1990Unpublished venueRequires access

Comparison between different rectangular horn elements for array antenna applications

E. Lier, S.R. Rengarajan, Yahya Rahmat‐Samii

Open publisher page 3 citations

Abstract

The coupling and directivity characteristics of an array with rectangular open-ended waveguide elements are considered. In particular waveguides with soft and hard boundaries are analyzed and discussed with respect to array applications. A soft waveguide or horn (e.g. corrugated horn) is characterized by zero intensity of the aperture field at the wall, while a hard waveguide or horn is characterized by a uniform aperture field distribution. The latter has higher directivity than the former, at the expense of higher sidelobes. Applications of hard and soft horn elements are discussed.>

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What this paper is about

The coupling and directivity characteristics of an array with rectangular open-ended waveguide elements are considered. In particular waveguides with soft and hard boundaries are analyzed and discussed with respect to array applications. A soft waveguide or horn (e.g. corrugated horn) is characterized by zero intensity of the aperture field at the wall, while a hard waveguide or horn is characterized by a uniform aperture field distribution. The latter has higher directivity than the former, at the expense of higher sidelobes. Applications of hard and soft horn elements are discussed.>

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Available abstract

The coupling and directivity characteristics of an array with rectangular open-ended waveguide elements are considered. In particular waveguides with soft and hard boundaries are analyzed and discussed with respect to array applications. A soft waveguide or horn (e.g. corrugated horn) is characterized by zero intensity of the aperture field at the wall, while a hard waveguide or horn is characterized by a uniform aperture field distribution. The latter has higher directivity than the former, at the expense of higher sidelobes. Applications of hard and soft horn elements are discussed.>

Key concepts: French horn, Directivity, Horn antenna, Aperture (computer memory), Waveguide, Optics, Antenna (radio), Coupling (piping)

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