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    • 2. 发明授权
    • Photonically controlled antenna array
    • 光电天线阵列
    • US6078288A
    • 2000-06-20
    • US195506
    • 1998-11-18
    • Stephen B. AdamsDavid D. LiuDavid P. CharetteBrian J. EdwardBryan L. CleavelandBruce R. LanningRobert E. Munson
    • Stephen B. AdamsDavid D. LiuDavid P. CharetteBrian J. EdwardBryan L. CleavelandBruce R. LanningRobert E. Munson
    • B60T7/04B60T13/66H01Q3/26H01Q21/00H01Q3/22H01Q13/00
    • H01Q3/2676B60T13/662B60T7/042H01Q21/005
    • A photonically controlled antenna array is made of a plurality of stacked light waveguides made of a material such as silicon whereon each of which one or more photonically controlled antenna elements are mounted. Light is injected into ones of the light waveguides and reflects therein until it is absorbed by the antenna elements mounted thereon due to the higher refractive index of silicon. When the photonically controlled antenna elements are illuminated they are switched to a conductive state and can transmit and receive electromagnetic signals. When no light is injected into the light waveguide the photonically controlled antenna elements are not illuminated and are in a non-conductive state wherein they cannot receive or transmit electromagnetic signals. One edge of each of the light waveguides is adjacent to a ground plane, and the antenna elements on each light waveguide are spaced from said ground plane a distance equal to a quarter wavelength at the frequency at which each of said photonically controlled antenna elements is designed to operate. The antenna elements radiate and receive signals in a direction parallel to said waveguides that is opposite to said ground plane.
    • 光控天线阵列由多个由诸如硅的材料制成的堆叠光波导制成,其中每个天线单元安装有一个或多个光子控制的天线元件。 光被注入光波导中的一个并在其中反射,由于硅的较高折射率而被安装在其上的天线元件吸收。 当光子控制的天线元件被照亮时,它们被切换到导通状态并且可以发射和接收电磁信号。 当没有光注入到光波导中时,光子控制的天线元件不被照亮并且处于不能接收或发射电磁信号的非导通状态。 每个光波导的一个边缘与接地平面相邻,并且每个光波导上的天线元件与所述接地平面间隔开等于四个波长的距离,在该频率处,每个所述光子受控天线元件被设计 操作。 天线元件在平行于与所述接地平面相对的所述波导的方向上辐射和接收信号。