A Reflective Diode Linearize for Spacecraft Applications

A. Katz, R. Sudarsanam, D. Aubert
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引用次数: 32

Abstract

There is an increasing interest in the use of predistortion linearizes to improve Carrier-to-Intermodulation ratios (C/I) of spacecraft power amplifiers. This paper describes a Ku band reflective diode linearizer designed to provide high reliability and to function over the changing environmental conditions required for space applications. This linearize is electrically tunable to allow its characteristics to be easily trimmed to compensate for the different non-linearities of a variety of amplifiers. When used in conjunction with a TWTA, it is is capable of providing a two-tone C/I of 30 dB or an improvement of greater than 10 dB over the critical power back-off range from -3 to -8 dB. Both two and multi-tone C/I performance are reported and the performance degradations of aging, temperature and bandwith are discussed.
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用于航天器的反射二极管线性化
使用预失真线性化来提高航天器功率放大器的载波互调比(C/I)的兴趣越来越大。本文介绍了一种Ku波段反射二极管线性器,旨在提供高可靠性,并在空间应用所需的不断变化的环境条件下发挥作用。这种线性化是电可调的,使其特性可以很容易地修剪,以补偿各种放大器的不同非线性。当与TWTA一起使用时,它能够提供30 dB的双音C/I,或者在-3到-8 dB的临界功率退后范围内提供大于10 dB的改进。报道了双音和多音C/I性能,并讨论了老化、温度和带宽对C/I性能的影响。
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