Analysis of Communication Characteristics of Projectile-Carried Communication Jamming Object

Jie Zhang, Haixia Shao, Haijun Wang
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引用次数: 0

Abstract

In order to facilitate the construction of projectile-carried communication jamming system model, this paper used the methods of literature search, classification and summary, and details sorting, deeply analyzing the communication characteristics of projectile-carried communication jamming object from seven aspects, including communication modulation mode, antenna type, antenna length, antenna transmission gain, sensitivity calculation, jamming tolerance, initial synchronization process and its characteristics. Then, the boundary conditions of projectile-carried communication jamming object were determined. In other words, the modulation mode of projectile-carried communication jamming object was 2FSK, the antenna type was whip antenna, the antenna length was 2 m or 2.4 m, the short wave antenna transmission gain was -10.5912 dBi, the ultrashort wave antenna transmission gain was -1.383 dBi, the jamming tolerance was 32% of the available frequency, and the initial synchronization time was calculated as 182 ms. The relevant conclusions lay a foundation for the follow-up study of projectile-carried communication jamming performance.
弹载通信干扰目标通信特性分析
为了便于弹载通信干扰系统模型的构建,本文采用文献检索、分类总结、细节整理等方法,从通信调制方式、天线类型、天线长度、天线传输增益、灵敏度计算、干扰容限、抗干扰能力等7个方面深入分析了弹载通信干扰对象的通信特性。初始同步过程及其特点。然后,确定了弹载通信干扰目标的边界条件。也就是说,弹载通信干扰对象的调制方式为2FSK,天线类型为鞭子状天线,天线长度为2 m或2.4 m,短波天线发射增益为-10.5912 dBi,超短波天线发射增益为-1.383 dBi,干扰容差为可用频率的32%,初始同步时间计算为182 ms。相关结论为后续弹载通信干扰性能研究奠定了基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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