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本文最终报告叙述空间用高效率注入式正交场放大管。它作为同步卫星的输出级,此卫星转播幅调电视信号,功率电平为5千瓦,频率为2千兆赫。设计中强调了最大的总效率和至少有两年的寿命。用不同的Karp慢波丝进行了实验和分析研究。把计算机进行的小信号和大信号分析结果用来求窄(30兆赫)频带应用时最佳的互作用效率。根据大信号互作用研究,利用电子能量分布来研究多级降压收集极。对于输出放大器级,利用一股正交场互作用区,总效率超过80％。为了使器件有更高的效率,本文评述了几种提高效率的措施。相位聚焦和负慢波线预群聚是两种特殊技术,采用这两种技术将导致放大管效率大于85％。
The final report in this paper describes space-efficient high-efficiency injection quadrature field-amplifier. It serves as the output stage for a geostationary satellite that broadcasts amplitude modulated television signals at a power level of 5 kilowatts and a frequency of 2 gigahertz. The design emphasizes the maximum total efficiency and life expectancy of at least two years. Experimental and analytical studies were conducted with different Karp slow wave wires. The computer's small and large signal analysis results are used to find the best interaction efficiency for narrow (30 MHz) band applications. Based on large signal interaction studies, the use of electron energy distribution to study multi-stage buck collector. For the output amplifier stage, using an orthogonal field of interaction, the total efficiency is over 80%. In order to make the device more efficient, this article reviews several measures to improve efficiency. Phase focusing and negative and slow wave line pre-clustering are two special techniques. Using both techniques results in amplification tube efficiencies greater than 85%.