siw

Research results are potential valuable for the development of SIW devices .

研究结果对基片集成波导器件的开发具有潜在的应用价值。

A Planar Slot Antenna with High Gain Based on SIW

基于基片集成波导的高增益平面缝隙天线

A Dual Frequency Power Divider Based on SIW and Composite Right / Left-handed Structure

一种SIW复合左右手结构的双频功分器

Design and Realization of a Novel Substrate Integrated Waveguide ( SIW ) Cavity Filter

一种新型基片集成波导腔体滤波器的设计与实现

The Application of SIW Filter on Ka - band Receiver Front-end

基片集成波导滤波器在Ka波段接收前端的应用

The Research of a Novel Millimeter Wave Wide-band Vivaldi Array Antenna Using SIW Technology

基于基片集成波导技术的毫米波超宽带Vivaldi阵列天线研究

Design and simulation of a novel SIW narrowband bandstop filter

SIW窄带带阻滤波器的设计和仿真研究

Low side lobe SIW slot array circular polarized antenna

低副瓣基片集成波导缝隙阵圆极化天线

What is more , waveguide and cavity type filters based on SIW constructions are designed .

此外，本文设计了SIW结构的波导和腔体滤波器。

Design of Coupler Based on SIW Broadside Coupling

基于SIW宽边耦合的耦合器的设计

And then , explore the multilayer filter based on the substrate integrated waveguide ( SIW ) .

而后对于基于基片集成波导技术的多层滤波器研究进行了些许探索。

Broadband transitions between SIW and rectangular waveguide are designed based on impedance matching and field mode tapering .

接着基于阻抗变换和模式渐变的工作原理在宽频带上分别实现了基片集成波导（SIW）与矩形波导的转换。然后基于电磁场的模式耦合理论设计了共面线与基片集成波导的耦合结构。

In addition , a new method is presented to suppress the spurious passband of the SIW filters .

除此之外还给出了一种抑制此种滤波器寄生通带的方法。

Study on Modeling Method for Electromagnetic Shielding Simulation of Aperture Substrate Integrated Waveguide ( SIW ) Traveling Wave Circular Polarized Antenna

缝隙结构电磁屏蔽特性数值仿真建模方法研究基片集成波导X型缝隙结构行波圆极化天线及阵列

Several novel multiple-port substrate integrated waveguide ( SIW ) power dividing / combining circuits have been proposed firstly .

首次提出了几种新型基片集成波导（SIW）多端口功分／合成电路。

Substrate Integrated Waveguide ( SIW ) Traveling Wave Circular Polarized Antenna Longitudinal shunt slot non-resonance array

基片集成波导X型缝隙结构行波圆极化天线及阵列纵向并联缝隙非谐振式天线阵

The substrate integrated waveguide ( SIW ) borrow advantages of both kinds of guide-wave structure above .

基片集成波导（SIW）在结构上综合了上述两类导波结构的优点，使得其在提高性能的基础上，能够更容易地与各类元器件集成在一起。

Finally , the topological structure of dual-band SIW bandpass filters based on two coupling paths between source and load is analyzed .

最后，本论文对采用双传输路径实现的双通带滤波器耦合拓扑结构进行了简单的分析。

Compared with them , the equilateral triangle SIW resonator has the advantage of convenient layout and compact structure .

而三角形SIW谐振腔与它们相比，有着方便布局，结构紧凑的优点。

This present paper applies the technology of SIW into the design of filter , and introduces several kinds of high-performance dual-mode band-pass filters .

本文将基片集成波导应用到滤波器的设计中，设计制作了多种性能优良的双模带通滤波器。

In this paper , a circular polarized linear anay antenna based on Substrate Integrated Waveguide ( SIW ) technology is realized .

本文通过基片集成波导技术设计并实现了一种行波式圆极化天线线阵列。

A new technique called Substrate Integrated Waveguide ( SIW ) was proposed , and then its dominant mode ( TE10 ) was briefly analyzed .

介绍了基片集成波导（SIW）这一新技术，并对其中的主模（TE10）进行了简要分析。

One of the principal problems in studying the substrate integrated waveguide ( SIW ) is the transition of SIW with other types of transmission lines .

基片集成波导（SIW）技术中非常重要的问题之一是该类波导与其它形式传输线的过渡问题。

Substrate Integrated Waveguide ( SIW ) is a new kind of microwave transmission line in these years which can be widely used in microwave and millimeter wave circuit .

基片集成波导（SubstrateIntegratedWaveguide，简称SIW）是一种近年内出现的新型微波传输结构，可以广泛地应用于微波及毫米波电路中。

Substrate integrated waveguide ( SIW ) technology is proposed in recent years . It has many advantages , like low insertion loss , low radiation , and high power capacity .

基片集成波导技术是近年来提出的一种插入损耗小、辐射低、功率容量高、集成于介质基片中的新型导波结构。

Two open-loop resonators are used to realize mixed source-load coupling , then , four transmission zeros can be get in the third-order SIW filter .

结合基片集成波导与微带谐振器，利用两个开口环谐振器来实现SIW滤波器的混合源和负载耦合，从而在一个三阶SIW滤波器中得到四个传输零点。

A novel millimeter wave substrate integrated waveguide ( SIW ) filter with compact configuration was presented . Its performance is improved apparently while the configuration is compacted .

提出了一种紧缩结构的新型毫米波基片集成波导（SIW）滤波器，在结构紧缩的同时性能得到了显著改善。

In addition , considering the development condition of SIW technique , the cavities of traditional FSS and SIW are combined and a novel FSS is achieved .

采用有效的分析方法，并且结合SIW技术的研究发展状况，将传统的FSS和SIW形成的腔体相结合，得到一种新型的频率选择表面结构。

This compact multiple-port SIW power dividing / combining circuits have been analyzed firstly by employing the equivalent-circuit method , and the simple model has also been presented .

首次运用等效电路法分析了这类紧凑型SIW多端口功率分配器／合成器。

In order to miniaturize the millimeter wave circuit system , this study improved the traditional chain SIW filter and brought forward a new type of compact configuration with chamfer angle .

为了实现毫米波电路系统小型化，对传统链式SIW滤波器进行改进，提出了一种新型的带倒角的紧缩结构SIW滤波器。