现代雷达2018，Vol.40Issue(5)：61-65,73,6.DOI:10.16592/j.cnki.1004-7859.2018.05.014
探索机电联合仿真优化在米波雷达天线设计中的应用
To Explore the Electromechanical Co-simulation Optimization Application in the Design of Antenna in VHF Radar
摘要
Abstract
The VHF radar has anti stealth and resistance of anti-radiation missile expertise,with low frequency,long wave,and relatively large antenna size.Aiming at the digital array VHF Yagi antenna of large sparse structure characteristics,we explore the electromechanical co-simulation optimization to solve the difficult of designing in VHF antenna.Through the electromechanical co-simulation including antenna parameter optimization,antenna aperture optimization and antenna accuracy optimization,a new configuration of Yagi is developed,the antenna layout density is increased.So it can reduce the volume and weight of the radar antenna.While it both can make the radar mobile rapid erection and can ensure the antenna pointing accuracy,full performance of radar.关键词
八木天线/机电联合仿真/参数优化/口径优化/精度优化Key words
yagi antenna/electromechanical co-simulation/parameter optimization/aperture optimization/accuracy optimization分类
信息技术与安全科学引用本文复制引用
黄高文,陶晓瑛,胡珺..探索机电联合仿真优化在米波雷达天线设计中的应用[J].现代雷达,2018,40(5):61-65,73,6.
