专利-三维结构TE011-λ/4-π模谐振器

申请号/专利号: 200910102296

本发明公开了一种三维结构TE↓[011]-λ/4-π模谐振器。每个有源电路的两个输出端与对应λ/4谐振器的两个开路端在硅基片层与封装层交界处进行连接,每个λ/4谐振器的两个短路端与TE↓[011]圆柱波导谐振器在第一导电金属板上连接,通过第一导电金属板上的λ/4谐振器与圆柱波导耦合槽缝实现能量耦合,矩形波导装配在第二导电金属板上方,通过第二导电金属板上的矩形波导与圆柱波导耦合槽缝实现能量耦合将能量输出。本发明适合于硅基太赫兹源在封装层面的功率合成,无源电路同有源电路分离,谐振器品质因数高,规模生产可以显著降低成本,在太赫兹个人无线通信、小功率雷达等领域具有应用价值
 附上另一个类似的专利:

一种新型的毫米波谐振系统

Author:Wang Xianfeng,Shi Zhigou,Chen Kangsheng
摘要:提出一种新型的毫米波谐振系统,该系统由基片集成波导谐振器与多个λ/4 驻波谐振器通过磁耦合而成为一 个整体。多个λ/4 谐振器的谐振频率与相位受基片集成波导谐振器控制。这种毫米波谐振系统的优点是:损耗小,品 质因数高,与晶圆级封装( wafer level package,WLP)技术兼容,可以将谐振系统制作到集成电路的封装结构中。这种 谐振系统便于与CMOS工艺结合,可以将多个λ/4 振荡器功率高效合成起来,以获得较大的毫米波振荡功率输出。 关键词:基片集成波导;功率合成;λ/4 驻波谐振器

中图分类号:TN73;TN702 文献标志码:A 文章编号:1673-7180(2010)01-0006-5

A novel millimeter wave resonant system

Abstract: A novel millimeter wave resonant system is presented. The system is comprised of a silicon integrated waveguide resonator and numerous λ/4 standing wave resonators, coupled together by magnetic field as a whole. The resonant frequency and phase of these λ/4 standing wave resonators are controlled by the Silicon Integrated Waveguide Resonator. The merits of this millimeter wave resonant system are: small loss, high quality factor, compatibility with wafer level package technology and being able to be made in the package structure of the integrated circuit. This system can beeasily combined with the CMOS technique and it can synthesis power of lots of λ/4 standing wave resonators with high efficiency so that higher power of millimeter wave could be obtained.

Key words: silicon integrated waveguide;power synthesis;λ/4 standing wave resonator

全文下载:终稿_中国科技论文在线–一种新型的毫米波谐振系统