8447130000

8447130000 application field and working principle

The 8447130000 is a modular based, universalized airborne weapon switching system designed to provide flexible weapon switching and mode programming functions for various missile weapons. The 8447130000 is widely used in close combat launches, vehicle launch, surface-to-air missile systems, pre-launch guidance, and other conditions.

Unified Function

The 8447130000 airborne weapon switching system is a unified function platform. It is mainly composed of aluminum alloy enclosures, special circuit boards, RF modules, sensor modules, power supply modules, communication logic processing modules and working indicator lamp modules. The platform integrates the existing solid-state RF switches, voltage/current sensors, crystal oscillators, signal filters, signal drive circuits, and power amplifiers of the U.S. company. It is applicable to fighter jets, airborne warning and control aircraft, helicopters and unmanned aircraft. It has strong processing power, strong adaptability, stable signal transmission, and high reliability.

Application Field

The 8447130000 airborne weapon switching system is applicable in areas such as close combat launches, vehicle launch, surface-to-air missile systems, pre-launch guidance, and other conditions. It can be used for motor drive attitude and roll angle control device, weapon switching, integrated control and display device for close combat and other purposes.

Working Principle

The 8447130000 airborne weapon switching system uses pressure sensitive sensor modules within the platform. The signal of each module is electronically collected and combined with the instruction of the main computer. The main computer compiles the instruction to control the working status of the platform, and processes the control signal corresponding to the instruction through the inverter electronic module, so as to obtain the instruction execution effect. All the instructions and commands are independently controlled by the module within the platform, and the output instruction of the main computer can be directly converted into the command of module execution to achieve the precise weapon switching position.