一种机载无线电连接器的设计与试验

目前，无线技术发展相对成熟，对于飞机系统有巨大的应用前景，能有效避免有线传输方式带来的重量大、布线难和连接器易故障等问题。文中提出一种无线连接器，基于无线通信技术和无线传能技术，完成信息和能量的无线传输，并完成样机开发和功能与应用场景测试实验。试验结果表明，该无线连接器在10 mm内具备15 W的负载供电能力，且通讯传输波特率可达115 200 bps，可以有效避免有线电连接器对外界因素敏感易失效等问题，为机载系统连接器的设计提供新的解决方案。

Design and Experiment of a Airborn Wireless Connector

At present,wireless technology is relatively mature and has great application prospects for aircraft systems,which can effectively avoid problems such as heavy weight,difficult wiring,and connector failures caused by wired transmission methods.Therefore,this article proposes a wireless connector based on wireless communication technology and wireless energy transmission technology to achieve wireless transmission of information and energy,and completes prototype development and functional and application scenario testing experiments.The experimental results show that the wireless connector has a load power supply capacity of 15 W within 10 mm,and the communication transmission baud rate can reach 115 200 bps.This can effectively avoid issues such as sensitivity to external factors and easy failure of wired connectors,providing a new solution for the design of airborne system connectors.