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    • 11. 发明授权
    • Wide-band coupled-cavity type traveling-wave tube
    • 宽带耦合腔型行波管
    • US4147956A
    • 1979-04-03
    • US774403
    • 1977-03-04
    • Toshinori HorigomeTakao Kageyama
    • Toshinori HorigomeTakao Kageyama
    • H01J25/38H01J25/34
    • H01J25/38
    • A traveling wave tube employing a coupled-cavity type slow-wave circuit and having high gain and efficiency over a wide operating frequency band as a result of a design in which the slow-wave circuits are separated into first and second (i.e. fore) and output slow-wave circuits connected to one another by sever sections containing nonreflectivity terminated waveguides. The synchronizing frequency of one of the fore slow-wave circuits is selected to be different from that of the other fore slow-wave circuit and the output slow-wave circuit. The aforesaid slow-wave circuits incorporate coupler cavities at the opposite ends thereof and a plurality of main unit cavities positioned between the coupler cavities. The desired synchronizing frequencies are obtained by controlling the dimensions of the cavities, interaction gaps, apertures and coupling irises.
    • 采用耦合腔型慢波电路的行波管,由于将慢波电路分为第一和第二(即前)的设计结果,在宽工作频带上具有高增益和高效率的行波管,以及 输出慢波电路通过包含非反射性端接波导的分段连接。 选择前一个慢波电路中的一个的同步频率与另一个前级慢波电路和输出慢波电路的同步频率不同。 上述慢波电路在其相对端部包括耦合器腔,并且多个主单元腔位于耦合器腔之间。 期望的同步频率通过控制空腔,相互作用间隙,孔和耦合光阑的尺寸来获得。