基于全通滤波器的两极带通滤波器

S. Yimman, S. Praesomboon, S. Klunium, S. Navarattara, K. Dejhan
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引用次数: 2

摘要

利用最小二乘法对全通滤波器和陷波滤波器提出了一种新的双极带通滤波器设计原理。首先采用极零放置法设计陷波滤波器,然后修改极位来控制通带滤波器增益,以保证与目标电平的最大增益对称。然后设计与陷波滤波器相同位置的全通滤波器,与设计的陷波滤波器进行负级联,得到具有带通滤波器幅度响应的传递函数。MATLAB实验结果表明,新设计的双极带通滤波器具有精确、对称的增益
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Two-Pole Band-pass Filter Based on All-pass Filter
This paper proposes the new two-pole band-pass filter design principle for the all-pass filter and notch filter by applying the least square. The first step is to design notch filter by using pole-zero placement and then modify pole positions to control pass-band filter gain to ensure the symmetry with the maximum gain at the target level. After that, there is the design of all-pass filter with pole at the same positions as the notch filters to make the negative cascade with the designed notch filter to get the transfer function with band-pass filter magnitude response. The results from the experiments on MATLAB have shown the two-pole band-pass filter of the new design with the accurate and symmetric gain
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