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Antennas installed on various domestic appliances should be small and not influenced by the background metal. Small antenna metamaterial antenna chip developed by KIT EOE laboratory (MACKEY) is a composite structure consisting of a metal plate loaded capacitance grid realized using an artificial magnetic conductor (AMC) substrate and a dipole antenna. It can be installed on a conducting plate without...
A small antenna MACKEY (Metamaterial Antenna Chip developed by KIT EOE LaboratorY) consists of substrates that are metal plate loaded capacitance grids using AMC (Artificial Magnetic Conductor) substrate and dipole antenna is showing a characteristic distribution from the principle of operation, it is possible to be installed on a metal plate without affecting the characteristics of impedance and...
Various domestic appliances that can use WiFi are becoming more common. Therefore, it is necessary to establish a design method for installing a small antenna within these appliances. In this paper, a model that has a dipole antenna unified with an artificial magnetic conductor (AMC) substrate inspired small antenna is proposed, and its radiation and impedance characteristics are shown.
Various domestic appliances have become wireless, and it is necessary to establish a design theory for a small antenna. In this report, we suggest a model that has a dipole antenna unified with an AMC (Artificial Magnetic Conductor) substrate, and we show that the AMC substrate becomes a wide-plate dipole and operates as a radiation element.
In this study, we propose a polarization conversion reflector using a metal-plate-loaded meander line and determine the reflector's axial ratio characteristics with a numerical analysis involving the method of moments. A relative bandwidth greater than 90% is obtained.
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