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Found 24 Results For "
fiber optic inertial measurement unit
"
Navigation Grade TDFG120T Fiber Optic Gyroscope with 0.003°/h Accuracy and ≥±400°/s Dynamic Range in All-Solid-State Design
Advanced Navigation Grade TDFG120T Fiber Optic Gyroscope High-precision fiber optic gyroscope with 0.003/h accuracy for demanding navigation applications Product Overview The TDFG120T Fiber Optic Gyroscope operates on the optical Sagnac effect and features high-performance all-digital closed-loop detection technology. It outputs real-time angular velocity data through serial communication and serves as the core sensing unit for inertial navigation systems in either three
Navigation Grade Fiber Optic Gyroscope with 0.003°/h Accuracy, ≤560g Weight and All-Solid-State Design
Navigation Grade TDFG98S Fiber Optic Gyroscope The TDFG98S Fiber Optic Gyroscope is a high-precision angular velocity sensor that operates on the optical Sagnac effect. Utilizing advanced all-digital closed-loop detection technology, it delivers real-time angular velocity data via serial communication. This navigation-grade FOG serves as the core sensing unit in inertial navigation systems, enabling precise measurement of angular velocity in three orthogonal directions
Three Axis Navigation Grade Fiber Optic Gyroscope with 0.01°/h Accuracy and RS-422 Output
Three Axis Navigation Grade Fiber Optic Gyroscope TDFG60T The TDFG60T Navigation Grade Fiber Optic Gyroscope is an advanced angular velocity sensor based on the optical Sagnac effect. Utilizing high-performance all-digital closed-loop detection technology, it outputs real-time carrier angular velocity information through serial communication. Available as three single-axis high-precision units or a three-axis integrated configuration, this gyroscope serves as the core sensor
TDL46A Vehicle Mounted Optical Gyro Positioning Equipment with ≤0.3%D Position Accuracy ≤8min Alignment Time and High Reliability Inertial Navigation System
Land Force Navigation TDL46A Optical Gyro Positioning Orientation Equipment Vehicle Mounted The TDL46A vehicle-mounted optical gyro positioning and orientation system employs advanced laser or fiber optic gyroscopes combined with quartz accelerometers as core inertial sensors. Utilizing a strapdown inertial navigation system (SINS) architecture with sophisticated navigation algorithms, it delivers real-time positioning, orientation, and navigation data for diverse vehicular
Compact Navigation Grade High Precision Fiber Optic Gyroscope TDFG70T
Compact Navigation Grade Optical Gyroscope TDFG70T Navigation Grade TDFG70T Fiber Optic Gyroscope The fiber optic gyroscope (FOG) is an angular velocity sensor that operates based on the optical Sagnac effect. Utilizing advanced all-digital closed-loop detection technology, this high-performance device outputs real-time angular velocity data of moving carriers through its serial communication interface. Available as three independent single-axis high-precision FOG units or a
High Accuracy Single Axis Fiber Optic Gyroscope with 0.002 °/hr Bias Drift and ±300 °/s Angular Rate
F120HC High Accuracy Single-Axis Fiber Optic Gyroscope Model F120HC High Accuracy Single-axis Fiber Optic Gyroscope with 0.002/hr Bias Drift Product Introduction Working Principle and Function This product is an inertial angular rate sensor based on the Sagnac effect principle, designed to measure angular rate movement of the carrier around the sensor's sensitive axis. The unit utilizes a fiber optic coil as the angular rate sensitive unit with closed-loop detection
High Accuracy Three Axis Fiber Optic Gyroscope with 0.5 °/hr Bias Drift and Compact Design
F3X50B Three-Axis Fiber Optic Gyroscope High accuracy three-axis fiber optic gyroscope with 0.5/hr bias drift for precision inertial measurement applications. Working Principle This inertial angular rate sensor operates on the Sagnac effect principle, measuring carrier angular rate movement around the sensor's sensitive axis. The system utilizes a fiber optic coil as the angular rate sensitive unit with closed-loop detection circuitry. Two counter-propagating laser beams
