10 Pieces NTC MF58 3950 B 150K ohm 5% Temperature Sensor Thermistor

Description

What is the NTC MF58 3950 B 150K ohm 5% Thermistor? This electronic component is used to measure temperature in various types of electronic projects, such as those based on Arduino. It is particularly suitable for applications requiring precise temperature measurement. Features Model: MF58 Resistance Value: 150K ohms Tolerance: 5% Calibration Curve: B 3950 Quantity: 10 pieces What does it do This NTC thermistor is ideal for DIY projects such as home temperature sensors or monitoring environmental conditions. You can use it to create a real-time temperature monitoring system with Arduino by connecting the thermistor to an analog input of the Arduino and sending data to an online platform. Tutorial How to Use 10 pieces of NTC MF58 Thermistors The NTC MF58 is an electronic component used for measuring temperature. It’s ideal for DIY projects such as home temperature sensors or monitoring environmental conditions. What you need Arduino jumper cable multimeter Steps Install the thermistor on the circuit with jumper cables. Connect the thermistor to an analog input of the Arduino. Write and upload the Arduino sketch to read values from the thermistor. Calculate the temperature in Celsius using the thermistor formula. Display data on the serial monitor of the Arduino IDE. Verify the accuracy of the data with a thermometer. Modify the sketch to send data to an online data collection service. Implement an extreme temperature alarm system. Example code void setup() { Serial.begin(9600); } void loop() { int sensorValue = analogRead(A0); float resistance = (1023.0 / sensorValue – 1) * 100000.0; float temperature = check the datasheet for verification; Serial.println(temperature); delay(1000); } Mini-project Create a real-time temperature monitoring system using an Arduino and a thermistor. Connect the thermistor to an analog input of the Arduino and send data to an online platform. Common mistakes Incorrectly connecting the thermistor. Calculating the thermistor resistance incorrectly. Converting thermistor values to Celsius inaccurately. Not verifying data with an external thermometer. Recommended accessories Arduino Uno R3 USB Type B cable Jumper wires 16×2 LCD with I2C Frequently Asked Questions How do I calculate temperature? Use the formula specified in the datasheet.