The Quartz flexible accelerometer is a quartz crystal based sensor used to measure acceleration. They have good temperature stability and long-term reliability, here are some key features:
1. Temperature stability: Quartz crystal has good temperature stability, so the Quartz flexible accelerometer can provide accurate measurement results over a wide temperature range. They typically operate over a temperature range of -40°C to +85°C and maintain low temperature drift.
2. Long-term reliability: Quartz flexible accelerometer has high long-term reliability due to the use of high-quality quartz and high-temperature-resistant materials. They generally work reliably over long periods of time, reducing the need for maintenance and calibration.
3. High accuracy: Quartz flexible accelerometer usually has high accuracy and stability and can provide accurate acceleration measurement results. This is important for applications requiring high-precision acceleration measurements.
4. Resistance to vibration and shock: Quartz flexible accelerometer usually has good resistance to vibration and shock and can work normally in high vibration environment. This makes them advantageous in applications with harsh vibration environments such as automotive, aerospace and industrial sectors.
It should be noted that although the Quartz flexible accelerometer has good temperature stability and long-term reliability, additional temperature compensation or protection measures may still be required in special applications or extreme environmental conditions. It is recommended that when selecting and using a Quartz flexible accelerometer, you read the product specifications and instructions in detail, and further communicate with the supplier to ensure that it is suitable for specific application requirements and environmental conditions.
