COMPUTER MODELING OF ANTENNAS FOR SMALL SPACECRAFTS

N. Meirambekuly, B. Bagdatuly, A. Tolegen, D. Kadyrkhan, A. Rakhmetbayeva, I. Askarbekov, Zn. Geroyeva, A. Serik
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引用次数: 0

Abstract

Antenna systems used in small spacecraft are a very important element of the spacecraft. The limited size and operating features of these devices adjust the development processes of subsystems for them. In this work, wire and microstrip antennas for small spacecraft will be modeled and studied. The software environment chosen for modeling was CST Microwave Studio, which allows modeling antennas and ultra-high-frequency devices as close to reality as possible. In this work, a wire dipole antenna operating at a frequency of 433 MHz and a microstrip antenna operating at a frequency of 2200 MHz will be simulated. The dimensions of the antenna will be selected according to calculations, materials will be selected as close as possible to those available to the authors. The results of the study will be useful for further prototyping and research of these antennas.
小型航天器天线的计算机建模
小型航天器中使用的天线系统是航天器的一个非常重要的组成部分。这些设备有限的尺寸和工作特性调整了其子系统的开发过程。在这项工作中,将对用于小型航天器的导线和微带天线进行建模和研究。建模所选用的软件环境是 CST Microwave Studio,它可以对天线和超高频设备进行尽可能接近现实的建模。在这项工作中,将模拟工作频率为 433 MHz 的导线偶极子天线和工作频率为 2200 MHz 的微带天线。天线的尺寸将根据计算结果选择,材料将尽可能选择作者现有的材料。研究结果将有助于这些天线的进一步原型设计和研究。
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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