Improving the linearity and output power of a Ku-band TWT by optimizing electron beam radius and helix structure

机译：通过优化电子束半径和螺旋结构，提高KU波段的线性和输出功率

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The linearity of a Ku-band TWT is improved with AM/PM les 3.43deg/dB, IM3/C les -44.43 dBc, and it's output power has increased to 55.84 dBm by optimizing electron beam radius and helix structure.

机译：KU波段TWT的线性随着AM / PM LES 3.43DEG / DB，IM3 / C LES -44.43 DBC而改进，通过优化电子束半径和螺旋结构，输出功率增加到55.84dBm。

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《IEEE International Vacuum Electronics Conference》|2009年||共2页
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中图分类 TN1-53;
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microwave tubes; travelling wave tubes; Ku-band TWT; electron beam radius optimisation; helix structure; Linearity; Output power; TWT;

机译：微波管;行驶波管;ku波段TWT;电子束半径优化;螺旋结构;线性;输出功率;TWT;

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专利

1. 100mA Electron Gun for Ku-Band Helix TWT [J] . Manish Kumar Saini, Parikha Chawla Advances in computational sciences and technology . 2016,第1期

机译：用于Ku-Band Helix TWT的100mA电子枪
2. Design and Development of Helix Slow-Wave Structure for Ku-Band TWT [J] . Alaria M. K., Bera A., Sharma R. K., Plasma Science, IEEE Transactions on . 2011,第1期

机译：Ku波段TWT螺旋慢波结构的设计与开发
3. Design and simulation of ring-bar slow-wave structure TWT at Ku-band with power over 1200 watts [J] . Srivastava Anurag Journal of Electromagnetic Waves and Applications . 2020,第10a12期

机译：电源超过1200瓦的Ku波段环杆慢波结构的设计与仿真
4. Improving the linearity and output power of a Ku-band TWT by optimizing electron beam radius and helix structure [C] . IEEE International Vacuum Electronics Conference . 2009

机译：通过优化电子束半径和螺旋结构，提高KU波段的线性和输出功率
5. Generative Design Optimization of Thermal Management Systems for High Output Power Electronics [D] . Michalak, Andrew. 2019

机译：高输出电力电子热管理系统的生成设计优化
6. Monte Carlo simulation for Neptun 10 PC medical linear accelerator and calculations of output factor for electron beam [O] . Mohammad Taghi Bahreyni Toossi, Mehdi Momennezhad, Seyed Mohammad Hashemi 2012

机译：Neptun 10 PC医用线性加速器的蒙特卡洛模拟和电子束输出因子的计算
7. Effect of beam parameters on the non-linear performance in broadband helix TWTs. [O] . Jenkins R. O., Carter Richard G. 2002

机译：束参数对宽带螺旋TWT中非线性性能的影响。
8. Investigation of Linear Beam and New Concepts of Microwave Power Generation. Part I. Reduction of Spurious Output Signals in High Power Klystrons. Part II. A Study of Space-Charged Wave Propagation Along a Periodically Varying Electron Beam [R] . 1964

机译：线性梁研究与微波发电新概念。第一部分。降低高功率速调管中的杂散输出信号。第二部分。周期变化电子束的空间电荷波传播研究

Improving the linearity and output power of a Ku-band TWT by optimizing electron beam radius and helix structure

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