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Analysis for the Stability of Hughes-type Coupled Cavity in an Extended-interaction Klystron

机译:激相互作用速调管中休斯耦合腔的稳定性分析

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The analytical expressions for the beam-wave coupling coefficients and the beamloaded conductance of Hughes-type coupled cavity with n gaps are derived. The analytical theories show that the beam-wave coupling coefficients and the beam-loaded conductance of the operating mode (2π mode) may be very sensitive to the beam voltage with the increase of the gap numbers. In addition, the stability of the circuit was discussed through calculating the quality factor of three-gap coupled cavity. And the π/3 mode may self-oscillate due to negative beam-loaded conductance.
机译:推导了具有n个间隙的休斯型耦合腔的束波耦合系数和束流导率的解析表达式。分析理论表明,随着间隙数的增加,工作模式(2π模式)的束波耦合系数和束负载电导可能对束电压非常敏感。另外,通过计算三间隙耦合腔的品质因数,讨论了电路的稳定性。由于负电子束负载电导,π/ 3模式可能会自激。

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