Conversion module M10 for inertial navigation system

XC-IFC-G10M is an innovative conversion module that can simultaneously and continuously convert the current signals output by three accelerometers independently. This advanced technology is particularly suitable for applications requiring high-precision inertial navigation and guidance, such as aircraft, vehicles and unmanned aerial systems.

The inertial navigation system conversion module M10 is built with superior quality and reliable design, ensuring long-term reliability and accuracy.  The circuit design of XC-IFC-G10M adopts charge integration, which provides the ability to further process the input current signal and output frequency signal. The output frequency is proportional to the input current signal, ensuring reliable and accurate measurements.

The conversion module M10 has three independent channels, which work efficiently without affecting each other. This feature allows each channel to receive, process and convert its own current signal without affecting other channels. This feature provides greater accuracy and flexibility, while also reducing the chance of error.

Furthermore, the XC-IFC-G10M is very easy to use requiring only basic interfacing with your intended application. The compact and robust design allows easy installation and integration into your existing system without taking up too much space. The module has ample protection against electrical damage, protecting your system from potential failures.

To sum up, the XC-IFC-G10M I/F conversion module is a must-have component for any inertial navigation system that requires high precision and continuous current-to-frequency conversion. With its advanced technology, independent channels and robust design, this module is an ideal solution for industrial, aerospace and defense applications.  Highly reliable and easy to use, the M10 Transition Module provides unrivaled accuracy and flexibility, making it an essential component of the most demanding navigation and guidance systems.