A quartz flexible accelerometer is a quartz crystal-based microelectromechanical systems (MEMS) accelerometer, also known as a quartz accelerometer or quartz oscillator accelerometer. It uses the characteristics of quartz crystal to measure acceleration and convert it into an electrical signal output.
The main features of quartz flexible accelerometers include:
1. High accuracy: Quartz crystal has high stability and excellent temperature stability and frequency stability, so the quartz flexible accelerometer can provide high measurement accuracy.
2. Wide frequency band: Quartz flexible accelerometer has a wide measurement frequency range and can measure a variety of acceleration frequencies.
3. Low noise: The noise level of quartz crystal is relatively low, allowing the quartz flexible accelerometer to measure low acceleration or weak vibration signals.
4. Fast response: The quartz flexible accelerometer has a fast response time and can quickly detect and measure acceleration changes.
5. Miniaturization and integration: Quartz flexible accelerometers can be miniaturized and integrated through MEMS technology. They have smaller size and weight and are suitable for use in various miniaturized devices and systems.
6. High anti-interference ability: Quartz flexible accelerometers have good anti-vibration and anti-interference capabilities, and can accurately measure acceleration in noisy environments.
7. Low power consumption: Quartz flexible accelerometers usually have low power consumption and are suitable for applications that have strict requirements on battery life and energy consumption.
Quartz flexible accelerometers are widely used in industrial, automotive, aerospace, medical and consumer electronics fields. They can be used to measure and monitor mechanical vibration, structural health, motion sensing, attitude control, etc., providing accurate and reliable acceleration measurements for engineering and scientific research in related fields.
