Brief: In this walkthrough, we highlight key design ideas and how they translate to performance. Discover the LKF-FS60 FOG, a miniaturized single-axis interferometric fiber optic gyroscope. We'll explore its compact dimensions, innovative thin PM fiber coil technology, and how it delivers reliable navigation for UAVs and stabilization platforms.
Related Product Features:
Miniature and compact design measuring L(5)*W(5)*H(3.65) cm for space-constrained applications.
Closed-loop fiber optic gyroscope with integrated circuit and optical path design for enhanced reliability.
Features fast startup with stabilization time under 10 seconds for immediate operational readiness.
Utilizes thin PM fiber coils wound via quadrupole symmetry for outstanding precision and miniaturization.
Provides fully digital RS-422 electrical output for simple integration and communication.
Operates across a wide temperature range from -40℃ to +70℃, ensuring environmental adaptability.
Designed for high reliability and long life in demanding inertial measurement and control fields.
Supports a dynamic range of ±500°/s with low magnetic field sensitivity for accurate navigation.
FAQs:
What are the key applications for the LKF-FS50X fiber optic gyroscope?
The LKF-FS50X is widely used in electro-optical pods, flight control platforms, optical/photographic platforms, platform stabilizers, satcom on the move, inertial measurement units, and light UAVs for precise navigation and attitude control.
How does the miniaturized design of the LKF-FS50X achieve high performance?
It uses a thin PM fiber solution with a 135μm outer diameter, reducing coil size while maintaining precision. The coils are wound via quadrupole symmetry, and integrated circuit design ensures small volume, light weight, high bandwidth, and fast startup.
What are the operating conditions and environmental tolerances of this gyroscope?
The LKF-FS50X operates from -40℃ to +70℃, stores from -50℃ to +70℃, and withstands vibration conditions of 4.2g from 20Hz to 2000Hz, making it suitable for harsh environments in UAV and stabilization systems.