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FDTD-MicrostripeAntenna
- 全参数模板在FDTD数值算法下.微带天线方向系数、半空间方向函数、输入阻抗、驻波比、固定方位角的极化轴比的计算方法。-template parameters in the whole FDTD numerical algorithm under. Microstrip antenna factor, half-space direction function, input impedance, VSWR, fixed azimuth of polarization axis ratio calc
patch
- 用HFSS仿真的微带天线,初学HFSS的朋友可以使用一下-using HFSS simulation microstrip antenna, beginner HFSS friends can use this
MoM_Zmicro
- 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.
IE3D-msantenna
- 利用IE3D计算微带天线结构,对初学此软件的人很有用处
qfdtd90.rar
- 利用fortran语言编写的fdtd程序可以计算微带天线的s参数和方向图,Fortran language use can be calculated fdtd microstrip antenna pattern parameters and s
antennadesigninmatlab
- 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
Rectangular_Microstrip
- 计算矩形微带天线输入阻抗matlab源代码-Matlab code for computation of input impedance of microstrip antenna
MicroStp
- 微带天线的散射场的计算,用户可自己设置参数-cauculation the scattering fiele of the microstrip antenna ,user can set the parameter free
fdtdtianxian
- 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.
FEM_1D
- 利用时域有限差分方法FDTD仿真微带天线,计算其场分布及S-Using finite difference time domain method FDTD simulation of antenna, and S11 to calculate the field distribution
microstrip-antennas--
- 这是微带天线开发的U型槽的一个实际说明文档。希望对大家有帮助。我好不容易才找到的- This is microstrip antennas development U die actual explanation documents. Hoped that has the help to everybody. I only then found with great difficulty
CoaxialFeedRectangularMicroscripAntenna
- 一个有关矩形同轴微带天线的简单设计,使用设计软件HFSS完成,并对天线性能进行仿真、查看。(A simple design of a rectangular coaxial microstrip antenna, using the design software HFSS completed, and the performance of the antenna simulation, view.)
micro
- 最基础的微带天线,用的是HFSS软件,方便大家学习(The most basic microstrip antenna is convenient for you to learn)
HFSS 微带天线的设计与仿真实例模型
- 微带天线仿真模型,仿真了微带天线的HFSS模型。(Microstrip antenna simulation model)
sd 天线与电波传播 宋铮 3rd
- 文件是 天线与电波传播 第3版 2017 的课件资源。 该书围绕天线与电波传播两大内容展开。全书共 14 章。前9章为天线部分,各章内容分别为:天线基础知识、简单线天线、行波天线、非频变天线、缝隙天线与微带天线、手机天线、测向天线、面天线、新型天线;后5章为电波传播部分,各章内容分别为:电波传播的基础知识、地面波传播、天波传播、视距传播、地面移动通信中接收场强的预测。(The document is the courseware resource of the third edition of
粒子群算法综合线阵低副瓣方向图
- 利用粒子群算法综合微带天线阵列方向图,可以自适应调节副瓣电平和波瓣宽度。(By using particle swarm optimization (PSO) to synthesize the pattern of microstrip antenna array, the sidelobe level and lobe width can be adjusted adaptively.)
GA
- 利用遗传算法优化10元稀疏天线阵列的单位间距,得到低副瓣的结果(Using genetic algorithm to optimize the unit spacing of 10 element sparse antenna array, the result of low sidelobe is obtained)
天线
- # 矩形微带天线的仿真设计 ## 1 基础原理 ### 微带天线 微带天线(micro strip antenna)在一个薄介质基片上,一面附上金属薄层作为接地板,另一面用光刻腐蚀方法制成一定形状的金属贴片,利用微带线或同轴探针对贴片馈电构成的天线。(Simulation design of rectangular microstrip antenna ## 1 rationale Microstrip antenna On a thin dielectric substrate, a m
Patch
- 侧馈矩形微带天线仿真,工作频率是2.45GHz(Simulation of a side fed rectangular microstrip antenna with a working frequency of 2.45GHz)
HFSS 仿真2.4G微带天线阵列模型
- 矩形微带贴片天线,HFSS具体模型,2.4GHz处,有一个比较好的结果(The rectangular microstrip patch antenna, HFSS specific model, 2.4GHz, has a good result)