Description: 使用矩量法计算微带天线的特征阻抗，用户需自行更改其中的天线的几何尺寸和工作频点．-Calculated using the method of moments microstrip antenna characteristic impedance, the user need to change one of the antenna geometry and frequency. Platform: |
Size: 1024 |
Author:张辰 |
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Description: 分享一个外国人编写的FDTD程序,可以用来计算微带线和微带贴片天线,程序中采用的是均匀网格划分,但也可以在容易地在它基础上改写成非均匀网格.其边界条件与Sheen的程序不同,这里采用二阶技术.-Prepared to share a foreigner FDTD procedures, can be used to calculate the microstrip lines and microstrip patch antenna, the procedure used is uniform mesh, but can also easily rewrite it into the basis of non-uniform grid. its boundary conditions with different processes and Sheen, where second-order technology. Platform: |
Size: 6144 |
Author:sunorit |
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Description: his example calculates the impedance of a microstrip line on a printed circuit board. It compares the impedance with that obtained from an analytical formula given the dimensions of the micro strip and permittivity of the circuit board. This formula is available as a script with the following arguments: width, height, height of conductor, and permittivity of circuit board. Platform: |
Size: 5120 |
Author:wyle |
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Description: 一个利用Matlab仿真计算微带贴片天线底馈的程序-The use of Matlab simulation of a microstrip patch antenna fed at the end of the procedure Platform: |
Size: 2048 |
Author:单坤 |
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Description: 有两个代码文件，是分别计算微带贴片天线设计时背馈和侧馈两种情况下的天线尺寸的，很全很精确！-There are two code files, which separately calculate design of microstrip patch antenna fed back and the side-fed both cases, the antenna size, it is all very precise! Platform: |
Size: 5120 |
Author:huang |
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Description: this a code for all microstrip finders who want to find the radiation patterns of cylindrical microstrip antenna (CMA). this is the code which is based on some research paper but is correct to some extent -this is a code for all microstrip finders who want to find the radiation patterns of cylindrical microstrip antenna (CMA). this is the code which is based on some research paper but is correct to some extent Platform: |
Size: 2048 |
Author:Amit Singh |
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Description: this matlab code calculate the input impedance and current distribution of microstrip patch antenna with coax excitation in different place. Platform: |
Size: 1024 |
Author:saeid |
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Description: fdtd程序，线馈矩形微带天线的分析文档，其中包括两种模型的建立，有matlab和C++程序。-fdtd program, line fed rectangular microstrip antenna analysis documents, including the establishment of the two models, with matlab and C++ program. Platform: |
Size: 80896 |
Author:wode |
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Description: 本文使用三维FDTD算法实现文献《Application of the three_Dimensional Method to the analysis if Planar Microtrip Circuits》IEEE trans. On MTT 1990 38(7)的一个矩形微带贴片天线的S11参数的计算。采用MATLAB编程完成数值计算，并与文中的结果进行了比较。-This three-dimensional FDTD algorithm using the document " Application of the three_Dimensional Method to the analysis if Planar Microtrip Circuits" IEEE trans. On MTT 1990 38 (7) of a rectangular microstrip patch antenna of the S11 parameter of the calculation. Complete the numerical calculation using MATLAB programming, and with the text of the results were compared. Platform: |
Size: 2048 |
Author:ERIC |
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Description: matlab code with mwthod of moments to calculate the radiation pattern of microstrip rectangular patch antenna Platform: |
Size: 1024 |
Author:Akhila |
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Description: 通过matlab编程，利用FDTD算法来计算微带带通滤波器的S参数，适合初学者熟悉FDTD算法。我用的板材是Rogers5880板材，厚度为0.508mm(Through MATLAB programming, the use of FDTD algorithm to calculate the S parameters of microstrip bandpass filter, suitable for beginners familiar with FDTD algorithm.) Platform: |
Size: 53248 |
Author:桃花源
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Description: this code is to show how Matlab design works. I do not have the license of the code. This code can also be downloaded from files exchange.
The structure includes of a single ground plane and it is consequently low cost and simple to fabricate. It is found that isolation of more than 40dB can be achieved between two parallel microstrip patch antennas with using of one pair of slit two walls in air between microstrip antennas, inter-antenna spacing (center to center) is 0.257lambda_0. Also we are investigated that with different shapes of EBG on the walls we can reduce S12 more than 4 dB. At 0.94GHz it is shown that this translates into a center to center separation between antennas of just 20 mm. Similarly the structure can be applied to reduce mutual coupling between three or four radiating elements. A simulation result is used to confirm the suppression of mutual coupling between closely-packed antenna elements. Platform: |
Size: 9216 |
Author:fandu
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Search - Microstrip with matlab