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Design of a stopband filter based on a magnetic photonic bandgap material

机译：基于磁性光子带隙材料的阻带滤波器的设计

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In this paper, we present a stopband filter synthesis using a new class of photonic bandgap (PBG) materials, in which the magnetic permeability varies periodically. This magnetic PBG (MPBG) is fabricated using arrays of ferromagnetic nanowires. The MPBG design procedure, which will be described, is divided into two stages. First, we perform an analytical prediction of the filter properties for given MPBG parameters. Then, the frequency response of the MPBG is simulated using a variational-chain matrix model, which is validated by measurements.

机译：在本文中，我们提出了一种使用新型光子带隙（PBG）材料的阻带滤波器合成方法，其中导磁率周期性变化。磁性PBG（MPBG）是使用铁磁纳米线阵列制成的。将要描述的MPBG设计过程分为两个阶段。首先，我们对给定的MPBG参数执行过滤器属性的分析预测。然后，使用变链矩阵模型对MPBG的频率响应进行仿真，并通过测量对其进行验证。

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《》|2003年|p.809-812|共4页
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Saib; A.; Huynen; I.; Vanhoenacker-Janvier; D.;
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中图分类无线电电子学、电信技术;
关键词
band-stop filters; photonic band gap; frequency response; magnetic permeability; ferromagnetic materials; stopband filter design; magnetic photonic bandgap material; stopband filter synthesis; magnetic permeability; magnetic PBG; ferromagnetic nanowires array; variational-chain matrix model; frequency response;

机译：带阻滤波器;光子带隙;频率响应;磁导率;铁磁材料;阻带滤波器设计;磁性光子带隙材料;阻带滤波器合成;磁导率;磁性PBG;铁磁纳米线阵列;变链矩阵模型;频率响应;

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1. Design and synthesis of cutoff filter using photonic bandgap materials [J] . Mishra RK, Misra KD, Pandey RP, Surface review and letters . 2004,第6期

机译：光子带隙材料截止滤波器的设计与合成
2. A Sharp, Wide and Reconfigurable Stopband Filter using a New Photonic Bandgap Structure [J] . S Das, S K Parui Journal of The Institution of Engineers (India). Electronics & Telecommunication Engineering Division Board . 2008,第1期

机译：使用新的光子带隙结构的尖锐，宽且可重新配置的阻带滤波器
3. A Low-Pass Filter of Wide Stopband with a Novel Multilayer Fractal Photonic Bandgap Structure [J] . Hai-WenLiu, Xiao-WeiSun, Zheng-FanLi Active and passive electronic components . 2004,第2期

机译：具有新型多层分形光子带隙结构的宽阻带低通滤波器
4. Design of a Stopband Filter Based on a Magnetic Photonic Bandgap Material [C] . A. Saib, I. Huynen, D. Vanhoenacker-Janvier European Microwave Conference . 2003

机译：基于磁力光电带隙材料的阻带滤波器设计
5. The density matrix method in photonic bandgap and antiferromagnetic materials. [D] . Barrie, Scott B. 2007

机译：光子带隙和反铁磁材料中的密度矩阵法。
6. Design of Broad Stopband Filters Based on Multilayer Electromagnetically Induced Transparency Metamaterial Structures [O] . Ziyu Liu, Limei Qi, Syed Mohsin Ali Shah, 2019

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7. A Low-Pass Filter of Wide Stopband with a Novel Multilayer Fractal Photonic Bandgap Structure [O] . Hai-Wen Liu, Xiao-Wei Sun, Zheng-Fan Li 2004

机译：具有新型多层分形光子带隙结构的宽阻带低通滤波器
8. Optical Notch Filters Based on Two-Dimensional Photonic Band-Gap Materials [R] . Tonucci, R. J., Rosenberg, A. 1997

机译：基于二维光子带隙材料的光学陷波滤波器

Design of a stopband filter based on a magnetic photonic bandgap material

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