HTS-JA4 High Precision Quartz Flexible Accelerometer

HTS-JA4 High Precision Quartz Flexible Accelerometer HTS-JA4 Quartz flexture accelerometer-China Professional Quartz Accelerometers supplier-Hitech Sensors Tech Co., Ltd

In critical areas where accuracy, reliability, and environmental adaptability determine mission success, the HTS-JA4-01 high-precision quartz accelerometer, with its revolutionary performance, has become a core sensor of choice for industries such as aerospace, defense, industrial, and seismic monitoring. Designed for extreme operating conditions, it continuously outputs stable, accurate data in harsh environments, providing reliable support for demanding scenarios.

Core advantages: 5 reasons to choose HTS-JA4-01

1. Ultra-high-precision capture: With zero-bias repeatability better than 50μg, it can accurately detect extremely small acceleration changes, ensuring data accuracy in critical measurement scenarios (such as satellite attitude control and precision vibration analysis).

2. Strong environmental tolerance: The sensor can operate stably in extreme temperatures ranging from -45°C to +96°C, while also withstanding strong vibration and shock, easily surviving harsh environments such as high temperature and high shock that other sensors struggle with.

3. Long-term stability and reliability: Utilizing advanced quartz flex technology, the sensor significantly reduces data drift, ensuring long-term high reliability and making it ideal for tasks requiring continuous operation, such as earthquake monitoring and structural health monitoring.

4. High integration adaptability: The compact and lightweight design allows for flexible integration into space-constrained systems such as satellites, underwater robots, and armored vehicles without taking up excessive additional installation space.

5. Low power consumption and long battery life: The highly efficient circuit design achieves extremely low power consumption, making it particularly suitable for scenarios such as remote monitoring and battery-powered drone navigation, effectively extending device battery life.

Applicable scenarios: covering four high-demand areas

1. Aerospace and Satellite Systems: Providing real-time, high-precision acceleration data for satellite attitude adjustment and rocket launch trajectory monitoring, helping optimize system performance and ensure launch and operational safety.

2. Defense and Military: Applied to missile guidance, drone precision navigation, and armored vehicle stability control, providing reliable data support for critical missions in complex battlefield environments.

3. Industrial and Scientific Research: Supporting scenarios such as equipment vibration analysis, large-scale structural health monitoring, and wind tunnel testing, providing accurate data for industrial equipment operation and maintenance and scientific research innovation.

4. Earthquake Monitoring: As a core component of earthquake monitoring and early warning systems, it collects high-precision ground motion data in real time, buying valuable time for earthquake warning and disaster prevention.