-a, +a, In(R) + a; {In(R}* +a, {In(R}' T where T is temperature in Kelvin, R is resistance in ohms, and a,,a,,a the calibration curve. Given the following for a thermistor R T ohm °C 1101.0 25.113 911.3 30.131 636.0 40.120 451.1 50.128 Approximate the value of temperature in °C for a measured resistance o any method)

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4. Thermistors measure temperature, have a nonlinear output and are valued for a limited
range. So when a thermistor is manufactured, the manufacturer supplies a resistance vs.
temperature curve. An accurate representation of the curve is generally given by
a, +a, In(R)+ a; {In(R)}* + a; {In(R)}'
where T is temperature in Kelvin, R is resistance in ohms, and a,a,,a,,a, are constants of
the calibration curve.
Given the following for a thermistor
R.
T
ohm
°C
1101.0 25.113
911.3
30.191
636.0
40.120
451.1
50.128
Approximate the value of temperature in °C for a measured resistance of 900 ohms. (Use
any method)
Transcribed Image Text:4. Thermistors measure temperature, have a nonlinear output and are valued for a limited range. So when a thermistor is manufactured, the manufacturer supplies a resistance vs. temperature curve. An accurate representation of the curve is generally given by a, +a, In(R)+ a; {In(R)}* + a; {In(R)}' where T is temperature in Kelvin, R is resistance in ohms, and a,a,,a,,a, are constants of the calibration curve. Given the following for a thermistor R. T ohm °C 1101.0 25.113 911.3 30.191 636.0 40.120 451.1 50.128 Approximate the value of temperature in °C for a measured resistance of 900 ohms. (Use any method)
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