Brief: Watch this overview to discover why many professionals pay attention to this approach. This video provides a detailed walkthrough of the TYF72A-A4L Airborne Fiber-Optic INS, showcasing its high-precision strapdown and INS-GNSS integrated navigation capabilities. You'll see how this system delivers reliable attitude, heading, and position data for demanding applications like UAVs, guided weapons, and marine platforms, even in extreme dynamic and environmental conditions.
Related Product Features:
Delivers high-accuracy position, heading, and attitude data in demanding dynamic and environmental conditions.
Available in two configurations: General INS (without GNSS) and Integrated INS/GNSS with a built-in GNSS receiver.
Features a pure inertial position accuracy of 4 nm per hour and INS/GNSS integrated accuracy better than standalone GNSS.
Provides heading accuracy of 0.2° × sec(L) for pure inertial and 0.1° for INS/GNSS integrated modes.
Offers robust environmental tolerance with an operating temperature range from -55°C to +70°C and IP65 ingress protection.
Supports high dynamic capabilities with angular rates up to ±400 °/s and acceleration up to ±20 g.
Ensures reliable performance with a fast 5-minute initial alignment and a high 200 Hz data output rate.
Designed for easy integration with a standardized electrical interface and power consumption of ≤10 W.
الأسئلة الشائعة:
What are the main configuration options for the TYF72A-A4L INS?
The system is available in two configurations: a General INS version that operates without GNSS, and an Integrated INS/GNSS version that includes a built-in GNSS receiver for enhanced positioning accuracy.
How accurate is the heading information provided by this system?
In pure inertial mode, the heading accuracy is 0.2° × sec(L), where L is the local latitude. When operating in INS/GNSS integrated mode, the heading accuracy improves to 0.1° RMS.
What environmental conditions can the TYF72A-A4L withstand?
It is designed for robust operation with an operating temperature range of -55°C to +70°C, can operate at altitudes up to 20,000 meters, withstands vibration up to 6.06 g, shock up to 20 g, and has an IP65 rating for ingress protection.
What is the power requirement and data output rate of this inertial navigation system?
The system requires a 24 VDC power input (with a range of 18-36 V), consumes ≤10 W of power, and provides a high data output rate of 200 Hz for real-time navigation data.