laser gyro

Sensitivity and range selection of piezoelectric acceleration sensor

Principles of acceleration and gyroscope

Automotive Industry: Quartz accelerometers are used in the automotive industry for measuring acceleration, vibration, and shock in vehicles. They are used to provide critical information about the performance and safety of the vehicle, as well as to help optimize the performance of various systems, such as the suspension system, engine management system, and transmission.

Navigation and Guidance Systems: Fiber optic gyroscopes are used in navigation and guidance systems for aircraft, ships, and vehicles, providing highly accurate and reliable measurements of angular rate and orientation. They are used to provide critical information about the vehicle's position, velocity, and attitude, as well as to help optimize navigation and control systems.

Aviation: Inertial navigation systems are used in aviation for providing critical information about the aircraft's position, velocity, and attitude. They are used to provide highly accurate and reliable measurements of the aircraft's motion, even in situations where GPS signals may be unavailable or unreliable.

Aerospace Industry: Inertial measurement units are used in the aerospace industry for measuring acceleration, angular rate, and magnetic field strength. They are used to provide critical information about the performance and safety of spacecraft, satellites, and rockets during launch, in orbit, and during re-entry.

As an advanced inertial measurement device,fiber optic gyro plays a vital role in many fields such as attitude heading reference system、unmanned driving、servo tracking, photoelectric hoisting、high-speed rail detection.

The fiber optic gyroscope is an essential inertial navigation instrument used in modern aviation, navigation, aerospace, and defense industries. It accurately determines the orientation of moving objects based on a sensitive element that uses an optical fiber coil. The light emitted by the laser diode propagates along the optical fiber in two directions, and the difference in the light propagation path determines the angular displacement of the sensitive element.