Comparison between different rectangular horn elements for array antenna applications
E. Lier, S.R. Rengarajan, Yahya Rahmat‐Samii
Abstract
E. Lier, S.R. Rengarajan, Yahya Rahmat‐Samii
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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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)