Capteur d'unité de mesure inertielle à vibrations de choc fortes pour la défense aérospatiale, sortie RS-422

Sensor gyroscopique de l'accéléromètre
July 31, 2025
Capteur d'unité de mesure inertielle à vibrations de choc fortes pour la défense aérospatiale, sortie RS-422
Brief: Discover the IMU6 MEMS Inertial Measurement Unit, a high-performance sensor designed for aerospace and defense applications. Featuring RS-422 output, this robust sensor measures angular rate, linear acceleration, and inclination angle with precision. Ideal for harsh environments, it offers comprehensive error compensation and high-accuracy data output.
Related Product Features:
  • un gyroscope à trois axes de haute précision avec une portée de mesure de ± 400°/s et une stabilité de déviation de 0,3°/h;
  • Three-axis accelerometer with bias stability as low as 0.02mg for accurate linear acceleration measurement.
  • Integrated inclination angle sensor for precise platform orientation tracking.
  • Comprehensive error compensation including temperature and nonlinear correction.
  • Standard RS-422 serial interface for reliable data output.
  • Robust design with operating temperatures from -45°C to 85°C and vibration resistance up to 6.06g.
  • Low power consumption at just 2W, making it energy-efficient for extended use.
  • Compact and lightweight at 55g, suitable for space-constrained applications.
FAQ:
  • What is the measuring range of the gyroscope in the IMU6 sensor?
    The gyroscope has a customizable measuring range of ±400°/s, with options for ±2000°/s in specific models.
  • How does the IMU6 sensor handle environmental challenges?
    The IMU6 is designed for harsh environments, operating in temperatures from -45°C to 85°C and withstanding vibrations up to 6.06g and impacts of 1000g.
  • What type of output interface does the IMU6 sensor use?
    The IMU6 sensor uses a standard RS-422 serial interface for high-accuracy data output, following predefined communication protocols.