Micro-Inertial Integrated Chip

ER-MIMU-M06 (2 deg/hr)
1. 3 axis gyroscope & 3-axis accelerometer;
2. Operate Temp:-40℃~ + 105℃;
3. Gyro bias instability: 2 deg/hr.

Micro-Inertial Integrated Chip

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    Introduction

    Introduction

    ER-MIMU-M06 Micro-Inertial Integrated Chip is an ultra-small, ultra-low power consumption chip IMU, internal integration of three-axis gyro and three-axis accelerometer, with high precision, high reliability and so on.

    Features

    Six-axis integration
    Ceramic packaging
    Ultra small size
    Ultra-low power consumption
    Integrated temperature sensor
    Resistant to 10000g impact

    Application

    Inertial navigation: Inertial guidance,Integrated navigation, Stabilization of platforms
    Short-term navigation:Flight control, Attitude correction, Telemetry and remote control
    Attitude control:UAV, Antenna positioning

    Specifications

    Test conditions: room temperature (23±2℃), Vdd=3.3V
    Description: gyro range ±500°/s~±4000°/s optional

    ItemParameterUnit
    Gyroscope
    Range±500º/s
    Scale Factor Non-Linearity100ppm
    Angular Random Walk0.21º/√h
    Bias Instability2º/h
    Bias stability (1σ)20º/h
    Bias Repeatability (1σ)10º/h
    Bandwidth(optional)≥150Hz
    Accelerometer
    Range±10g
    Scale Factor Non-Linearity(±1g)200ppm
    Angular Random Walk0.025m/s/√h
    Bias Instability0.025mg
    Bias stability (1σ)0.1mg
    Bias Repeatability(1σ)0.1mg
    Bandwidth(optional)≥150Hz
    Electrical specification
    Operating Voltage3.3±0.3V
    Operating Temperature-40~105
    Shock Resistance10000g
    Vibration8gRMS
    Dimension5×5×1.8mm/
    Weight<0.15g
    Interface protocolSPI/

    Interface Definition

    No.Definition
    1,10,15VDD
    2CS
    3SCLK
    5MOSI
    9,11,12,14,16GND
    13MISO
    4,6,7,8N.C.

    Dimensions


    Application Techniques

    1.IMU working principle & Tactical grade IMU product recommendations

    2.Choosing an IMU: FOG IMUs vs MEMS IMUs

    3.Application of IMU in the Field of Drones

    4.How Does an IMU Work?

    5.What is the Difference Between IMU and AHRS?

    6.How is IMU used?


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