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Ultra-Wideband Six-port Network Constructed by 90° and In-Phase Power Dividers

机译:由90°和相位电源分频器构造的超宽带六端口网络

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This article proposes a six-port network design with an ultra-wideband operation from 3.1 to 10.6 GHz. The proposed six-port configuration is constructed by two types of power dividers with different phase characteristics of 0 degrees (in-phase) and 90 degrees. The new proposed configuration eliminates one unused port of the conventional six-port. Both components forming the proposed six-port are designed utilizing the microstrip-slot technique to accomplish the designated UWB operating frequency. The six-port is designed via the use of CST Microwave Studio (CST MWS) and realised by applying Rogers TMM4 substrate. Comparable simulated and measured performances are achieved in terms of S-parameters and phase differences between each consecutive port across UWB frequency range.
机译:本文提出了六端口网络设计,超宽带操作从3.1到10.6 GHz。所提出的六端口配置由两种类型的功率分频器构成,具有0度(以相位)和90度的不同相位特征。新的建议配置消除了传统六端口的一个未使用的端口。形成所提出的六端口的两个组件都是利用微带插槽技术设计以完成指定的UWB工作频率。六端口是通过使用CST微波工作室(CST MWS)而设计的,并通过应用ROGERS TMM4基板来实现。在UWB频率范围跨越UWB频率范围的每个连续端口之间的S参数和相位差异,实现了类似的模拟和测量性能。

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