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    • 24. 发明授权
    • Modular VLF/LF and HF buoyant cable antenna and method
    • 模块化VLF / LF和HF浮力电缆天线及方法
    • US08203495B2
    • 2012-06-19
    • US12781195
    • 2010-05-17
    • David A. Tonn
    • David A. Tonn
    • H01Q1/34
    • H01Q1/34H01Q11/02Y10T29/49016
    • A buoyant cable antenna system includes an HF antenna section connected to an outboard end of a VLF/LF antenna. With respect to the HF antenna, the VLF/LF appears to be a standard coaxial cable so that the HF antenna can be configured as desired for HF antenna operation. The VLF/LF antenna is comprised of a segment of coaxial cable. The inboard end of the braided outer conductor of the segment of coaxial cable is connected to ground through a capacitor so that the VLF/LF signals are effectively isolated from ground. In this way, VLF/LF currents are induced on the outer braided conductor of the segment of coaxial cable to thereby operate as the VLF/LF antenna.
    • 浮力电缆天线系统包括连接到VLF / LF天线外侧的HF天线部分。 对于HF天线,VLF / LF似乎是标准同轴电缆,因此HF天线可以根据需要进行高频天线操作的配置。 VLF / LF天线由一段同轴电缆组成。 同轴电缆段的编织外导体的内端通过电容器连接到地,使得VLF / LF信号与地面有效隔离。 以这种方式,在同轴电缆段的外编织导体上感应出VLF / LF电流,从而作为VLF / LF天线工作。
    • 28. 发明授权
    • Multi-band cable antenna with irregular reactive loading
    • 多波段电缆天线具有不规则的无功负载
    • US09553368B1
    • 2017-01-24
    • US14532063
    • 2014-11-04
    • David A. Tonn
    • David A. Tonn
    • H01Q9/14H01Q9/30
    • H01Q9/145H01Q1/04H01Q1/34H01Q5/321H01Q9/30
    • An antenna includes a first antenna section that can be joined to an antenna feed. The first section has conductive elements in series with reactive loads. The reactive loads are positioned with a regular spacing. The reactive loads and spacing are optimized for operation of the first section at the highest frequency. Additional antenna sections having successively lower frequencies are joined in series to the first antenna section. Each additional section has conductive elements joined in series with reactive loads at a particular spacing. The additional sections spacing and reactive loads are provided to work in conjunction with the higher frequency antenna sections to optimize the antenna for an additional frequency. A method for making such an antenna is further provided.
    • 天线包括可以连接到天线馈电的第一天线部分。 第一部分具有与无功负载串联的导电元件。 无功负载以一定的间距定位。 针对最高频率的第一部分的操作优化了无功负载和间隔。 具有连续较低频率的附加天线部分与第一天线部分串联。 每个附加部分具有以特定间隔与无功负载串联连接的导电元件。 提供附加部分间隔和无功负载以与更高频率的天线部分一起工作以优化天线的附加频率。 还提供了制造这种天线的方法。
    • 29. 发明授权
    • Apparatus and method for improving the gain and bandwidth of a microstrip patch antenna
    • 用于改善微带贴片天线的增益和带宽的装置和方法
    • US09281568B1
    • 2016-03-08
    • US14040810
    • 2013-09-30
    • David A. Tonn
    • David A. Tonn
    • H01Q15/12
    • H01Q9/0414H01Q1/40
    • A method for improving bandwidth and gain of a microstrip patch antenna and a microstrip patch antenna are provided. The method includes forming a highly anisotropic superstrate, and positioning the highly anisotropic superstrate at a predetermined distance away from the ground plane side of the microstrip patch antenna, increasing the bandwidth of the microstrip patch antenna. The antenna provides a microstrip patch antenna having a highly anisotropic superstrate. The highly anisotropic superstrate can include a spacing layer, a dielectric material positioned on the spacing layer and a plurality of conductive strips disposed on the dielectric layer.
    • 提供了一种用于提高微带贴片天线和微带贴片天线的带宽和增益的方法。 该方法包括形成高度各向异性的覆层,并将高度各向异性的覆层定位在远离微带贴片天线的接地平面侧的预定距离处,增加了微带贴片天线的带宽。 该天线提供具有高度各向异性覆盖层的微带贴片天线。 高度各向异性的覆层可以包括间隔层,位于间隔层上的介电材料和设置在电介质层上的多个导电条。
    • 30. 发明授权
    • Reconfigurable buoyant cable antenna with improved gain
    • 可重构的浮力电缆天线具有改善的增益
    • US08593355B1
    • 2013-11-26
    • US12822523
    • 2010-06-24
    • David A. Tonn
    • David A. Tonn
    • H01Q1/34
    • H01Q1/34H01Q1/04
    • An antenna element with a single-conductor antenna is provided within a removable core. The removable core is mounted within a hollow liner by sliding the core into the hollow liner. A pull cable may be attached to an end of the removable core to pull the core through the outboard end of the hollow liner. Due to reduced strain on the core as compared to the liner, the single-conductor antenna may be formed in segments interconnected with capacitors for adjusting the antenna gain to a maximum in the vicinity of a desired operating frequency or frequencies.
    • 具有单导体天线的天线元件设置在可移除核心内。 可移除的芯通过将芯滑入中空衬里而安装在中空衬里内。 拉电缆可以附接到可移除芯的一端,以将芯穿过中空衬垫的外侧端。 由于与衬垫相比,芯体上的应变减小,所以单导体天线可以形成为与电容器互连的段,用于将天线增益调节到期望工作频率或频率附近的最大值。