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10K NTC Thermistor Temperature Sensor Module (4 Pin)

₹40.00Price
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10K thermistor temperature sensor module (4-pin) for temperature sensing projects.

10K Thermistor Temperature Sensor Module (4-Pin)

Overview

The 10K Thermistor Temperature Sensor Module is a temperature sensing module based on a 10K NTC thermistor.

It is widely used in:

  • Temperature monitoring systems

  • Arduino & IoT projects

  • Smart home automation

  • Battery temperature protection

Working Principle

The module uses an NTC thermistor (Negative Temperature Coefficient):

  • Temperature Resistance

  • Temperature Resistance

This follows the concept of Negative Temperature Coefficient

The module converts resistance changes into

Infographic Summary

10K THERMISTOR MODULE Measures: Temperature Type: NTC (10K) Voltage: 3.3V 5V Output: Analog + Digital Response: Fast Adjustable thresholp> Resistance: 10K at 25C

Operating Voltage: 3.3V 5V

Output:

  • Analog (temperature value)

  • Digital (threshold trigger)

Temperature Range: ~ -20C to 100C

Fast response time

Onboard potentiometer for sensitivity

Key Features

  • Accurate temperature sensing

  • Easy to use with microcontrollers

  • Dual output (analog + digital)

  • Low cost

  • Compact module

Applications

  • Temperature monitoring systems

  • Smart thermostats

  • Battery t

Interfacing

Compatible with:

  • Arduino

  • ESP32 / ESP8266

  • Raspberry Pi (with ADC)

Use:

  • AO precise temperature reading

  • DO threshold-based switching

Working Example

Temperature Control System:

  • Temp rises resistance decreases

  • Voltage changes microcontroller reads

  • Fan/alert turns ON when threshold reached

Important Notes

  • Requires calibration for accurate temperature

  • Non-linear response (use formula or lookup table)

  • Analog output may need filtering

  • Less accurate than digital sensors (like DHT/BME)

tT11) Output Analog/Digital Digital Accuracy Moderate Higher Speed Fast Moderate Complexity Simple Slightly complex

Pro Tip

  • Use Steinhart'Hart equation for better accuracy

  • Place sensor away from heat sources for correct readings

Ideal for low-cost temperature sensing

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