PAS磁电相位器

M. Bichurin, R. Petrov
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引用次数: 3

摘要

相控阵,从控阵(PAS)允许为人造卫星通信系统创建先进的电子工程样本。利用移相器可以实现对天线中相位分布的电扫描控制。铁氧体移相器允许微波运行高水平的容量,但在他们是使用电磁铁。ME的特点是在施加磁场时出现电极化,在施加电场时出现磁化。观察到ME效应的材料是指磁电材料或磁电材料。可观察到的ME效应的大小允许将它们用于开发具有电气调节的微波器件。移相器将是在控制电场作用下,由于直线FMR的移相效应而实现的最简单的移相器。基于谐振和非谐振ME效应设计了器件模型。通通微带微波移相器的实验数据与计算结果吻合较好。在电气上替换磁控制系统,使得器件在使用传统的铁氧体和半导体器件之前具有明显的优势。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Magnetoelectric phasers for PAS
Phased array, slaved (PAS) permit to create advanced samples of electronic engineering for of sputnik communication systems. The control of phase distribution in aerial with electrical scanning is possible with help of phase shifters. Ferrite phase shifters a microwave permit to operate high levels of capacity, but in them it is to use electromagnets. ME are characterised by the appearance of an electric polarisation on applying a magnetic field and a magnetisation on applying an electric field. The materials in which are observed ME effects refer to magnetoelectric materials or magnetoelectrics. Observable sizes of ME effects permit to use them for development of microwave devices- with electrical regulation. Phase shifters will be the most simply realised phase shifters on effect of shift of a line FMR under action of a control electrical field. Models of device was designed on the basis of resonant and non-resonant ME effects. The experimental data for through-passage microstrip microwave phase shifter is well agreed with calculate. The replacement of a magnetic control system on electrical results in obvious advantages ME of devices before traditional ferrite and semiconductor, which are used in PAS.
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