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FOGs Fiber Optic Gyro 1s Start Time Medium Precision Ins

Fiber Optic Gyros FOGs Fiber Optic Gyro Products Fiber Optic Gyroscopes
Fiber Optic Gyros FOGs Fiber Optic Gyro Products Fiber Optic Gyroscopes Servo tracking, medium precision ins, platform stability High-speed rail track detection, photoelectric pod, moving pass, drone
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Low Bias Fiber Gyro Sensor 50 Ppm Single Axis Medium Precision

low bias fiber gyro sensor, single axis optic gyro meter, fiber angular sensor
F50 single-axis fiber optic gyroscope is an all-solid-state medium-precision angular rate inertial sensor device that integrates light, machinery and electricity. The product has the characteristics of high precision, small size, light weight, high reliability and high cost performance.
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High Accuracy Triaxial Fiber Gyroscope FOGs For Integrated Navigation System

high accuracy triaxial FOGs, three axis fiber gyroscope meter, IMU fiber gyors
The 3OG consists of body and heads, there are lines between the head and the body, the lines’ bending radius is demanded not less than 30mm. The gyros are recommended for using in an enclosed environment, and keep the gyros dried, otherwise, it will do damage to the precision and service life of gyros.
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Integrated 3 Axis Fog Gyroscope Angular Rate Gyro Meter Sensor

3 gyro integrated triaxial gyros meter, three gyros combined unit, 3 axis FOGs fiber optic gyros angular rate sensor
This product is an inertial angular rate sensor based on the optical Sagnac effect, which is used to measure the angular velocity of the carrier along the sensitive axis of the product. The angular velocity sensing unit of the product is an optical fiber ring, and a digital closed-loop detection circuit is adopted to extract the optical path difference of clockwise and counterclockwise propagation light caused by the external physical angular velocity, which is sensed by the optical fiber ring,At the same time, the voltage signal converted from the optical path difference signal is used for closed-loop feedback and control to realize the modulation and demodulation of the signal and achieve the purpose of high-precision angular velocity signal detection.
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