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    • 11. 发明授权
    • Combined optical and electromagnetic communication system and method
    • 组合光电通讯系统及方法
    • US07109935B2
    • 2006-09-19
    • US10915169
    • 2004-08-10
    • Jonathan M. Saint ClairJulio A. NavarroDerek E. IversonScott A. Raby
    • Jonathan M. Saint ClairJulio A. NavarroDerek E. IversonScott A. Raby
    • H01Q21/00H01Q13/00
    • H01Q21/065H01Q1/22H01Q1/282H01Q3/26H01Q5/22H01Q21/0075
    • An antenna system for communicating electromagnetic and optical signals using a common aperture is provided. The system includes at least one optical phased array terminal integrated with an optically transparent electromagnetic antenna such that the optically transparent electromagnetic antenna and the optical phased array terminal share a common aperture. The optically transparent electromagnetic antenna includes a substrate fabricated of a substantially electrically non-conductive material that is substantially optically transparent to optical signals having a wavelength within a specific portion of the optical spectrum. An antenna element layer, including an array of electromagnetic antenna elements electrically connected by transmission lines and a plurality of phase shifters electrically connected to the electromagnetic antenna elements is disposed onto the substrate. The antenna elements and the transmission lines are fabricated of a conductive material that is deposited such that they are substantially optically transparent to optical signals having a wavelength within the specific portion of the optical spectrum.
    • 提供了一种用于使用公共孔传送电磁和光信号的天线系统。 该系统包括与光学透明电磁天线集成的至少一个光学相控阵列终端,使得光学透明电磁天线和光学相控阵列终端共享公共孔径。 光学透明的电磁天线包括由基本上不导电的材料制成的基板,其基本上对具有在光谱特定部分内的波长的光信号具有光学透明度。 包括通过传输线电连接的电磁天线元件阵列和电连接到电磁天线元件的多个移相器的天线元件层设置在基板上。 天线元件和传输线由导电材料制成,其被沉积成使得它们对具有在光谱的特定部分内的波长的光信号基本上是光学透明的。
    • 17. 发明授权
    • Phased array antenna with lattice transformation
    • 具有晶格变换的相控阵天线
    • US08188932B2
    • 2012-05-29
    • US11955102
    • 2007-12-12
    • Robert T. WorlJulio A. NavarroRichard N. BostwickPeter T. Heisen
    • Robert T. WorlJulio A. NavarroRichard N. BostwickPeter T. Heisen
    • H01Q13/00
    • H01Q21/064B33Y80/00H01Q21/0075Y10T29/49016
    • Structure and method for an aperture plate for use in a phased array antenna is disclosed. The aperture plate includes a plurality of waveguide transitions, each with a radiating end, a coupling end and a body portion extending from the radiating end to the coupling end. The waveguide transitions are spaced apart from each other wherein at least a pair of waveguide transitions are spaced apart closer to each other at the radiating end than at the coupling end. The method of manufacturing an aperture plate for a phased array antenna includes sizing a plurality of waveguide transitions based upon certain operating requirements, determining a radiating lattice spacing and configuration based upon the operating requirements, determining a coupling lattice spacing and configuration based upon antenna electronics packaging, optimizing an aperture plate thickness to achieve the radiating lattice and the coupling lattice spacing and configuration, and forming the aperture plate.
    • 公开了一种用于相控阵天线的孔板的结构和方法。 孔板包括多个波导过渡,每个具有辐射端,耦合端和从辐射端延伸到耦合端的主体部分。 波导过渡彼此间隔开,其中至少一对波导过渡在辐射端处比在耦合端处彼此更靠近彼此隔开。 制造用于相控阵天线的光圈板的方法包括基于某些操作要求对多个波导转换进行尺寸调整,基于操作要求确定辐射格间距和配置,基于天线电子封装确定耦合格间距和配置 ,优化孔板厚度以实现辐射格子和耦合晶格间距和构型,并形成孔板。