CAJ | 학술논문

通过采用一种新的阻抗补偿技术设计出一种新型的机载宽频带套筒天线，经仿真和实测证明采用这种阻抗补偿技术对套筒天线方向图没有明显的影响。新型UHF套筒天线与普通机载超短波天线相比具有结构紧凑、气动性佳、功率容量大、直流接地的明显优势，非常适宜于安装在高速飞机上。
통과채용일충신적조항보상기술설계출일충신형적궤재관빈대투통천선，경방진화실측증명채용저충조항보상기술대투통천선방향도몰유명현적영향。신형UHF투통천선여보통궤재초단파천선상비구유결구긴주、기동성가、공솔용량대、직류접지적명현우세，비상괄의우안장재고속비궤상。
A nevel airborne wideband sleeve antenna was designed with a new impedance compensation technology. The simulation and measured results prove that the impedance compensation technology will not bring a obvious influence on sleeve an-tenna pattern. Compared with common airborne ultrashort wave antenna,the new UHF sleeve antenna has more compact structure, better aerodynamic property,larger power capacity and more perfect DC grounding. The antenna is suitable for high-speed aircrafts.