Quartz Flexure Accelerometers are precision instruments composed of quartz crystals and advanced inertia-based servo circuitry. When subjected to acceleration, the accelerometer's output is directly proportional to the input acceleration with high precision. Featuring a TTL output, our accelerometers enable users to read acceleration values directly. Compared to traditional I/F (current-to-frequency) circuits, this design eliminates intermediate conversion stages, resulting in higher accuracy.

Our quartz flexible accelerometers have formed a series of products ranging from high-precision models for satellite microgravity measurement to cost-effective, environment-resistant versions. With over ten types available, they are widely applied in aerospace, aviation, navigation, marine, automotive, petroleum, and geotechnical engineering, providing signals for navigation, guidance, control, leveling, and monitoring systems.