Overview Laser gyroscope series include TYLG50, TYLG70 and TYLG90. The main characteristics of the gyroscope are compact, lightweight, high reliability, anti-shock and anti-vibration. Application It is applicable to the inertial navigation and attitude equipment for aircraft, vehicles, ships and ...
Overview Laser gyroscope series include TYLG50, TYLG70 and TYLG90. The main characteristics of the gyroscope are compact, lightweight, high reliability, anti-shock and anti-vibration. Application It is applicable to the inertial navigation and attitude equipment for aircraft, vehicles, ships and ...
Introduction The TDLG06 laser gyroscope is a rugged inertial device developed for small and lightweight requirements. It is fully benchmarked against the GG1308 laser gyro and adopts the same design and process route. Feature 1,Good stability of scale factor 2,Strong resistance to shock overload 3...
Introduction The TDLG30 laser gyroscope is a small laser gyroscope developed for high dynamic, high shock, high vibration and low cost applications. The unique configuration and reinforcement technology makes the product compact and rugged, with excellent dynamic adaptability. Feature 1,Good ...
T D F -18 Bearing Repeater Compass Ⅰ Overview The TDF-18 b earing r epeater s compass is a new type of sub-compass, which is compact and can be installed in recessed, wall-mounted or desktop type. It can transmit the ship's heading indicated by the electric compass to any place on the ship where the ...
Kostengünstiger FG-300AH AHRS mit internationaler Haltbarkeit. Verfügt über faseroptische Kreisel, eine Lagegenauigkeit von 0,01° und arbeitet bei -40 °C bis +70 °C. Ideal für Schiffs-, Fahrzeug- und Antennenstabilisierungsanwendungen.
TDF121A Marine-Glasfaser-INS bietet hohe Zuverlässigkeit mit 0,003°/h Gyro-Bias, 25g Beschleunigungstoleranz und mehr als 20.000 Stunden MTBF. Verfügt über Ethernet/RS422-Schnittstellen, unterstützt Trägheits-/GNSS/DVL-Integration für USVs/UUVs in extremen Umgebungen.
TDF61IMU0: Kompakte Glasfaser-IMU mit 0,03°/h Kreiselstabilität und ±20g Beschleunigungsmessbereich. Geringer Stromverbrauch (≤15 W), Betrieb bei -40 °C bis 60 °C. Ideal für Land-/Luftwaffenplattformen, die hohe Präzision auf kleinstem Raum erfordern.
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