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Research and design of the millimeter wave power equalizer using waveguide on Ka-band

机译:Ka波段波导的毫米波功率均衡器的研究与设计

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A power or gain equalizer is often used to smooth the gain curve when they using as the input port of Traveling Wave Tubes (TWT) or High Power Solid State Amplifiers. But the TWT had a big gain fluctuation in the working frequency. Generally, coaxial resonance cavity with electromagnetic wave absorber and micro strip resonance cavity with thin film resistance compose the equalizer. But they often used on lower millimeter such as X wave band, because they have many disadvantages in millimeter wave. One coaxial resonator will generate more than one resonating frequencies and micro strip resonance cavity has high insertion loss and low Q value. In this paper, a novel structure with H-plane full-height waveguide resonance cavity on the narrow-wall to fulfill a millimeter wave power or gain equalizer has been equalized.
机译:当功率或增益均衡器用作行波管(TWT)或高功率固态放大器的输入端口时,通常会使用它们来平滑增益曲线。但是TWT在工作频率上有很大的增益波动。通常,带有电磁波吸收器的同轴谐振腔和带有薄膜电阻的微带谐振腔构成均衡器。但是它们通常用于X波段等较低的毫米,因为它们在毫米波方面有许多缺点。一个同轴谐振器将产生一个以上的谐振频率,并且微带谐振腔具有高插入损耗和低Q值。在本文中,一种新颖的结构在窄壁上具有H平面全高波导谐振腔,可以满足毫米波功率或增益均衡器的要求。

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