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首页> 外文期刊>International journal of electronics >Taper transmission line UWB Wilkinson power divider analysis and design
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Taper transmission line UWB Wilkinson power divider analysis and design

机译:锥度传输线UWB威尔金森功率分配器的分析与设计

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This paper proposed, analysed and fabricated an ultra-wideband Wilkinson power divider. This proposed power divider contains two parts, namely the transmission lines with fixed characteristic impedance and the tapered transmission line.The power divider has a fixed architecture with the ability to broaden for different bandwidths by changing its circuit parameters including resistors and impedances. It also can create a bandwidth of about 40 GHz with a smaller physical dimension and fewer numbers of resistors.The proposed power divider is investigated using the even/odd analysis method in order to compute equations required for designing power divider.The proposed power divider was designed and fabricated for the 3-11 GHz ultra-wideband range. Then, the results are compared with the simulated results and a good agreement is obtained consequently. Furthermore, input return loss better than 12dB, output return loss better than 15dB, insertion loss better than 4.8dB and output ports isolation less than 12 dB are achieved by measured results. The overall size of the proposed power divider is 14.2 x 4.8 mm(2).
机译:本文提出,分析并制造了一种超宽带威尔金森功率分配器。提出的功率分配器包含两部分,即具有固定特性阻抗的传输线和锥形传输线。功率分配器具有固定的架构,能够通过更改其电路参数(包括电阻器和阻抗)来扩展不同的带宽。它还可以创建具有较小物理尺寸和较少电阻器的40 GHz带宽。使用偶/奇分析方法研究了所建议的功率分配器,以计算设计功率分配器所需的方程。为3-11 GHz超宽带范围设计和制造。然后,将结果与模拟结果进行比较,从而获得良好的一致性。此外,通过测量结果可以实现输入回波损耗优于12dB,输出回波损耗优于15dB,插入损耗高于4.8dB和输出端口隔离度低于12 dB。所建议的功率分配器的整体尺寸为14.2 x 4.8 mm(2)。

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