microstrip line

In addition, two methods for extracting the scattering parameters of microwave circuits are studied in this paper, with the emphasis on the matched load termination method. And a further research of the FDTD modeling of matched load terminating a microstrip line is made.

另外，本文还研究了FDTD分析微波电路时散射参数的两种提取方法，着重研究了端接匹配负载提取散射参数的方法，并对微带线端接匹配负载模型作了进一步的研究。

In consideration of the radiation loss of a microstrip line, its propagating constant and characteristic impedance are extracted from time domain responses be means of Fourier ′ s transformation and the telegraph equation.

考虑到辐射损耗，借助Fourier变换和电报方程，从时域响应中提取微带线的传播常数和特性阻抗。

The leakage of microstrip line has two forms: the surface wave form and the space wave form, and the higher order modes on microstrip line mostly leak as space wave form.

微带线泄漏一般分为表面波形式和空间波形式两类，其中微带线高次模泄漏一般以空间波的形式发生。

Study of the Stripline, Microstrip Line and Coaxial Line of Elliptic Cone

椭圆锥带线微带线同轴线的研究

According to the symmetry of current in microstrip line, microstrip line interdigital filter is divided into parallel coupling pairs independent of each other.

根据微带线中电流的对称性，将微带交指滤波器分成互相独立的平行耦合节。

Ultrathin ( or zero-thickness ) microstrip line is a key part in microwave circuit design.

超薄 ( 或说零厚度 ) 微带线是微波电路设计的重要组成部分.

FDTD modeling of matched impedance terminating a microstrip line

微带线匹配负载的FDTD建模

A novel microstrip slot antenna was presented here, which located on the arris of polyhedron and was fed by microstrip line inside the polyhedron.

本文提出了一种新型的、位于金属多面体棱上、由多面体内部微带线馈电的缝隙微带天线。

A new one-dimensional periodic defected ground structure ( DGS ) for microstrip line is presented in this paper.

设计了一种新型一 维 周期缺陷接地结构 ( DefectedG roundStructure,DGS ) 微带线.

Application of the Neural Network in Coupling Microstrip Line Design

神经网络模型在耦合微带线设计中的应用

Fed by the microstrip line, the proposed antenna has a similar dimension with normal USB flash disk, and can be integrated with WLAN card easily.

该天线通过微带线馈电，其尺寸与常用的U盘大小相当，易于与无线网卡集成，满足无线网卡便于携带、即插即用的需求。

In magneto-optic ( MO) film waveguides, the interaction between guided-optical waves ( GOWs) and magnetostatic waves ( MSWs) excited by the RF signal within microstrip line under external bias magnetic field may lead to the Bragg diffraction effect and mode conversion of the GOWs.

在磁光薄膜波导中，在外加偏置磁场作用下，微波信号激发的静磁波与入射导波光作用会引起导波光的Bragg衍射效应并发生模式转换。