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Effective Permeability Retrieval of Near-field Metamaterial based on Equivalent-Circuit Model

机译:基于等效电路模型的近场超材料有效渗透率反演

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In general, S-parameter methods have been used to calculate electromagnetic parameters of artificially structured materials, which is limited to far-field region. In reality, it is found that such method is not well suited for near-field application, such as wireless power transfer (WPT). In this paper, we present an equivalent-circuit model for extracting relative permeability of near-field metamaterial (NFM). Based on the proposed circuit model, it is possible to analyze the magnetic properties of NFM, and the resonant frequency can be quickly predicted. Finally, full-wave simulation and experimental measurement verify the analysis result.
机译:通常,已经使用S参数方法来计算人造结构材料的电磁参数,该参数仅限于远场区域。实际上,发现这种方法不太适合于近场应用,例如无线电力传输(WPT)。在本文中,我们提出了一种等效电路模型,用于提取近场超材料(NFM)的相对磁导率。基于所提出的电路模型,可以分析NFM的磁特性,并可以快速预测谐振频率。最后,通过全波仿真和实验测量验证了分析结果。

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