Ultra-high Performance Laser Gyro

Ultra-high Performance Laser Gyro

ER-RLG-120 (≤0.001°/h)
1. Bias stability: ≤0.001°/h;
2. Bias repeatability: ≤0.0003°/h;
3. Angular random walk: ≤0.00015°/√h.

Ultra-high Performance Laser Gyro

Ultra-high Performance Laser Gyro

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    Introduction

    Main parameters of gyroscope

    Bias stability ≤0.001°/h (100s Standard deviation)
    Bias repeatability ≤0.0003°/h
    Angular random walk ≤0.00015°/√h
    Magnetic field sensitivity ≤0.001°/h/Gs
    Total error of scale factor ≤2ppm(1σ)
    Measuring range -400~400°/s
    Start time ≤5s
    Operating temperature –40℃~+65℃
    Storage temperature –55℃~+85℃
    Shock 30g/11ms(half-sine), 75g/6ms(sine)
    Vibration 7.2g/5min (3 directions)
    Frequency(Hz) 10 100 200 300 600 1000 2000
    Power(g2/Hz) 0.1 0.4 0.1 0.02 0.005 0.00003 -6dB
    Jitter frequency 300Hz~420Hz, the jitter frequency of type A, type B and type C gyroscopes decreases successively, which should be avoided in the design of system structure
    Low pressure Altitude 5000m
    MTBF 15000h
    Storage life 15a
    Size (167±1)mm×(151±1)mm×(58±1)mm
    Weight 2.90±0.1kg
    Power consumption ≤4W

    Mechanical interface 

    laser gyro 

    Figure 1 Shape and mounting dimensions of gyroscope

    Mass Center

    lasergyro

    Figure 2  Mass Center for gyroscope

    Electrical interface

    The electrical interface adopts J30J-37ZK socket, as defined in the following table.

    Table 1 Interface definition

    Node number Name Description
    9;27 BTTL Square wave output signal 2, TTL level, for phase detection
    10;28 GND Signal ground
    11;29 ATTL Square wave output signal 1, TTL level, for phase detection
    12 PT1000-1 Platinum resistance 1
    30 PT1000-2 Platinum resistance 2
    13 PT1000-3 Platinum resistance 3
    31 PT1000-4 Platinum resistance 4
    14;32 PT1000-COM 4 platinum resistance common ground
    15;33 GND ±5V Power supply ground, connected with the laser gyroscope housing
    16;34 +5V +5V Power supply
    17;35 +15V +15V Power supply
    18;36 +15V_GND +15V Power supply ground, Isolation from the laser gyroscope housing
    19;37 -5V -5V Power supply
    Other pins Manufacturer reserve

    Cautions for use

    1. Gyroscope should be avoided by impact, knock;
    2. Gyroscopes with the same jitter frequency should be avoided in the same inertial navigation equipment;
    3. Pay attention to the use of spring pad when installing the gyroscope. It is recommended to use M5 hex socket screw with grade 9 (including) or above, and the recommended torque value is 7NM.

    Application Techniques

    1.How does a ring laser gyroscope work?

    2.What Is The Structure And Working Principle Of The Laser Gyroscope?

    3.Laser Gyroscopes Shine In Many Fields Of Military And Civilian Use

    4.Application of Laser Gyroscope

    5.The Principle of Laser Gyroscope

    6.China High Precision Laser Gyroscope


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