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Circularly polarized array pentagonal microstrip antenna for mobile satellite applications

机译:用于移动卫星应用的圆极化阵列五边形微带天线

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At the firstly single element of the singly fed pentagonal patch antenna using air gap is proposed. The results show that the bandwidth of impedance axial ratio and gain at the resonant frequency 2.4925 GHz are 15.67 %, 4.11 % and 52.16 %, respectively. Moreover the value of S-parameter axial ratio and gain at 2.4925 GHz are −15.03 dB, 0.06 dB and 8.74 dBic, respectively. Furthermore in this research it is also investigated circularly polarized array pentagonal microstrip antenna for mobile satellite communications especially to enhance the bandwidth axial ratio that are examined both of simulation and measurement. The results of array pentagonal patch antenna is similar with its single especially the value of S-parameter axial ratio and gain as the mentioned above. The other results related the simulation show that the cutting of beam angle between of them is the same. In case of measurement results owing to loss during measuring the gain decreasing and affect the cutting of beam angle between gain and axial ratio that is not satisfied yet.
机译:首先,提出了使用气隙的单馈五边形贴片天线的单个元件。结果表明,在谐振频率2.4925 GHz处,阻抗轴比带宽和增益分别为15.67%,4.11%和52.16%。此外,S参数轴比和2.4925 GHz处的增益值分别为-15.03 dB,0.06 dB和8.74 dBic。此外,在这项研究中,还研究了用于移动卫星通信的圆极化阵列五边形微带天线,特别是为了提高带宽轴向比,这在仿真和测量方面都得到了检验。如上所述,阵列五边形贴片天线的结果与它的单个结果特别相似,特别是S参数轴比值和增益值。与仿真相关的其他结果表明,它们之间的光束角切割相同。如果由于测量过程中的损耗而导致测量结果下降,则增益会降低,并影响尚未满足的增益与轴向比之间的光束角切割。

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