NTC Thermistor Aging: Effects, Mitigation, and Implications

NTC Thermistor Aging – Understanding the Effects and Implications

Article: NTC Thermistor Aging – Understanding the Effects and Implications

Article Summary

  1. Introduction
  2. Impacts of Aging on NTC Thermistors
  3. Methods to Mitigate Aging Effects
  4. Conclusion


NTC (Negative Temperature Coefficient) thermistors are widely used in various industries due to their temperature sensing capabilities. However, over time, these thermistors undergo aging, which can affect their performance and accuracy. This article aims to provide an understanding of the effects of aging on NTC thermistors and explores methods to mitigate these effects.

Impacts of Aging on NTC Thermistors

As NTC thermistors age, several factors come into play that can affect their performance. One significant impact is a change in resistance. The resistance of an aging NTC thermistor tends to increase gradually, leading to inaccuracies in temperature measurements. This drift in resistance is caused by the deterioration of the thermistor’s internal structure and materials over time.

Another effect of aging is a decrease in sensitivity. NTC thermistors rely on their ability to exhibit a large change in resistance with small temperature variations. However, as they age, this sensitivity diminishes, resulting in reduced precision and responsiveness to temperature changes. It is crucial to consider these effects when using NTC thermistors in critical applications that require high accuracy.

Methods to Mitigate Aging Effects

To minimize the impacts of aging on NTC thermistors, several strategies can be employed. One approach is to perform regular calibration and recalibration of the thermistors. By comparing the measured values with known reference points, any drift in resistance or sensitivity can be identified and compensated for, ensuring accurate temperature readings.

Additionally, careful selection of high-quality NTC thermistors can help mitigate aging effects. Reputable manufacturers provide thermistors with enhanced stability and reliability, reducing the rate at which aging occurs. It is advised to consult with experts or refer to specifications provided by the manufacturer to choose suitable thermistors for specific applications.


In conclusion, understanding the effects and implications of NTC thermistor aging is crucial for accurate temperature measurements and reliable applications. By recognizing the impacts of aging, implementing regular calibration, and selecting high-quality thermistors, the negative effects of aging can be minimized. It is essential to prioritize the longevity and performance of NTC thermistors to ensure precise temperature sensing in various industries and applications.

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