3 Pin NTC Thermistor Temperature Sensor Module

The 3 Pin NTC Thermistor Temperature Sensor Module is a versatile and cost-effective solution for measuring temperatures in various applications. Utilizing an NTC (Negative Temperature Coefficient) thermistor, this module is capable of detecting temperature changes and converting them into readable voltage signals. It is especially useful for applications requiring accurate inlet air temperature measurements. The sensor's small size and sensitivity make it ideal for detecting changes in ambient temperature, working as an effective intake air temperature monitor. Easily connectable to microcontrollers, this module is perfect for integrating with systems that demand reliable and precise temperature data, such as intake air temp management tools. From -55°C to +125°C, it covers a wide temperature range, offering a robust temperature measurement solution across diverse settings, including thermistor module applications. This sensor serves multiple purposes, including monitoring and controlling water temperature in tanks, with the option to replace it with a line temperature sensor for extended applications. Whether used as an intake air temperature gauge or a general temperature detector sensor, its versatility makes it a top choice for many users.

Key Features - Temperature Sensor

• High Sensitivity with NTC Thermistor Sensor for precise temperature measurement.
• Digital Output in Clean Waveform, functioning like a digital thermometer.
• Simple 3-pin interface for easy integration into various systems, including thermistor module arduino setups.
• Accurate and stable temperature readings, comparable to thermal couples in performance.
• Adjustable Threshold via Potentiometer, great for proximity switch sensor calibration.
• Strong Drive Capability over 15mA, similar to ir detector sensor capabilities.
• Wide Working Voltage of 3.3V to 5V makes it compatible with thermistor esp8266 projects.
• Easy Installation with Bolt Hole, facilitating use in temperature detector sensor systems.
• Compact design suitable for various applications, including usage as a sensor temp device.

Applications

The 3 Pin NTC Thermistor Temperature Sensor is commonly used in applications needing precise temperature monitoring. Examples include:
• Monitoring ambient room temperatures, akin to a digital thermometer application.
• Integration into microcontroller projects for automated temperature control, such as in thermistor module arduino projects.
• Home HVAC systems for efficient climate control, leveraging sensor temp management.
• Aquarium temperature regulation with direct water temperature monitoring, acting as a robust temperature detector sensor.
• Home appliances
• Environmental monitoring systems using precise intake air temp measures.
• Industrial temperature control ensuring accuracy akin to thermocouple sensors.
• DIY electronic projects using sensor for water level applications.
Utilizing keywords such as 'temperature sensor' and 'thermocouple,' these practical applications demonstrate the versatility of this module in various scenarios, including high-demand proxies in pyrometer settings.

Technical Specifications

How to Use

To effectively use the 3 Pin NTC Thermistor Temperature Sensor Module, follow these steps:
1. Connect the module to a compatible microcontroller via digital output pin, ideal for thermistor module arduino setups.
2. Use jumper wires: connect VCC to 3.3V or 5V, GND to ground, and DO to a digital input, ensuring accurate intake air temperature data.
3. Connect the signal pin to an analog input on the microcontroller or data acquisition system, aligning with sensor for water level operations.
4. Adjust the threshold level with the potentiometer, helpful in detailed temperature measurement tasks.
5. Read the analog voltage output and convert it to temperature using the sensor's characteristic curve or lookup table, similar to processes in thermal couples.
6. Monitor the DO pin for high or low signals indicating temperature threshold breaches, akin to proximity switch sensor applications.
7. Implement necessary calibration if using for precision applications like thermocouple adjustments.
8. Ensure the sensor is placed in an environment or setting where it can accurately read the temperature, avoiding placement near heat sources or direct sunlight unless these are the intended areas of measurement. Consider its application in rainfall sensor contexts where placement is key.
For more information on utilizing temperature sensor modules, consult resources on keywords like 'sensor temp' and 'rtds.'

Package Includes

1 x 3 Pin NTC Thermistor Temperature Sensor Module

Additional Resources

Video Tutorials