Title of article
77 GHz Fan Beam Radiation Lens Antenna For Automotive Long-range Applications
Author/Authors
Taskhiri ، Mohammad Mahdi School of Electrical and Computer Engineering - Qom University of Technology
From page
4151
To page
4156
Abstract
This paper presents an inhomogeneous lens to radiate a control-table Fan Shaped pattern for long-range automotive applications. Fan Shaped pattern of the designed lens covers more angles in azimuth. The proposed circular aperture inhomogeneous lens is designed based on the critical angle theorem. The profile of the dielectric constant of the proposed lens changes in 3 directions of ρ, φ, and z. The lens is matched to the source and surroundings. A closed-form formula is offered for an arbitrary fan-shaped pattern lens antenna. A compact circular lens with a diameter of 20 mm and thickness of 2.25 mm is simulated in CST full-wave software to validate the design structure.
Keywords
Automotive Radar , Inhomogeneous lens , Long , range , Fan , shaped pattern
Journal title
Automotive Science and Engineering
Journal title
Automotive Science and Engineering
Record number
2751554
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