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A dual-band crossover using cross-shaped microstrip line for small and large band ratios

机译:使用十字形微带线的双频段分频器,适用于大,小频段比率

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摘要

A novel design of planar dual-band microstrip crossover operating at small and large frequency ratios is presented. These features of the proposed dual-band crossover are achieved by a cross-shaped transmission line. To obtain the dual-band characteristics, the required closed form design formulas are computed using the ABCD matrix method. Based on the design formulas, the realizable small and large band ratios are calculated as 1.65-2.14 and 4.1-8.76, respectively. To validate the computed band ratios, three examples of dual-band crossovers are presented. Finally, two prototypes of dual-band crossover working at smaller and larger frequency ratios are fabricated and tested. The fabricated dual-band crossovers exhibit good return loss and isolation of over 20 dB with minimal insertion loss.
机译:提出了一种在小频率和大频率比率下工作的平面双频带微带分频器的新颖设计。所提出的双频带分频器的这些特征是通过十字形传输线实现的。为了获得双频特性,使用ABCD矩阵法计算所需的封闭形式设计公式。根据设计公式,可实现的小频段和大频段比率分别计算为1.65-2.14和4.1-8.76。为了验证计算的带宽比率,给出了双频带交叉的三个示例。最后,制造并测试了在越来越大的频率比下工作的两个双频分频器原型。所制造的双频带分频器具有良好的回波损耗,隔离度超过20 dB,插入损耗最小。

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