Thermistor 100k NTC with 1 Meter Cable Temperature Sensor

Description:

A thermistor is a type of resistor whose resistance varies significantly with temperature. A 100k NTC (Negative Temperature Coefficient) thermistor is one that decreases in resistance as temperature rises. Here's a usage description for a thermistor with a 1-meter cable:

  1. Temperature Sensing: The primary function of the thermistor is to measure temperature. As the temperature changes, the electrical resistance of the thermistor changes accordingly. This property allows it to be used as a temperature sensor.

  2. 100k NTC Thermistor: The "100k" indicates the nominal resistance of the thermistor at a specified temperature (usually 25°C). In this case, it's 100,000 ohms. "NTC" signifies that the resistance decreases as temperature increases.

  3. 1 Meter Cable: The thermistor comes with a cable that is 1 meter in length. This length offers flexibility in positioning the sensor in various applications.

  4. Applications: Such a thermistor with a cable can be used in a variety of applications including:

    • Climate control systems: For measuring ambient temperature to control heating or cooling systems.
    • Industrial processes: Monitoring temperature in industrial environments to ensure equipment operates within safe limits.
    • Medical devices: For monitoring patient temperature in medical equipment.
    • Automotive: Monitoring temperature in engines, batteries, or other components.
    • Environmental monitoring: Measuring temperature in environmental monitoring systems for weather stations or agricultural purposes.
  5. Installation: The thermistor can be easily installed by placing the sensing probe in the area where temperature needs to be monitored. The cable provides flexibility for positioning the sensor.

  6. Calibration: Before use, it's essential to calibrate the thermistor to ensure accurate temperature readings. This typically involves comparing the readings from the thermistor with readings from a calibrated thermometer at various temperatures.

  7. Wiring: The thermistor is typically wired to a measurement circuit or a microcontroller. A voltage or current is applied across the thermistor, and the resulting voltage or current is measured to determine the resistance, which is then converted to temperature using calibration data.

  8. Accuracy and Range: The accuracy and temperature range of the thermistor should be considered for specific applications. Different thermistors may have different accuracy ratings and temperature ranges.

Overall, the thermistor with a 1-meter cable provides a simple yet effective solution for temperature sensing in various applications.

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₹55.0
Price - ₹40.0