Abstract
The paper considers the problem of forming the maximum amplitude of the electric field strength at a required point using two identical one-dimensional linear antenna arrays located orthogonally to each other and focused at one point in space. Relationships have been obtained that allow us to determine the geometric dimensions of all areas. The results of theoretical calculations of the sizes of the zone of increased electric field intensity turned out to be close to the results of simulation. For example, the size of the zone of increased electric field intensity for two orthogonal antenna arrays consisting of 20 elements, the theoretical dimensions of the zone of increased intensity were 310 mm. The simulation results showed the dimensions of this zone to be equal to 325 mm, which is explained by taking into account the influence of radiation from the other antenna array.
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