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Numeric simulation of self complementry antenna for terahertz imaging

机译:太赫兹成像自补天线的数值模拟

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The paper presents terahertz performance of integrated lens antenna which is composed of log spiral antenna as feed and hyper hemispherical lens. Designing and terahertz performance of planar log spiral antenna is carried out by FEM which shows symmetrical radiation patterns, 3db axial ratio bandwidth of 60%, and constant impedance through whole band. Lens coupled antenna performance is analyzed by using numeric computational approach using ray tracing inside lens and diffraction theory outside lens. Quasi optic approach so used results in high broadside gain as well as directivity and substrate mode loss issue is also seemed to be tackled. Lens's dimension selection is also optimized using hybrid method.
机译:本文介绍了集成透镜天线的太赫兹性能,它由对数螺旋天线作为馈电和超半球形透镜组成。平面对数螺旋天线的设计和太赫兹性能由FEM进行,它显示出对称的辐射方向图,3db的轴向比率带宽为60%,并且在整个频带内具有恒定的阻抗。使用数值计算方法分析透镜耦合天线的性能,方法是使用透镜内部的光线跟踪和透镜外部的衍射理论。如此使用的准光学方法会导致较高的宽边增益以及方向性,而且似乎也要解决衬底模式损耗的问题。镜头的尺寸选择也使用混合方法进行了优化。

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