搜索资源列表
Vivaldi_ds1
- vivaldi_ds1 using hfss pro - project file
Flat_Lens
- flat lens using hfss pro - project file
magnetron (8-Slots Cavity)
- magentorn using hfss pro - project file
alvertos2017.tar
- wi fi in air and underwater environment
dadgarpour2016.tar
- bow tie antenna with enhanced tilt angle
lai2016.tar
- antenna wit less susceptible to surface condition
Antenna_Array
- 本文件是关于波导阵列的hfss仿真模型。(waveguid array about HFSS)
微带线拐角
- 在HFSS中建立微带线的三种拐角,直角拐角,外切45°拐角,圆弧拐角,分析三种情况下,不同情况对微带线的特性阻抗,衰减常数,相位常数的影响,并给出优化分析的结果。(In the HFSS, three kinds of corner, right angled corner, circumscribed 45 degree corner and circular arc angle are established. The influence of three cases on the char
hfssapi
- 可以改变源代码的参数来实现matlab控制hfss,来进行复杂的建模。(You can change the source code parameters to achieve matlab control hfss, for complex modeling.)
Setup_SELECTv16.1_HFSS
- 一些常见GaN与晶体管在HFSS仿真软件中的模型(Common GaN and transistor model)
Inversion_parameters_improvement
- HFSS导出来的仿真数据与MATLAB进行计算得出电磁参数。(HFSS emulation data and MATLAB calculate electromagnetic parameters.)
Microstrip Bandstop Filter
- 微带滤波器仿真模型,适合于新手学习,建议下载使用。(The simulation model of microstrip filter is suitable for novice learning, and it is recommended to download and use.)
ConicalHorn
- matlab与hfss联合实现喇叭天线仿真源代码(Source code of horn antenna simulation based on MATLAB and HFSS)
Documents
- 可以利用hfss输出的s参数反算介电常数(use the s paramaters to get Dielectric constant)
tools
- 该脚本利用MATLAB-HFSS-API,在MATLAB中编写M×N阵列可重构天线的建模仿真脚本。为了快速地得到具有指定频率的开关组合状态,将遗传算法应用(Application of Genetic Algorithm in Reconfigurable Antenna Array)
Project介质滤波器
- HFSS的介质滤波器设计项目和仿真结果。(HFSS dielectric filter design project)
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)
NRW
- 采用DRSmith的方法,通过s参数进行超材料结构等效电磁参数的计算并进行图形绘制。可以用作参考代码,针对自己获取的数据进行改编。(NRW, DRSmith, Matlab, Calculation, HFSS)
等效介质理论参数提取代码
- 矢量网络法散将射参数转化为介电常数 本代码计算需要的输入值为:d(超材料厚度方向的周期常数),f(频率的变化范围),S(通过CST或HFSS软件计算得到的散射参数)(The vector network dispersion transforms the radiation parameters into the dielectric constant Input values required for calculation in this code are: D (periodic co