Applications
Key Points Product: Pure Inertial Navigation System (INS) Based on IMU Key Features: Components: Uses MEMS accelerometers and gyroscopes for real-time measurement of acceleration and angular velocity. Function: Integrates initial position and attitude data with IMU measurements to calcula...
Read MoreKey Points Product: Navigation-Grade MEMS Gyroscope Key Features: Components: MEMS gyroscope for precise angular velocity measurement. Function: Provides high-accuracy navigation data with low drift, suitable for long-term and stable navigation. Applications: Ideal for aerospace, tactical...
Read MoreKey Points Product: Quartz Flexure Accelerometer Key Features: Components: Employs quartz flexure technology for high sensitivity and low noise in measuring acceleration. Function: Suitable for both static and dynamic acceleration measurements, with minimal impact from low-pressure enviro...
Read MoreKey Points Product: GNSS-aided MEMS Inertial Navigation System (INS) Key Features: Components: Uses high-performance MEMS gyroscopes and accelerometers for accurate inertial measurements, with GNSS support for enhanced navigation. Function: Combines the short-term precision of the INS wit...
Read MoreKey Points Product: Fiber Optic Gyroscope GF70ZK Key Features: Components: Employs fiber optic gyroscopes for high precision inertial measurements. Function: Provides rapid start-up and reliable navigation data for various applications. Applications: Suitable for inertial n...
Read MoreKey Points Product: High Temperature Accelerometers Key Features: Components: Designed with advanced materials and technologies, such as amorphous quartz structures for enhanced stability. Function: Provide reliable and accurate data in extreme environments, crucial for safety and perform...
Read MoreKey Points Product: Fiber Optic Gyroscope (FOG) Key Features: Components: Based on optical fiber coils, utilizing the Sagnac effect for precise angular displacement measurements. Function: Offers high sensitivity and accuracy, ideal for determining orientation in moving objects. Applicat...
Read MoreKey Points Product: GNSS/MEMS INS Integrated Navigation System Key Features: Components: Combines MEMS inertial sensors with GNSS receivers for enhanced navigation capabilities. Function: Provides high-frequency updates and accurate position, speed, and attitude information by integrating...
Read MoreKey Points Product: Quartz Flexible Accelerometer Key Features: Components: Uses high-precision quartz flexible accelerometers for accurate acceleration and tilt measurements. Function: Vibration analysis helps identify sensor error coefficients, improving measurement accuracy and perform...
Read MoreKey Points Product: GNSS-aided MEMS Inertial Navigation System (INS) Key Features: Components: Equipped with MEMS gyroscopes and accelerometers for accurate inertial measurements, with GNSS support for enhanced navigation. Function: Combines short-term INS precision with long-term GNSS st...
Read MoreKey Points Product: Inertial Navigation System (INS) and Global Positioning System (GPS) Key Features: Components: INS uses accelerometers and gyroscopes; GPS relies on satellite signals. Function: INS provides autonomous navigation without external signals; GPS offers precise geolocation w...
Read MoreKey Points Product: IMU for Pipeline Inspection Key Features: Components: Equipped with MEMS gyroscopes and accelerometers for measuring angular velocity and acceleration. Function: Monitors pipeline conditions by detecting bends, diameter variations, and cleanliness through precise measure...
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