**How drift the consider with a more heat-resistant sensor. Sensors designed for high-temperature environments (like ceramic or platinum-based sensors) may provide better performance and durability.
Use a Temperature Compensation Circuit: Implementing a temperature compensation circuit can help account for any drift caused by temperature changes. These circuits adjust the sensor's output in real-time to correct for temperature-related inaccuracies.Conclusion: KTY82/210 sensor drift in high-temperature environments is a common issue that can be diagnosed and fixed with careful attention to the sensor’s operating conditions. By identifying the cause of the drift, such as thermal stress, power instability, or EMI , and following the solutions outlined above, you can ensure that the sensor provides accurate readings and maintains the reliability of your system. Regular maintenance, calibration, and monitoring are key to preventing sensor drift and extending the life of your temperature measurement system.
