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PIER PIER B PIER C PIER M PIER Letters
2006-11-10
Extended Cavity Model Analysis of Stacked Circular Disc
By
Madhurika Mahajan,

    Dr. Madhurika Mahajan

    Department of Physics

    Jaypee University of Information Technology

    India

    Homepage

Sunil Kumar Khah,

    Professor Sunil Kumar Khah

    Department of Physics & Materials science

    Jaypee University of Information Technology

    India

    Homepage

Tapas Chakravarty

    Dr. Tapas Chakravarty

    TCS Research

    India

    Homepage

, Vol. 65, 287-308, 2006
doi:10.2528/PIER06101301
Abstract
Stacked microstrip antennas deserve special attention due to their advantageous properties like dual frequency operation and wide bandwidth. In the present communication a theoretical model for single stacked microstrip disc antenna is proposed using extended cavity model. The method of analysis by this model is easier and intuitive than the full wave analysis. Single stacked microstrip disc antenna with co-axial feed locations at different radial positions is analyzed with this model taking different ratios of patch sizes. Antenna properties like return loss, input impedance, gain and radiation efficiency are calculated with the proposed model different cases and compared with the simulated and experimental results. The results are in fairly good agreement.
Citation
Madhurika Mahajan, Sunil Kumar Khah, and Tapas Chakravarty, "Extended Cavity Model Analysis of Stacked Circular Disc," , Vol. 65, 287-308, 2006.
doi:10.2528/PIER06101301
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