Thermistor NTC 100K SEN14, R37

DescriptionThermistor(Ohm)TypeImagePriceProduct Link1KNTC500Add to basket2KNTC500Add to basket3KNTC500Add to basket4.7KNTC500Add to basket5KNTC500Add to basket10KNTC500Add to basket20KNTC500Add to basket47KNTC500Add to basket50KNTC500Add to basket100KNTC500Add to basket Getting started with The Thermistor NTC 100K In this tutorial you will learn how to use this thermistor NTC with Arduino Uno. The room temperature will be displayed on the serial monitor Hardware requiredArduino UNOThermistor 100k NTCJumper wiresResistor 100kBreadboardHow a thermistor NTC Works Thermistors are variable resistors that change their resistance with temperature. They are classified by the way their resistance responds to temperature changes. In Negative Temperature Coefficient (NTC) thermistors, resistance decreases with an increase in temperature. The value of the resistor should be roughly equal to the resistance of your thermistor. In this case, the resistance of my thermistor is 100K Ohms, so my resistor is also 100K Ohms.  Connecting the Hardware Upload the sample sketch//Thermometer with thermistor/*thermistor parameters:* RT0: 10 000 Ω* B: 3977 K - 0.75%* T0:  25 C* - 5%*///These values are in the datasheet#define RT0 10000   // Ω#define B 3977      // K//————————————–#define VCC 5    //Supply voltage#define R 10000  //R=10KΩ//Variablesfloat RT, VR, ln, TX, T0, VRT;void setup() {Serial.begin(9600);T0 = 25 273.15;                 //Temperature T0 from datasheet, conversion from Celsius to kelvin}void loop() {VRT = analogRead(A0);              //Acquisition analog value of VRTVRT = (5.00 / 1023.00) * VRT;      //Conversion to voltageVR = VCC – VRT;RT = VRT / (VR / R);               //Resistance of RTln = log(RT / RT0);TX = (1 / ((ln / B) (1 / T0))); //Temperature from thermistorTX = TX – 273.15;                 //Conversion to CelsiusSerial.print(“Temperature:”);Serial.print(“\t”);Serial.print(TX);Serial.print(“C\t\t”);Serial.print(TX 273.15);        //Conversion to KelvinSerial.print(“K\t\t”);Serial.print((TX * 1.8) 32);    //Conversion to FahrenheitSerial.println(“F”);delay(500);} The result of working circuitUpload the program to the Arduino board and then open the serial monitor. If it works correctly you should get the temperature room on the serial monitor.