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    • 3. 发明授权
    • Automated antenna builder and antenna repository
    • 自动天线构建器和天线存储库
    • US08855980B2
    • 2014-10-07
    • US13234063
    • 2011-09-15
    • Kenneth Joseph BrownRyan James Orsi
    • Kenneth Joseph BrownRyan James Orsi
    • G06G7/48G06F17/50H01Q1/00
    • H01Q1/00
    • Embodiments are directed to an antenna builder and a method of building and maintaining an antenna design repository. A first embodiment consists of an antenna builder that enables the creation of an antenna representation that can subsequently be output into a plurality of formats to be used by other tools, such as electromagnetic simulation software. An alternative embodiment is directed to a method of building and maintaining a repository of antenna designs. The repository of antenna designs can be queried, enabling a plurality of users to search for specific antenna designs. Alternative embodiments can enable a user to search the repository antenna designs by visually browsing over the antenna designs in the repository. The repository of antenna designs is created by saving solutions generated by an optimizer during an optimization run to the repository. Solutions from the repository can also be used to seed and bootstrap other optimization runs.
    • 实施例涉及天线构造器和建立和维护天线设计储存库的方法。 第一实施例包括天线构造器,其能够创建天线表示,所述天线表示随后可以被输出为多种格式以供诸如电磁仿真软件的其他工具使用。 替代实施例涉及一种建立和维护天线设计库的方法。 可以查询天线设计的存储库,使得多个用户能够搜索特定的天线设计。 替代实施例可以使用户能够通过视觉浏览存储库中的天线设计来搜索储存库天线设计。 天线设计的存储库是通过将优化器生成的解决方案在优化运行期间保存到存储库中而创建的。 存储库中的解决方案也可用于种子和引导其他优化运行。
    • 4. 发明授权
    • Radio frequency combiners/splitters
    • 射频组合器/分频器
    • US08368485B2
    • 2013-02-05
    • US13086351
    • 2011-04-13
    • Forrest James Brown
    • Forrest James Brown
    • H01P5/16
    • H01P3/08H01P5/12
    • Embodiments are directed to a RF combiner/splitter having a first port separated from a second port and a third port by a generally tapering microstrip section. The second and third ports are separated by a generally rectangular bridge bar having a width selected to match the impedance of devices to be connected to the second and third ports and a length selected to provide a separation between the second and third ports of approximately quarter wavelength at a center point of an operational frequency of the devices. In a first embodiment, a horizontal RF choke joint is positioned between the first port and the tapering section. In a second embodiment, one choke joint is positioned between the second port and the bridge bar and a second choke joint is positioned between the third port and the bridge bar.
    • 实施例涉及一种RF组合器/分离器,其具有通过大致锥形的微带部分与第二端口和第三端口分离的第一端口。 第二和第三端口由通常为矩形的桥杆分隔,其宽度被选择为匹配要连接到第二和第三端口的设备的阻抗,并且选择的长度提供第二和第三端口之间的大约四分之一波长的间隔 在设备的工作频率的中心点。 在第一实施例中,水平RF扼流圈位于第一端口和锥形部分之间。 在第二实施例中,一个扼流圈位于第二端口和桥梁之间​​,并且第二扼流圈位于第三端口和桥梁之间​​。
    • 7. 发明申请
    • Radio Frequency Combiners/Splitters
    • 射频组合/分离器
    • US20110187476A1
    • 2011-08-04
    • US13086351
    • 2011-04-13
    • Forrest James Brown
    • Forrest James Brown
    • H01P5/12H01P3/08
    • H01P3/08H01P5/12
    • Embodiments are directed to a RF combiner/splitter having a first port separated from a second port and a third port by a generally tapering microstrip section. The second and third ports are separated by a generally rectangular bridge bar having a width selected to match the impedance of devices to be connected to the second and third ports and a length selected to provide a separation between the second and third ports of approximately quarter wavelength at a center point of an operational frequency of the devices. In a first embodiment, a horizontal RF choke joint is positioned between the first port and the tapering section. In a second embodiment, one choke joint is positioned between the second port and the bridge bar and a second choke joint is positioned between the third port and the bridge bar.
    • 实施例涉及一种RF组合器/分离器,其具有通过大致锥形的微带部分与第二端口和第三端口分离的第一端口。 第二和第三端口由通常为矩形的桥杆分隔,其宽度被选择为匹配要连接到第二和第三端口的设备的阻抗,并且选择的长度提供第二和第三端口之间的大约四分之一波长的间隔 在设备的工作频率的中心点。 在第一实施例中,水平RF扼流圈位于第一端口和锥形部分之间。 在第二实施例中,一个扼流圈位于第二端口和桥梁之间​​,并且第二扼流圈位于第三端口和桥梁之间​​。