卫星应用的线性化twta

D. S. Komm, R. Liou, J. Pyter
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引用次数: 2

摘要

只提供摘要形式。波音电子动态设备公司已经开发出用于通信卫星的线性化TWTAs (LTWTAs)的全系列。当TWTA的最大输出功率接近时,线性器被设计成产生增益扩展和相位推进,从而抵消TWTA的非线性。这些ltwta覆盖了从s波段到k波段的整个频率范围。本文讨论了线性化对LTWTA各种射频性能参数的影响,如AM/PM转换、互调失真、噪声功率比等,以及对整个通信系统的影响,以及航天器设计人员如何最好地利用这些新设备。此外,还提出了行波管和EPC设计的未来趋势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Linearized TWTAs for satellite application
Summary form only given. Boeing Electron Dynamic Devices, Inc has developed a full line of linearized TWTAs (LTWTAs)for use on communication satellites. The linearizer is designed to produce gain expansion and phase advance as maximum TWTA output power is approached and thus counteract the non-linearities of the TWTA. These LTWTAs cover the full frequency range from S-band through K-band. This paper discusses the effects of linearization upon the various RF performance parameters of the LTWTA such as AM/PM conversion, intermodulation distortion, noise power ratio, etc., as well as the effects upon the overall communication system, and how spacecraft designers can best avail themselves of these new devices. Additionally, future trends in both TWT and EPC designs are suggested.
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