- #1
EIRE2003
- 108
- 0
what is the temperature coefficient of resistance of a th3 ntc rod thermistor @ 293K?
The NTC rod thermistor resistance temp coefficient at 293K is a measure of the change in resistance of the thermistor as the temperature changes. It is typically expressed in units of %/K, which means the percentage change in resistance for every degree Kelvin change in temperature.
The NTC rod thermistor resistance temp coefficient at 293K is calculated by measuring the resistance of the thermistor at two known temperatures, typically 25°C and 100°C, and using the formula: Temp Coefficient = [(Resistance at 100°C - Resistance at 25°C) / Resistance at 25°C] * (100 / 75).
The NTC rod thermistor resistance temp coefficient at 293K can be affected by factors such as the materials used in the thermistor, the manufacturing process, and the operating conditions (e.g. temperature, humidity, vibration). It is important to carefully choose and calibrate the thermistor to ensure accurate temperature measurement.
The NTC rod thermistor resistance temp coefficient at 293K is negative, meaning that as the temperature increases, the resistance decreases. In contrast, the PTC thermistor resistance temp coefficient is positive, meaning that as the temperature increases, the resistance also increases. This makes the NTC rod thermistor suitable for temperature measurement, while the PTC thermistor is often used in overtemperature protection circuits.
Yes, the NTC rod thermistor resistance temp coefficient at 293K can be altered by changing the materials and manufacturing process used to make the thermistor. However, altering the temp coefficient may also affect other properties of the thermistor, so it is important to carefully choose and calibrate the thermistor for its intended use.