摘要
现有空空导弹在柔性、可重构、快速响应等设计和研制方面与国际领先水平和军事需求相比还存在严重不足。其研发系统架构和生产研制架构形式已经无法满足未来的发展需求,特别是目标探测部件等核心关键组件。重点探索目标探测部件的新型可重构测试架构形式,通过模块化、标准化和通用化的模组组合,针对不同型号产品搭建快速验证平台,完成性能测试。提出了一种目标探测部件回波模拟单元的柔性可重构测试技术,通过对目标模拟单元的可重构设计,快速形成目标探测部件测试平台。
The existing air-to-air missiles still have serious deficiencies in design and development aspects such as flexibility, reconfigurability, and rapid response compared to the international leading level and military requirements.The development system architecture and production development architecture are no longer able to meet the future development needs, especially for core key components such as target detection parts.The new reconfigurable testing architecture forms for target detection parts are explored.A quick verification platform for different types of products is build through modularization, standardization and generalization of modules to complete performance testing.A flexible and reconfigurable testing technology for echo simulation unit of target detection parts is proposed, and a test platform for target detection parts is quickly formed through the reconfigurable design of the target simulation unit.
作者
邓方艺
赵文普
梁丽娟
汤辉
赵英杰
李光毅
DENG Fangyi;ZHAO Wenpu;LIANG Lijuan;TANG Hui;ZHAO Yingjie;LI Guangyi(China Airborne Missile Academy,Luoyang 471009,China)
出处
《测控技术》
2024年第10期76-82,共7页
Measurement & Control Technology
基金
国防基础科研计划(JCKY2023205B011)。
关键词
目标探测部件
测试实验系统
可重构
变频单元
target detection parts
testing experiment system
reconfigurability
frequency conversion unit