S.Yu. Aronov - Post-graduate Student, Head of Laboratory, JSC «Concern «Automation» (Moscow) E-mail: asy@ao-avtomatika.ru A.L. Buzov - Dr.Sc. (Eng.), Professor, First Deputy General Director for Science and Innovative Development, JSC «Concern «Automation» (Moscow) E-mail: buzov@ao-avtomatika.ru M.A. Buzova - Dr.Sc. (Eng.), Chief Research Scientist, JSC «Concern «Automation» (Moscow) E-mail: bma@ao-avtomatika.ru

In the design and modernization of antenna systems must take into account the influence of supports on the characteristics of antenna designs while providing the required bearing capacity of the supporting structures. The overall objective of the design of antennas on an existing or projected support is to address two related special problems: analysis of the influence and support of metal structures which are in the radiation area of the antenna, on the parameters set by the antennas; determining the bearing capacity of existing radio support or support the development of new solutions, satisfying regulatory re-quirements for mechanical stability. In order to successfully solution of problems in the design of antennas of mobile radio in the technique, which provides a complex approach, and is based on an iterative procedure, combining alternating electrodynamics and mechanical calculations. The algorithm of the proposed design procedure. As an example of methods of mathematical modeling was carried out free-standing with the available support her omnidirectional an-tenna VHF system. The results of calculations of the electrical and mechanical characteristics obtained in the process of optimizing the system. This example implementation of this method allowed to obtain design support facilities with the required mechanical properties, has little effect on the parameters of the antenna, which confirms the efficiency of its use.

 

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