Precision Fiber Optic Gyroscope Sensor 1.5 deg/h Bias Antenna Tracking Pointing Systems

The MFOG-24 is a precision fiber optic gyroscope engineered for antenna tracking and pointing applications where precise angular rate feedback is critical. Its low-noise analog output enables sub-degree pointing accuracy for satellite communication and radar systems.

Built on the Sagnac effect with optimized signal processing, the MFOG-24 provides clean, drift-free angular rate data essential for closed-loop antenna servo control. The solid-state design eliminates mechanical gyro maintenance in remote antenna installations.

• Low-noise analog output for precision antenna servo control loops
• Angular rate range: +/-500 deg/s, zero-bias stability <=1.5 deg/h (1 sigma)
• Scale factor nonlinearity: 300 ppm for accurate tracking over full range
• Operating temperature: -40 to +65 deg C for outdoor antenna installations
• No moving parts ensures maintenance-free operation at remote sites
• Compact phi24x39mm, 30g for easy integration into antenna pedestals

Satellite communication antenna tracking, radar antenna pointing, radio telescope positioning, mobile VSAT terminals, telemetry tracking, microwave link alignment.