Investigation of the low voltage multi-beam k-band monotron with the split-cavity resonator

机译：带有分腔谐振器的低压多光束k波段单加速器的研究

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Results of the theoretical analysis of the multi-beam monotron oscillator K-band with split-cavity resonator are considered. The analysis of conditions of self-excitation in the small signal approximation is carried out. Numerical simulation of the oscillation processes build-up is performed. The results show the possibility of achieving an output power exceeding 600 W and an efficiency 45%.

机译：考虑了具有分腔谐振器的多波束单振子K波段的理论分析结果。对小信号近似中的自激条件进行了分析。进行振动过程累积的数值模拟。结果表明，有可能实现超过600 W的输出功率和45％的效率。

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来源
《2014 Tenth International Vacuum Electron Sources Conference》|2014年|1-1|共1页
会议地点 Saint-Petersburg(RU)
作者
Tsarev Vladislav A.; Muchkaev Vadim M.; Bushuev Nikolai A.; Shalaev Pavel D.;
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作者单位

Saratov State Technical University, Saratov, Russia 410054, Politehnicheskaya st., 77;

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原文格式 PDF
正文语种 eng
中图分类
关键词
Acceleration; Approximation methods; Cavity resonators; Electronic mail; K-band; Microwave oscillators;

机译：加速；近似方法；腔谐振器；电子邮件; K波段微波振荡器；;

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2. Numerical investigation of the electrodynamic properties of a K-band multibeam monotron with a three-gap cavity [J] . Muchkaev V. Yu., Fedyaev V. K., Tsarev V. A. NTT R&D . 2016,第9期

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3. Theoretical investigation of ways to elevate the output of a multibeam microwave K-band monotron generator based on a three-gap split cavity with a nonuniform field [J] . Tsarev V. A., Muchkaev V. Yu. Technical physics . 2015,第9期

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4. Electron Bunching in Split-Cavity Monotrons [J] . Barroso J. J. Electron Devices, IEEE Transactions on . 2009,第9期

机译：裂腔单电子中的电子束
5. Investigation of the low voltage multi-beam k-band monotron with the split-cavity resonator [C] . Tsarev Vladislav A., Muchkaev Vadim M., Bushuev Nikolai A., International Vacuum Electron Sources Conference . 2014

机译：用分裂腔谐振器的低压多光束k波段蒙诺隆研究
6. Design and fabrication of low actuation voltage K-band MEMS switches for RF applications. [D] . Pacheco, Sergio. 2004

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Investigation of the low voltage multi-beam k-band monotron with the split-cavity resonator

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