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PIER PIER B PIER C PIER M PIER Letters
2009-12-14
A Wideband Wide-Strip Dipole Antenna for Circularly Polarized Wave Operations
By
Li-Pin Chi,

    Mr. Li-Pin Chi

    Department of Electrical Engineering

    Feng-Chia University

    Taiwan

    Homepage

Sheau-Shong Bor,

    Dr. Sheau-Shong Bor

    Department of Electrical Engineering

    Feng-Chia University

    Taiwan

    Homepage

Sheng-Ming Deng,

    Dr. Sheng-Ming Deng

    Department of Electronic Engineering

    Ming-Chuan University

    Taiwan

    Homepage

Ching-Long Tsai,

    Dr. Ching-Long Tsai

    Department of Electronic Engineering

    Ming-Chuan University

    Taiwan

    Homepage

Peng-Hao Juan,

    Dr. Peng-Hao Juan

    Department of Electronic Engineering

    Ming-Chuan Universi

    Taiwan

    Homepage

Kuo-Wei Liu

    Prof. Kuo-Wei Liu

    Department of Electronic Engineering

    Ming-Chuan University

    Taiwan

    Homepage

Progress In Electromagnetics Research, Vol. 100, 69-82, 2010
doi:10.2528/PIER09112201
Abstract
A thin dipole antenna is a well-known antenna with linearly polarized wave operation. In this work, a wide-strip dipole antenna is proposed for circularly polarized wave operations. To obtain circularly polarized (CP) wave operations, there are two conditions to be satisfied. One is that the antenna must have two degenerated orthogonal modes with different resonant frequencies. The other is that the phase difference of two orthogonal modes is 90 degrees. To match the first condition, the slab width W is tuned to generate current distributions directed in two different directions. In addition, the second condition is matched by asymmetric feeding point by adjusting the overlapped square width C. The parametric study is completed by the Ansoft HFSS simulator. Simulated results reveal that the CP wave is mainly influenced by the slab width W. The influences of the parameters C and d on the performances of the proposed antenna are also investigated in this paper. Taking -8 dB as reference, there are two working bands for this proposed antenna and the measured center frequencies are 0.66 GHz and 2.04 GHz, respectively, and the corresponding bandwidths are 0.27 GHz (40%) and 1.78 GHz (87%), respectively. In addition, the measured center frequencies and bandwidths of the axial ratio are 1.94 GHz and 0.53 GHz (27%), respectively.
Citation
Li-Pin Chi, Sheau-Shong Bor, Sheng-Ming Deng, Ching-Long Tsai, Peng-Hao Juan, and Kuo-Wei Liu, "A Wideband Wide-Strip Dipole Antenna for Circularly Polarized Wave Operations," Progress In Electromagnetics Research, Vol. 100, 69-82, 2010.
doi:10.2528/PIER09112201
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