车载超短波电台维修数字化训练系统的设计与实现

Design and Realization of Digital Training System for Carrier Ultra-short- Wave Radio Maintenance

摘要:

针对陆军某新型车载超短波电台原理和结构复杂,采用实装或半实物仿真训练成本高、训练效益低的实际问题,采用嵌入式技术、数字化样机、无线网络通信等技术,开发车载超短波电台维修数字化训练系统。系统采用“主控机+电台数字样机”模式,通过对“数字样机”面板模块及内部模块电路的数字化设计,实现采用“电台数字样机”对车载超短波电台工况的模拟,通过主控机控制“电台数字样机”完成超短波电台的正常工作状态检查、分解组合、故障判排等训练,以期解决陆军部队车载超短波电台维修训练手段不足、维修保障能力落后的问题。

Abstract:

According to the complexity of new vehicle’s ultra-short-wave radio’s principle and structure, the training cost is high and the benefit is low by using the real equipment or semi-physical simulation system. The digital training system for carrier ultra-short-wave radio maintenance is developed based on this problem. The system adopts embedded technology, digital prototype, wireless network communication and other technologies. It uses the model of “master control machine + digital prototype of radio”, through the digital design of the “digital prototype” panel module and the internal module circuit, the simulation of carrier ultra-short-wave radio operating condition is realized. Then it uses the master control machine to control the digital prototype to realize the ultra-short -wave radio status inspection, decomposition and combination, fault troubleshooting training. By developing the system , the problem of insufficient training means and backward guarantee ability of army carrier ultra-short-wave radio maintenance can be solved.