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首页> 外文期刊>International Journal of Electromagnetics and Applications >An Efficient Analysis of Microstrip Trisection Filters Using an Iterative Method Combined by Approach Multi-Scale
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An Efficient Analysis of Microstrip Trisection Filters Using an Iterative Method Combined by Approach Multi-Scale

机译:迭代法与多尺度相结合的微带三分法滤波器有效分析

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This paper presents an efficient execution of the Wave Concept Iterative Procedure algorithm (WCIP) combined with the Multi-scale approach’s module (M.WCIP). This approach is introduced to solve the problem of the relationship between circuit complexity and computation time. Therefore, this work consists of a development of simulation software based on this combination for planar circuits very jagged structure’s simulation. The two layouts of the micro-strip trisection filter’s simulation are made. The first layout has a higher selectivity on the high side of the pass-band and the second has a higher selectivity but on the low side of the pass-band. The results obtained the WCIP and M.WCIP are analyzed and validated by comparison with results obtained by other researchers.
机译:本文介绍了结合多尺度方法模块(M.WCIP)的Wave概念迭代过程算法(WCIP)的有效执行。引入这种方法来解决电路复杂度和计算时间之间的关系问题。因此,这项工作包括基于这种组合的仿真软件的开发,用于平面电路中非常锯齿状的结构的仿真。进行了微带三分法滤波器仿真的两种布局。第一种布局在通带的高侧具有较高的选择性,第二种布局在通带的低侧具有较高的选择性。通过与其他研究人员获得的结果进行比较,对WCIP和M.WCIP获得的结果进行了分析和验证。

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