Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani
This paper recommends a new technique of constructing circular antenna using metamaterial substrate. The study is concentrating on C-band frequency at 4.7GHz. The new small antenna has improved the performances in terms of directivity, gain, return loss and size. The size of metamaterial antenna is...
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my.uitm.ir.811482023-10-02T02:39:36Z https://ir.uitm.edu.my/id/eprint/81148/ Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani Mohamad Zani, Mohamad Zharif Antennas This paper recommends a new technique of constructing circular antenna using metamaterial substrate. The study is concentrating on C-band frequency at 4.7GHz. The new small antenna has improved the performances in terms of directivity, gain, return loss and size. The size of metamaterial antenna is decreased by a factor 2.4. The directivity is increased from 4.17 for conventional antenna to 5.66 for metamaterial antenna. Better return loss also displayed from metamaterial antenna which is -24.2 dB. By analyzing the radiation pattern, the metamaterial antenna also focus to the supposed location. Result from the combination of material and structure on a single cell was led to the material with negative permittivity or metamaterial. The compact antenna is expected to improve features of conventional design by reducing the cost of production in correlation to the size reduction in mess production. Article PeerReviewed text en https://ir.uitm.edu.my/id/eprint/81148/1/81148.PDF Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani. pp. 1-7. |
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This paper recommends a new technique of constructing circular antenna using metamaterial substrate. The study is concentrating on C-band frequency at 4.7GHz. The new small antenna has improved the performances in terms of directivity, gain, return loss and size. The size of metamaterial antenna is decreased by a factor 2.4. The directivity is increased from 4.17 for conventional antenna to 5.66 for metamaterial antenna. Better return loss also displayed from metamaterial antenna which is -24.2 dB. By analyzing the radiation pattern, the metamaterial antenna also focus to the supposed location. Result from the combination of material and structure on a single cell was led to the material with negative permittivity or metamaterial. The compact antenna is expected to improve features of conventional design by reducing the cost of production in correlation to the size reduction in mess production. |
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Mohamad Zani, Mohamad Zharif |
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Mohamad Zani, Mohamad Zharif |
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Mohamad Zani, Mohamad Zharif |
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Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani |
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Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani |
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Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani |
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Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani |
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Circular patch antenna using metamaterial / Mohamad Zharif Mohamad Zani |
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circular patch antenna using metamaterial / mohamad zharif mohamad zani |
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https://ir.uitm.edu.my/id/eprint/81148/1/81148.PDF https://ir.uitm.edu.my/id/eprint/81148/ |
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