Difference between revisions of "HANcoder/Training Material/NTC Thermistor"
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== General description == | == General description == | ||
NTC stands for Negative Temperature Coefficiënt, this means the resistance goes down when the temperature goes up. This principle can be used to measure the temperature. Most modern NTC thermistors come with a datasheet that holds the values needed for the thermistor equation: T(R) = 1 / ( ( ln( R / R_25 ) / B_25_100 ) + ( 1 / T_25 ) ) | NTC stands for Negative Temperature Coefficiënt, this means the resistance goes down when the temperature goes up. This principle can be used to measure the temperature. Most modern NTC thermistors come with a datasheet that holds the values needed for the thermistor equation: T(R) = 1 / ( ( ln( R / R_25 ) / B_25_100 ) + ( 1 / T_25 ) ) | ||
Latest revision as of 11:24, 13 April 2018
This page is still under construction
General description
NTC stands for Negative Temperature Coefficiënt, this means the resistance goes down when the temperature goes up. This principle can be used to measure the temperature. Most modern NTC thermistors come with a datasheet that holds the values needed for the thermistor equation: T(R) = 1 / ( ( ln( R / R_25 ) / B_25_100 ) + ( 1 / T_25 ) )
