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    • 1. 发明申请
    • HYBRID ANTENNA INCLUDING SPIRAL ANTENNA AND PERIODIC ARRAY, AND ASSOCIATED METHODS
    • 混合天线,包括螺旋天线和周期阵列,以及相关方法
    • US20080284673A1
    • 2008-11-20
    • US11748788
    • 2007-05-15
    • Heriberto J. DELGADOArecio A. HERNANDEZDavid G. HOYT
    • Heriberto J. DELGADOArecio A. HERNANDEZDavid G. HOYT
    • H01Q1/36H01Q1/38H01Q9/04
    • H01Q9/27H01Q11/10H01Q15/006Y10T29/49016
    • The hybrid antenna includes a spiral antenna, e.g. a log spiral antenna, and a patch array layer adjacent to the spiral antenna and including a passive periodic patch array of conductive patch elements. A conductive ground plane may be adjacent to the patch array layer, and a dielectric layer may be between the conductive ground plane and the patch array. The spiral antenna may include an upper antenna arm, a lower antenna arm and a dielectric sheet therebetween. Each of the upper and lower antenna arms may be a printed planar conductive trace that is wider at a distal end thereof with respect to a center of the log spiral antenna. The patch or periodic array layer operates in conjunction with the ground plane to couple energy into the spiral antenna and thereby improve low frequency antenna efficiency while maintaining electrically small dimensions.
    • 混合天线包括螺旋天线,例如。 对数螺旋天线和邻近螺旋天线的贴片阵列层,并且包括导电贴片元件的无源周期性贴片阵列。 导电接地平面可以与贴片阵列层相邻,并且电介质层可以在导电接地平面和贴片阵列之间。 螺旋天线可以包括上天线臂,下天线臂和它们之间的介电片。 上天线臂和下天线臂中的每一个可以是相对于对数螺旋天线的中心在其远端处更宽的印刷平面导电迹线。 贴片或周期性阵列层与地平面结合操作以将能量耦合到螺旋天线中,从而在保持电小尺寸的同时提高低频天线效率。
    • 2. 发明授权
    • Printed circuit board-configured dipole array having matched impedance-coupled microstrip feed and parasitic elements for reducing sidelobes
    • 印刷电路板配置的偶极阵列具有匹配的阻抗耦合微带馈电和用于减少旁瓣的寄生元件
    • US06195062B1
    • 2001-02-27
    • US09543161
    • 2000-04-04
    • William D. KillenHeriberto J. Delgado
    • William D. KillenHeriberto J. Delgado
    • H01Q928
    • H01Q19/30H01Q5/49H01Q9/285
    • To reduce sidelobes in the radiation pattern of a phased array dipole antenna, a plurality of parasitic antenna elements are provided adjacent to the array of dipole elements of the antenna. The driven elements of the dipole array and associated director elements are formed as patterned conductor elements on one surface of a thin dielectric substrate. Feed elements for the driven dipole array also comprise patterned conductor elements formed on an opposite surface of the substrate. The feed elements have a geometry and mutually overlapping projection relationship with the conductors of the driven dipole elements, so as to form a matched impedance transmission line through the dielectric substrate with the patterned dipole elements. The parasitic elements are formed on additional dielectric substrates spaced apart from and parallel to the thin dielectric substrate upon which the driven dipole array is formed.
    • 为了减少相控阵偶极天线的辐射图中的旁瓣,在天线的偶极子阵列附近提供多个寄生天线元件。 偶极阵列和相关导向元件的从动元件在薄介电基片的一个表面上形成为图案化的导体元件。 用于驱动偶极阵列的馈电元件还包括形成在衬底的相对表面上的图案化导体元件。 馈电元件具有与被驱动偶极子元件的导体的几何形状和相互重叠的投影关系,从而通过具有图案化偶极子元件的电介质衬底形成匹配的阻抗传输线。 寄生元件形成在与形成驱动偶极阵列的薄电介质基板间隔开并平行的附加电介质基板上。
    • 5. 发明授权
    • Active magnetic radome
    • 主动磁性天线罩
    • US07030834B2
    • 2006-04-18
    • US10654153
    • 2003-09-03
    • Heriberto J. DelgadoWilliam D. Killen
    • Heriberto J. DelgadoWilliam D. Killen
    • H01Q1/42
    • H01Q1/42
    • A method for dynamically modifying electrical characteristics of a radome (110). The method can interpose a radome (110) in the path of a radio frequency signal (140). At least one electrical characteristic of the radome (110) can be selectively varied by applying an energetic stimulus to dynamically modify a performance characteristic of the radome (110). Electrical characteristic can include a permittivity, a permeability, a loss tangent, and/or a reflectivity. The energetic stimulus can include an electric stimulus, a photonic stimulus, a magnetic stimulus, and/or a thermal stimulus.
