FOG IMU

ER-FIMU-70 FOG IMU

ER-FIMU-70:
1. High accuracy FOG IMU unit, customizable solution;
2. Gyro-bias stability/repeatability: 0.05°-0.1°/h.

ER-FIMU-70 FOG IMU

FOG IMU

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    Introduction

    ER-FIMU-70 FOG IMU

    Introduction
    ER-FIMU-70 FOG inertial measurement unit is specially developed for tactical system applications. The product consists of all solid-state three-axis fiber optic gyroscope, three-axis quartz flexible accelerometers, body structure, data interface board and other components.
    It can measure the triaxial acceleration and angular velocity of the object, and is generally used in the measurement link of the system to estimate the posture of the object. The accelerometer detects the independent three-axis acceleration signal of the object in the carrier coordinate system, the gyro detects the angular velocity signal of the carrier relative to the navigation coordinate system, and the attitude of the object can be calculated according to the measured angular velocity and acceleration of the object in three-dimensional space.

    Features
    All solid-state three-axis fiber optic gyroscope
    High reliability
    Three-axis quartz flexible accelerometers
    Developed for tactical system applications
    High stability

    Applications
    Space stabilization systems, mapping systems, attitude reference systems, motion compensation systems, imaging stabilization systems, flight control systems
    Air combat maneuvering instruments
    Navigation test equipment

    Specifications
    Gyroscope:
    Measurement range: ≤500°/s
    Factor scale nonlinear ≤300ppm (1σ)
    Bias repeatability ≤0.05°-0.1°/h (1σ)
    Bias stability ≤0.05°-0.1°/h(1σ)

    Accelerometer:
    Measurement range ±50 g
    Factor scale nonlinear ≤300ppm (1σ)
    Factor scale repeatability ≤5×10⁻⁴g (1σ)

    IMU:
    Dimensions: 200*100*90 mm (Customizable)
    Weight: 1200g±60g
    Power supply: 28V DC (Customizable)
    Communication interface: RS-232 (Customizable)


    Application Techniques

    1.Internal Structure Analysis of IMU

    2.What are the Application Scenarios of the IMU?

    3.Application of IMU in UAV Flight Control System

    4.IMU in Drones (MEMS triaxial accelerometer, triaxial gyroscope, triaxial magnetometer)

    5.What is an IMU?

    6.IMU inertial measurement unit (provides odometer, position, attitude)


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