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Key PointsProduct: Dual Magnetic Sensor Compensation for Electronic CompassFeatures:• Compensates for variable magnetic field interference• Uses dual magnetic sensors for simple, cost-effective calibrationAdvantages:• High fault tolerance and low data collection effort• Suitable...

Key PointsProduct: Wireless Tilt Sensor for Airfoil Deflection MeasurementFeatures: Improved biaxial error model for active airfoil deflection Wireless real-time display (data, curves, 3D models) High accuracy (<0.05°) and fast acquisition (>10 Hz) Automated calibration for unparallel sur...

  Key PointsProduct: Tilt Sensor (Inclinometer)Features:• Measures angle and slope• Single-axis, two-axis, or wireless options• MEMS or gyroscope-based• Low power, battery-operated options• Built-in protective functions Advantages:• High accuracy (up to 0.1°)&b...

Key PointsProduct: Tilt Angle Monitoring SensorsFeatures: Monitors tilt angles to prevent accidents and ensure equipment operation Wireless transmission via IoT (Bluetooth, ZigBee) Durable, industrial-grade design (IP67, low power, zero drift) Real-time voltage output (0-10V，0.5-4.5V, 0~5V options...

  Key PointsProduct: Attitude and Heading Reference System (AHRS)Features:• Provides real-time attitude information (pitch, roll, yaw)• Uses gyroscopes, accelerometers, and magnetometers for sensor fusion• High precision and low latency for dynamic environments• Uses algorit...

Key Points Product: High-Performance Gyroscopes Features: Accurate rotation rate measurement with low bias Compensation for temperature and vibration errors Zero bias stability as a key performance indicator Vibration sensitivity (g-sensitivity and g2-sensitivity) impacts performance Applications:...

Key Points Quartz Accelerometer Pros: High accuracy, stable, wide range, robust Cons: Larger, expensive, high power Best for: Precision applications (e.g., aerospace) MEMS Accelerometer Pros: Compact, low cost, low power Cons: Lower accuracy, limited range Best for: Consumer electronics, portable...

  Key Points Fiber Optic Gyroscope North Finder   Pros: High accuracy, shock resistance, low power consumption, no external reference neededCons: Requires precise calibration, sensitive to driftBest for: Harsh environments, precision navigation applications Conclusion: Ideal for determin...

Key Points Product: Fiber Optic Gyroscopes (FOGs) Features: • Highly accurate sensor for measuring angular velocity • Low bias stability (≤0.2 °/h), ensuring high measurement accuracy • Low random walk (ARW) for stable output over time (e.g., 0.001°/√h) • Scale f...

Key Points Product: Tilt Angle Monitoring Sensors Features: - Monitors tilt angles for large outdoor advertisements, infrastructure, and construction. - Enables real-time data transmission via GPRS for remote monitoring. - Solar-powered for independent operation, reducing the need for external power...

Key Points Product: Electronic Compass Principle of Calibration: - Magnetic field ellipse fitting: Collect magnetic field data in all directions while rotating the device, calculate hard iron interference and soft iron interference parameters, and apply compensation to fit the magnetic field data in...

Explore comprehensive testing methods for fiber optic gyroscope key indicators, including zero bias stability, scale factor nonlinearity, and random walk coefficient (RWC). Learn step-by-step procedures, formulas, and equipment requirements for precision navigation and attitude control applications....