Brief: Discover the Three-axis High Precision FOG50 Inertial Management Unit, designed for navigation guidance and attitude control in small missiles and guided bombs. This compact unit features advanced fiber optic gyroscope technology for exceptional accuracy and reliability. Learn about its high-performance parameters and applications in this detailed overview.
Related Product Features:
Compact dimensions of 67*73*49 mm and lightweight at ≤275 g, ideal for small missile systems.
High precision gyroscope with bias stability ≤0.15°/h and random walk coefficient ≤0.02°/√h.
Advanced accelerometer with bias stability ≤40 μg and noise level of 80 μg/√Hz.
Pure solid-state design ensures strong environmental adaptability and durability.
Full digital RS-422 electrical interface for seamless communication and integration.
Low power consumption ≤5.0 W, making it energy-efficient for extended operations.
Wide measurement range for accelerometer (±10/±20/±40 g) and gyroscope (-500 ~ +500 °/s).
Quadrupole symmetry winding method enhances precision in fiber coils for miniaturization.
Faqs:
What are the primary applications of the LKF-F3X50 Inertial Management Unit?
The LKF-F3X50 is designed for navigation guidance and attitude measurement in small missiles and guided bombs, as well as earthquake monitoring due to its high accuracy and sensitivity.
What makes the FOG50 unit highly precise?
The unit uses advanced fiber optic gyroscope technology with a thin PM fiber solution (135μm) and quadrupole symmetry winding, ensuring outstanding precision and miniaturization.
What are the power requirements for the FOG50 unit?
The unit operates on a steady power consumption of ≤5.0 W and uses a +5V power supply with a J30-15ZK connector for efficient energy use and integration.