High-Quality Three-Axis FOG

High-Quality Three-Axis FOG

ER-TFOG-50 (0.5°/h)
1. Low cost & high-quality;
2. 0.5°/h zero bias stability (10s smooth, 1σ).

High-Quality Three-Axis FOG

High-Quality Three-Axis FOG

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    Introduction

    High-Quality Three-Axis FOG

    High-Quality Three-Axis Fiber Optic Gyroscope is an inertial angular rate sensor based on the optical sagnac effect, which is used to measure the angular rate of the carrier along the sensitive axis of the product. The angular rate sensing unit of this product is an optical fiber loop, which uses a digital closed loop detection circuit to extract the optical path difference of the optical fiber loop that is sensitive to counter clock wise propagation caused by the external physical angular velocity, and at the same time converts the optical path difference signal into a voltage signal for closed loop feedback control realizes signal modulation and demodulation, so as to achieve the purpose of high-precision angular velocity signal detection.

    The product is composed of optical angular velocity sensitive unit and signal detection, which provides three-axis angular increment rate information and internal temperature information.

    Applications

    The products are mainly suitable for inertial navigation system, positioning and orientation system, attitude measurement system, servo stability system and other applications.

    Specifications

    High-Quality Three-Axis FOG Specification

    Power Requirements

    The product uses +5V DC power supply, no negative power supply. The power supply requirements are shown in the table.

    High-Quality Three-Axis FOG Power Requirements


    Application Techniques

    1.Do You Know Fiber Optic Gyroscope and Its Typical Applications?

    2.Fiber Optic Gyroscope Development Trend

    3.Detailed Explanation of FOG Parameters

    4.MEMS Gyro Whether Can Replace FOG Technology

    5.Questions of FOG North Seeking Gyro and Continuous North Seeking Gyro

    6.MEMS and FOG: How Should you Choose Inertial Navigation System?


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