佐治亚理工学院PRC射频封装研究综述

J. Laskar, N. Jokerst, M. Brooke, M. Harris, C. Chun, A. Pham, H. Liang, D. Staiculescu, S. Sutono
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引用次数: 4

摘要

与封装研究中心低成本单级集成模块(SLIM)的愿景一致,无线推力专注于开发无线接口的集成解决方案。研究的重点是:(1)多层微波组件的研制与分析。目标是评估SLIM所需的关键技术断点以及SLIM向更高操作频率发展的需求。该项目包括基于SLIM的高频测试结构的开发,用于评估和研究。(2)射频微波封装及微波多芯片组件互连技术的发展。该项目侧重于开发SLIM在毫米波频率下工作所需的结构特性,特别强调开发垂直互连。(3)下一代无线集成方法的发展。本项目的重点是应用薄膜集成技术开发与SLIM直接集成的三维无线ic。基于PRC SLIM原型,提出了一个详细的数据库开发,以建立基于测量的方法来精确地模拟微波频率下的整个高密度互连系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Review of RF packaging research at Georgia Tech's PRC
Consistent with the Packaging Research Center's vision of low cost single level integrated modules (SLIM), the Wireless Thrust is focused on developing integrated solutions for wireless interfaces. The core focus is to develop: (1) Development and analysis of multilayer microwave assemblies. The goal is to assess the critical technology break points required for SLIM and requirements for SLIM to progress to higher frequencies of operation. This project includes development of SLIM based high frequency test structures for evaluation and study. (2) Development of RF microwave packaging and interconnects for microwave multichip assemblies. This project focuses on developing the necessary structural properties for SLIM to operate at MM wave frequencies with particular emphasis upon developing vertical interconnects. (3) Development of next generation wireless integration approaches. This project focuses upon applying thin-film integration to develop three dimensional wireless ICs for direct integration with SLIM. A detailed data base development is proposed, based upon PRC SLIM prototypes, to establish measurement based methodology to accurately model entire high density interconnect systems at microwave frequencies.
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