GaP coplanar waveguide GaP共面波导
a coplanar waveguide 共平面波导
Coplanar Waveguide Type 共面波导型
coplanar waveguide fed 共面波导馈电
cross-coplanar waveguide 十字型共面波导
Coplanar Waveguide Ground 接地共面波导
Coplanar waveguide switch 共面波导开关
Two waveguides with PBG, a coplanar waveguide with PBG, and a microstrip patch antenna with PBG are presented.
本文提出了两种波导中的矩形金属贴片介质层的PBG结构；一种共面波导的PBG结构及微带天线的PBG结构。
参考来源 - PBG技术在微波电路中的应用研究Three types of artificial neural networks, namely radial basis function network, feedforward network, stochastic network, and their application in the analysis of electromagnetic stop band structure in coplanar waveguide have been discussed.
本文研究了以下三种人工神经网络：径向基函数网络、前向网络、随机网络，并用于分析共面波导中的电磁阻带结构。
参考来源 - 应用人工神经网络分析共面波导中的电磁阻带结构·2,447,543篇论文数据，部分数据来源于NoteExpress
以上来源于: WordNet
The transition effect of the via-free transition from coplanar waveguide (CPW) to microstrip is analyzed.
分析了无通孔接地板对共面波导(CPW)至微带转换过渡的影响。
The switch consists of two suspended metallic membranes supported by a serpentine flexible spring over a coplanar waveguide.
该开关的结构特点是，以共面波导上的悬空金属膜为双桥结构，并且膜桥的支撑呈折叠弹簧结构。
The coplanar waveguide on the substrate with finite dimensions is a physical model which is very closed to the engineering situation.
有限尺寸介质基片上的共面波导是一种非常接近于工程应用状态的物理模型。
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