Design of an Artificially Engineered all Metallic Lens Antenna

The paper is a continuation of the earlier studies of the characteristics of accelerating metalplate lenses (AMPL) carried out by the authors, intended for use in antenna devices of information systems. Compared to commonly used retardation lenses, they have such advantages as lightness, low weight, and manufacturing availability. A brief analysis of the results obtained earlier is presented. In the example of the frequency parameters of the drone control system, the problematic issues of expanding the range properties of the AMPL are considered. To solve this problem, it is proposed to use: (1) a combined lens consisting of alternating and located one above the other 'floors' of lenses with parameters corresponding to two operating frequencies; (2) longitudinally corrugated lens plates. A variant of the method for calculating the distortions of phase distributions in the aperture of such lenses is presented.

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Design of an Artificially Engineered all Metallic Lens Antenna

Cited by 2 publications

References 7 publications

Microstrip Fed All Metal Lens Antenna - As a Power Transfer Medium for 5G Application

Microstrip Fed All Metal Lens Antenna - As a Power Transfer Medium for 5G Application

Problematic Issues of the Accelerating Lens Deployment

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