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    • 49. 发明授权
    • Protective device
    • 保护装置
    • US07609502B2
    • 2009-10-27
    • US12072818
    • 2008-02-28
    • George M. Kauffman
    • George M. Kauffman
    • H01C7/12
    • H01P1/202H01P1/045H01R13/6625H01R13/719H01R24/44H01R24/48H01R2103/00
    • A protective device for transmitting electromagnetic signals of a desired frequency band from a source to a load comprises an outer conductor, an inner conductor extending coaxially within the outer conductor and a quarter wavelength shunt conductor. A radio frequency impedance control (RFIC) tube is used to maintain the proper transmission line impedance for the device. The shunt conductor is connected, at one end, to the inner conductor and extends along a multi-curved path through an opening in the RFIC tube and wraps around the RFIC tube in at least one plane. The other end of the stub is connected to the outer conductor either directly or indirectly by means of distributed capacitance through a dielectric insulator. A plurality of gas discharge tubes are coupled to the shunt conductor to shunt undesired voltages. In use, the inner conductor serves as the transmission line, the outer conductor serves as the return path and the quarter wavelength shunt conductor serves as an inductor for filtering out electromagnetic energy which falls outside the desired frequency band.
    • 用于将期望频带的电磁信号从源传输到负载的保护装置包括外导体,在外导体内同轴延伸的内导体和四分之一波长并联导体。 使用射频阻抗控制(RFIC)管来保持设备的正确的传输线阻抗。 分流导体在一端连接到内部导体,并且沿着多个弯曲的路径延伸穿过RFIC管中的开口并且在至少一个平面中围绕RFIC管卷绕。 短截线的另一端通过介电绝缘体的分布电容直接或间接连接到外导体。 多个气体放电管耦合到分流导体以分流不需要的电压。 在使用中,内导体用作传输线,外导体用作返回路径,并且四分之一波长并联导体用作用于滤出掉在期望频带外的电磁能的电感器。
    • 50. 发明授权
    • Protective device
    • 保护装置
    • US07564669B2
    • 2009-07-21
    • US11974720
    • 2007-10-16
    • George M. Kauffman
    • George M. Kauffman
    • H02H1/04H02H1/00
    • H01P1/202H01P1/045H01R13/6625H01R13/719H01R24/44H01R24/48H01R2103/00
    • A protective device for transmitting electromagnetic signals of a desired frequency band from a source to a load comprises an outer conductor, an inner conductor extending coaxially within the outer conductor and a quarter wavelength shunt conductor. The shunt conductor is connected, at one end, to the inner conductor and is connected, at its other end, to the outer conductor by means of distributed capacitance through a dielectric insulator. A plurality of gas discharge tubes are connected at one end to the shunt conductor and at the other end to the outer conductor. In use, the inner conductor serves as the transmission line, the outer conductor serves as the return path and the quarter wavelength shunt conductor serves as an inductor for filtering out electromagnetic energy which falls outside the desired frequency band, the plurality of gas discharge tubes operating electrically in parallel with one another to discharge shunted voltages.
    • 用于将期望频带的电磁信号从源传输到负载的保护装置包括外导体,在外导体内同轴延伸的内导体和四分之一波长并联导体。 分流导体在一端连接到内导体,并且在另一端通过介电绝缘体通过分布电容连接到外导体。 多个气体放电管的一端连接到分流导体,另一端连接到外部导体。 在使用中,内导体用作传输线,外导体用作返回路径,四分之一波长并联导体用作用于滤出掉在期望频带之外的电磁能的电感器,多个气体放电管操作 彼此电并联以排出分流电压。