基于ZYNQ平台的测发控无线供电系统的设计与实现

Design and Implementation of Wireless Power System In Missile Launch Control Based on ZYNQ Platform

摘要:

针对地面测发控系统电能有线传输的局限性，以及人工操作带来的不便，设计一种基于ZYNQ平台的无线供电系统。系统采用感应式无线输电基本原理，设计系统结构由发送端和接收端组成。电能通过发送端传输到接收端，经过ZYNQ-7000平台的控制管理，将电能合理分配到负载，由上位机进行电能配置和信息显示。经实验测试实现了发送端12V输入下与接收端50W的负载在距离12mm以内系统功率稳定传输，并且负载电压在4-10V范围可调，效率可达75%以上，并能够实现信息监测和智能化管理，适用于测发控系统设备。

Abstract:

Aiming at the limitation of power cable transmission and the inconvenience of manual operation，a wireless power system based on ZYNQ platform is designed .The system adopts the basic principle of in induction wireless transmission to design the system structure ,which is composed of sending end and receiving end.The power is transmitted to receiving end through sending end，and then through the control and management of ZYNQ platform，the power can be reasonably distributed to the load，and the upper computer can configure power and display information. Through the experimental test, the system power transmission between the transmitter and the receiver is stable within 12mm under 12V input, and the load voltage is adjustable in the range of 4-10v. The efficiency can reach more than 75%，and can realize information monitoring and intelligent management，which is suitable for the equipment of missile launch control system.