Relevance of this study. The main advantage of frequency scanning is simplicity of im-plementation. At this point, multifunctional usage of microwave modules is an urgent task, as well as their maximum simpler and cheaper. Antenna design and operation. The study is aimed at providing electric antenna with fre-quency scanning. It was based on the log-periodic antenna due to its wideband and negotia-tion capability over the entire operating frequency range. For this distribution line is bent in an arc of a circle in a plane blade while vibrators are arranged along the radius. Computer modeling of antennas with frequency scanning. Modeled with a non-mechanical motion antenna beam emitters representing system for receiving a radio frequen-cy signal on mobile objects calculated for 1.8 GHz ... 4.2 GHz. The simulation was performed in a software environment for numerical modeling of electromagnetic «Feko 5.5». Analysis of the interaction of radiation is based on the method of moments. Findings. The result of this work is to propose a new design of the antenna with a fre-quency scanning method as agreed in a wide frequency range. In the studied technical solution provided by the rotation of NAM in the frequency range, and the matching of the antenna to the feed line is maintained. Application of this type of an-tennas on the proposed technical solution in communication systems will improve the com-munication reliability by maintaining coordination in the frequency range.

В данной статье раскрываются актуальные задачи многофункциональ-ного использования СВЧ модулей, а также их максимального упрощения и удешевле-ния. Идет анализ частотного сканирования, а также исследование возможности его реализации в новых видах антенн. В основу поставлена задача создания антенны с электрическим частотным сканированием. Результатом настоящей работы является предложение новой конструкции антенны с частотным методом сканирования, со-гласованной в широком диапазоне частот.