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An improved ultra-wideband bandpass filter design using split ring resonator with coupled microstrip line

机译:使用耦合微带线的分流环谐振器改进的超宽带带通滤波器设计

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This paper incorporates an improved design of Ultra Wideband Bandpass filter by using split ring resonators (SRR) along with the coupled microstrip lines. The use of split ring resonators and shunt step impedance open circuit stub enhances the stability due to transmission zeroes at the ends. The designing of filter and simulation of parameters is carried out using Ansoft's HFSS 13.0 software on RT/Duroid 6002 as a substrate with dielectric constant of 2.94. The design utilizes a frequency band from 22GHz to 29GHz. This band is reserved for Automotive Radar system and sensors as per FCC specifications. The proposed design demonstrates insertion loss less than 0.6dB and return loss better than 12dB at mid frequency i.e. 24.4GHz. The reflection coefficient shows high stability of about 12.47dB at mid frequency. The fractional bandwidth of the proposed filter is about 28.7% and size of filter design is small due to thickness of 0.127mm.
机译:本文采用了通过使用分流环谐振器(SRR)以及耦合的微带线来改进的超宽带带通滤波器设计。使用分流环谐振器和分流步骤阻抗开路存根提高了由于端部的传动零而增强了稳定性。过滤器和参数仿真的设计是在RT / DUROID 6002上使用ANSoft的HFSS 13.0软件作为具有2.94的介电常数的基板进行的。该设计利用22GHz至29GHz的频带。根据FCC规格,该频段保留用于汽车雷达系统和传感器。所提出的设计表明,在MID频率下,在12dB中,返回损耗的插入损耗比12dB更好。24.4GHz。反射系数在中频时显示出约12.47dB的高稳定性。所提出的过滤器的分数带宽约为28.7%,滤波器设计的尺寸由于厚度为0.127mm。

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