Advanced investigation on EBG structures: A critical analysis to optimize the performance of asymmetric couple-line bandpass filter

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• 来源
  《International Conference on Electrical Engineering and Information Communication Technology》|2015年|1-6|共6页
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• 作者

  Parvez S.; Sakib N.; Mollah M.N.;

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• 关键词

  MMIC; band-pass filters; frequency response; optimisation; photonic band gap; EBG structures; MMIC; asymmetric couple-line bandpass filter; electromagnetic band gap structures; frequency response; insertion loss; monolithic microwave integrated circuits; optimum filling factor; pass band analysis; planar-EBG frameworks; planar-EBG patterns; second harmonics; stop band analysis; third harmonics; Band-pass filters; Dielectric constant; Metamaterials; Microstrip; Periodic structures; Scattering parameters; Substrates; 3-dB pass bandwidth; EBG Structures; Filling Factor (FF); Harmonic Suppression; Selectivity;

  机译：MMIC;带通滤波器;频率响应;优化;光子带隙; EBG结构; MMIC;不对称耦合线带通滤波器;电磁带隙结构;频率响应;插入损耗;单片微波集成电路;最佳填充系数;通带分析;平面EBG框架;平面EBG模式;二次谐波;阻带分析;三次谐波;带通滤波器;介电常数;超材料;微带线;周期性结构;散射参数;基板; 3 dB通过带宽; EBG结构;填充因子（FF）;谐波抑制;选择性;