Wide Bandwidth CuO-Modified Ba[Formula Omitted]Co[Formula Omitted]Fe[Formula Omitted]O[Formula Omitted] Ferrite Antenna

Wide Bandwidth CuO-Modified Ba[Formula Omitted]Co[Formula Omitted]Fe[Formula Omitted]O[Formula Omitted] Ferrite Antenna

This letter proposes a wide bandwidth monopole-like antenna, made from hexagonal Y-type ferrite Ba[Formula Omitted]Co[Formula Omitted]Fe[Formula Omitted]O[Formula Omitted] with CuO addition for the reception of terrestrial broadcasting, integrated services digital broadcasting (ISDB), allocated in t...

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Veröffentlicht in:IEEE antennas and wireless propagation letters 2016-01, Vol.15, p.1171
Hauptverfasser: Fujii, Shigeo, Wakamatsu, Koji, Satoh, Hiroshi, Yamamoto, Setsuo
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container_title IEEE antennas and wireless propagation letters
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creator Fujii, Shigeo
Wakamatsu, Koji
Satoh, Hiroshi
Yamamoto, Setsuo
description This letter proposes a wide bandwidth monopole-like antenna, made from hexagonal Y-type ferrite Ba[Formula Omitted]Co[Formula Omitted]Fe[Formula Omitted]O[Formula Omitted] with CuO addition for the reception of terrestrial broadcasting, integrated services digital broadcasting (ISDB), allocated in the 470-770 MHz frequency band. The magnetic and electrical properties of the ferrite include a low magnetic loss of 0.05 with a relative permeability of 2.7 and an electrical loss of less than 0.01 with a relative permittivity of 14 up to 1 GHz, respectively. The proposed antenna has dimensions [Formula Omitted], is excited by a feedthrough conductor, and employs matching circuit elements to modify its impedance. Experimental results show that the proposed antenna has an average gain of [Formula Omitted] at a central frequency of approximately 600 MHz, and a wide frequency bandwidth of 300 MHz over the entire frequency range of the ISDB band at a gain level greater than [Formula Omitted].
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The magnetic and electrical properties of the ferrite include a low magnetic loss of 0.05 with a relative permeability of 2.7 and an electrical loss of less than 0.01 with a relative permittivity of 14 up to 1 GHz, respectively. The proposed antenna has dimensions [Formula Omitted], is excited by a feedthrough conductor, and employs matching circuit elements to modify its impedance. Experimental results show that the proposed antenna has an average gain of [Formula Omitted] at a central frequency of approximately 600 MHz, and a wide frequency bandwidth of 300 MHz over the entire frequency range of the ISDB band at a gain level greater than [Formula Omitted].</description><identifier>ISSN: 1536-1225</identifier><identifier>EISSN: 1548-5757</identifier><identifier>DOI: 10.1109/LAWP.2015.2498412</identifier><language>eng</language><publisher>New York: The Institute of Electrical and Electronics Engineers, Inc. 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