雷达科学与技术2026，Vol.24Issue(2)：155-163,170,10.DOI:10.3969/j.issn.1672-2337.2026.02.005
基于Sip封装的高功率宽频段全极化T/R组件设计
Design of High-Power Wideband Full-Polarization T/R Module Based on Sip
摘要
Abstract
To address the development requirements of phased array radar toward multifunctional radio frenquency(RF)sensing microsystems,the physical layer of equipment must advance in high integration,miniaturization and con-formality,while its functionality should evolve toward wide bandwidth,multifunction,multi-polarization and multi-mode operation.Building on this,this paper leverages multi-channel high-density hybrid heterogeneous integration architec-ture design and critical technologies such as 3D impedance matching for RF signal transmission across multi-dimensional and multi-medium environments,this study designs a Sip-packaged T/R module featuring multi-channel operation,wideband coverage,full-polarization agility and high-power capacity.By introducing a transfer func-tion methodology,a robust optimization design approach for high-density integrated multi-physics coupling is proposed,effectively resolving stability challenges in T/R modules under multi-physical fields while enhancing design efficiency.Experimental validation confirms excellent amplitude-phase consistency across channels,demonstrating the module's capability to meet operational requirements of next-generation board-level multifunctional RF array microsystems.关键词
系统级封装(Sip)/宽频段/高功率/多极化/T/R组件Key words
Sip/wideband/high power/full-polarization/T/R module分类
信息技术与安全科学引用本文复制引用
梁占刚,刘发林,刘志红,李瀚文,陈兴国..基于Sip封装的高功率宽频段全极化T/R组件设计[J].雷达科学与技术,2026,24(2):155-163,170,10.基金项目
科技部国家重点研发计划(2020YFA0709704) （2020YFA0709704）
