单根与耦合微带线的分析与综合是微波集成电路(MIC)设计的基础。
Microwave Integrated Circuits (MICs) design is based on the analysis and synthesis of the single microstrip line and the coupled microstrip lines.
介绍了一种应用于C波段接收机射频前端，并利用耦合微带线设计的射频滤波器。
An RF fitter, which is applied to C-band receiver RF front and designed with the coupling micros - trip line, is introduced.
采用神经网络对耦合微带线进行建模，并将此模型应用到耦合微带线的分析与设计中。
Artificial neural network of coupling microstrip line is built, and used to analyze and design coupling microstrip line.
该天线阵采用矩形波导宽边纵向缝隙耦合微带线结构给串馈微带贴片线阵馈电，从而构成二维平面阵。
Rectangle metal waveguide slot-microstrip coupling structure is used to feed series-fed microstrip patch linear array, thus a planar array is obtained.
本文在相关数学模型的基础上，推导出平行耦合微带线和平行耦合微带线输出带通滤波器插损的精确表达式。
The precise expression for the insertion loss of the parallel coupled microstrip line output bandpass filter has been given on the basis of related mathematical models.
文中采用该方法进行了一种耦合微带线设计，以耦合微带线的结构尺寸作为输入样本，奇偶模特性阻抗和归一化波长作为输出样本。
In this paper, with the structure size of coupling micro-strip line defined as input samples and the characteristic impedance and the normalized wavelength defined as output samples, a...
关于介质谐振腔和微带线耦合的S参数的求解方法，本文采用了数值求解的方法直接求得其散射矩阵。
The exact s parameter for the coupling of DR and micro strip line is calculated by the numerical method.
微带耦合器内部是2条微带线，组成的一个类似于多级耦合的网络。
The internal is 2 microstrip coupler microstrip lines, composed of a similar to multistage coupling network.
微带耦合与前行配置多节相比，我们的新建议与后端到后端平面微带线之一是体积小，同时，具有良好的性能。
Compared with the former microstrip multisection coupled-line configuration, our newly proposed planar one with back-to-back microstrip line is small in size and, meanwhile, has a good performance.
微带耦合与前行配置多节相比，我们的新建议与后端到后端平面微带线之一是体积小，同时，具有良好的性能。
Compared with the former microstrip multisection coupled-line configuration, our newly proposed planar one with back-to-back microstrip line is small in size and, meanwhile, has a good performance.
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