Applications of fiber optic gyroscopes in aerospace

Fiber optic gyroscopes are widely used and crucial in the aerospace field. As an all-solid-state, partless, and highly reliable inertial sensor, it perfectly meets the aerospace requirements for long lifespan, high stability, and strong sho

MEMS attitude and heading reference systems are the core component in marine exploration and navigation

The MEMS attitude and heading reference system is a core component in marine exploration and navigation. Underwater navigation faces multiple challenges, including the complexity of acoustic wave propagation, GNSS signal failure, inertial n

What is a quartz accelerometer? How do they work?

quartz accelerometer is a high-precision sensor that uses the piezoelectric properties of quartz crystals to measure acceleration, known for its exceptional stability and reliability in demanding applications.

The HTS-JA4-01 is a high-precision quartz flexible accelerometer notable for its reliability and stability in extreme operating conditions.

The HTS-JA4-01 is a high-precision quartz flexure accelerometer with excellent reliability and stability, suitable for use in extreme operating environments. It utilizes a force-balance servo principle, detecting acceleration-induced displa

The current status of the continuous development of gyroscope technology

With the rapid rise of MEMS gyroscopes, fiber optic gyroscopes FOG are also facing new challenges. MEMS gyroscopes are gradually gaining a place in the market with their similar working principles to accelerometers, high error characteristi

Quartz accelerometers are well-known in the inertial industry.

Quartz accelerometers are renowned in the inertial industry for their high accuracy, often reaching the microgram or even nanogram level, thanks to the stability of quartz materials and the delicate internal design.

Understanding the inertial device of quartz flexible accelerometer

The quartz flexible accelerometer is an instrument for measuring vehicle linear acceleration, mainly composed of detection mass, support, potentiometer, spring, damper and shell.