M23648 and M32192 Defense Ratios for defense and aerospace applications use slightly different values than QTI’s standard curves. MIL-PRF and NSAS/GSFC parts always use MIL-spec curves.
R – T (Resistance vs. Temperature Tables) – A table showing the standard resistance at each temperature point.
Steinhart-Hart Calculator - The Steinhart–Hart equation is a model of the resistance of a semiconductor at different temperatures.
- T is the temperature (in Kelvin)
- R is the resistance at T (in ohms)
- A, B, and C are the Steinhart-Hart coefficients which vary depending on the type and model of the thermistor and the temperature range of interest. (The most general form of the equation contains a (IN(R))2 term, but this is frequently neglected because it is typically much smaller than the other coefficients, and is therefore not shown above.)
Calculators for Temperature & Thermistor Applications
To find degree tolerance - Add standard part tolerance to maximum deviation and divide by the NTC value.
To find percent tolerance - Multiply degree tolerance by NTC value.