    • 一种用于动态修改天线罩(110)的电气特性的方法。 该方法可以将天线罩(110)插入射频信号(140)的路径中。 可以通过施加能量刺激来动态地修改天线罩(110)的性能特征来选择性地改变天线罩(110)的至少一个电特性。 电气特性可以包括介电常数,磁导率,损耗角正切和/或反射率。 能量刺激可以包括电刺激,光子刺激,磁刺激和/或热刺激。
    • 6. 发明授权
    • Printed circuit board-configured dipole array having matched impedance-coupled microstrip feed and parasitic elements for reducing sidelobes
    • 印刷电路板配置的偶极阵列具有匹配的阻抗耦合微带馈电和用于减少旁瓣的寄生元件
    • US06407717B2
    • 2002-06-18
    • US09790175
    • 2001-02-21
    • William D. KillenHeriberto J. Delgado
    • William D. KillenHeriberto J. Delgado
    • H01Q2112
    • H01Q19/30H01Q5/49H01Q9/285
    • To reduce sidelobes in the radiation pattern of a phased array dipole antenna, a plurality of parasitic antenna elements are provided adjacent to the array of dipole elements of the antenna. The driven elements of the dipole array and associated director elements are formed as patterned conductor elements on one surface of a thin dielectric substrate. Feed elements for the driven dipole array also comprise patterned conductor elements formed on an opposite surface of the substrate. The feed elements have a geometry and mutually overlapping projection relationship with the conductors of the driven dipole elements, so as to form a matched impedance transmission line through the dielectric substrate with the patterned dipole elements. The parasitic elements are formed on additional dielectric substrates spaced apart from and parallel to the thin dielectric substrate upon which the driven dipole array is formed.
    • 为了减少相控阵偶极天线的辐射图中的旁瓣,在天线的偶极子阵列附近提供多个寄生天线元件。 偶极阵列和相关导向元件的从动元件在薄介电基片的一个表面上形成为图案化的导体元件。 用于驱动偶极阵列的馈电元件还包括形成在衬底的相对表面上的图案化导体元件。 馈电元件具有与被驱动偶极子元件的导体的几何形状和相互重叠的投影关系,从而通过具有图案化偶极子元件的电介质衬底形成匹配的阻抗传输线。 这些寄生元件形成在与形成驱动偶极子阵列的薄电介质基板间隔开并平行的附加电介质基板上。
    • 8. 发明授权
    • Hybrid antenna including spiral antenna and periodic array, and associated methods
    • 混合天线包括螺旋天线和周期阵列,以及相关方法
    • US07750861B2
    • 2010-07-06
    • US11748788
    • 2007-05-15
    • Heriberto J. DelgadoArecio A. HernandezDavid G. Hoyt
    • Heriberto J. DelgadoArecio A. HernandezDavid G. Hoyt
    • H01Q21/00
    • H01Q9/27H01Q11/10H01Q15/006Y10T29/49016
    • The hybrid antenna includes a spiral antenna, e.g. a log spiral antenna, and a patch array layer adjacent to the spiral antenna and including a passive periodic patch array of conductive patch elements. A conductive ground plane may be adjacent to the patch array layer, and a dielectric layer may be between the conductive ground plane and the patch array. The spiral antenna may include an upper antenna arm, a lower antenna arm and a dielectric sheet therebetween. Each of the upper and lower antenna arms may be a printed planar conductive trace that is wider at a distal end thereof with respect to a center of the log spiral antenna. The patch or periodic array layer operates in conjunction with the ground plane to couple energy into the spiral antenna and thereby improve low frequency antenna efficiency while maintaining electrically small dimensions.
    • 混合天线包括螺旋天线,例如。 对数螺旋天线和邻近螺旋天线的贴片阵列层,并且包括导电贴片元件的无源周期性贴片阵列。 导电接地平面可以与贴片阵列层相邻,并且电介质层可以在导电接地平面和贴片阵列之间。 螺旋天线可以包括上天线臂,下天线臂和它们之间的介电片。 上天线臂和下天线臂中的每一个可以是相对于对数螺旋天线的中心在其远端处更宽的印刷平面导电迹线。 贴片或周期性阵列层与地平面结合操作以将能量耦合到螺旋天线中,从而在保持电小尺寸的同时提高低频天线效率。
    • 10. 发明授权
    • Multi-band horn antenna using frequency selective surfaces
    • 多频喇叭天线使用频率选择表面
    • US06985118B2
    • 2006-01-10
    • US10614626
    • 2003-07-07
    • Michael S. ZarroHeriberto J. DelgadoWilliam D. Killen
    • Michael S. ZarroHeriberto J. DelgadoWilliam D. Killen
    • H01Q19/00
    • H01Q15/0013H01Q5/47H01Q13/02H01Q13/0283
    • A waveguide (100) including at least one outer surface (105, 110, 115, 120) defining a waveguide cavity (140) and at least one inner surface (130, 135) positioned within the waveguide cavity (140). The inner surface (130, 135) includes a frequency selective surface (FSS) having a plurality of FSS elements (145) coupled to at least one substrate. The substrate defines a first propagation medium such that an RF signal having a first wavelength in the first propagation medium can pass through the FSS (130, 135). The FSS (130, 135) is coupled to a second propagation medium such that in the second propagation medium the RF signal has a second wavelength which is at least twice as long as a physical distance between centers of adjacent FSS elements (145). The second wavelength can be different than the first wavelength.
    • 包括限定波导腔(140)和定位在波导腔(140)内的至少一个内表面(130,135)的至少一个外表面(105,110,115,120)的波导(100)。 内表面(130,135)包括具有耦合到至少一个衬底的多个FSS元件(145)的频率选择表面(FSS)。 衬底限定第一传播介质,使得在第一传播介质中具有第一波长的RF信号可以通过FSS(130,135)。 FSS(130,135)耦合到第二传播介质,使得在第二传播介质中,RF信号具有至少两倍于相邻FSS元件(145)的中心之间物理距离的第二波长。 第二波长可以不同于第一波长。