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The ecm knows that this measured voltage, 0 volts in this example, is beyond the acceptable operating range for the signal. We said previously that a thermistor is an electronic component whose resistance is highly dependent on temperature so if we send a constant current through the thermistor and then measure the voltage drop across it, we can thus determine its resistance at a particular temperature. Voltage divider calculator for ntc thermistors
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Learn how resistance changes with temperature, explore formulas, charts, and design circuits where vout increases or decreases. However, the voltage drop across an rtd is much larger than a thermocouple output voltage. However, for thermistors with higher resistance values and with higher sensitivity, signal levels generated will be larger per change in temperature, so voltage excitation is used.
In this mode, the thermistor is best suited to sense changes in the ambient conditions, such as changes in the velocity of air flow across the sensor.
Unlike the ntc thermistor, the resistance of most circuit components increases as the circuit heats up Thermistor temperature compensation improves the performance of these thermally sensitive circuits and extends their useful operating range. There is a precision resistor r2 between the positive side of the power source and the thermistor These two resistors together result in a voltage divider circuit where the voltage drop across the thermistor changes linearly with temperature
Thermistor volt drop = (r1 / r1+r2)*vin. One system i worked on was designed by a contractor, and had a linearization circuit which reduced the sensitivity of the thermistor output by about a factor of 10, followed by an amplifier circuit that amplified the thermistor output by a factor of 10 relative to a reference voltage.
