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m_appendix_b
- antenna design, rectangluar waveguide
dipole
- 基于HFSS的偶极子天线设计工程文件，此设计仅通过软件仿真，不可用于工业生产-HFSS based on the dipole antenna design engineering documents, this design only through software simulation, can not be used for industrial production
xiaopei
- 移动小区天线的设计分析，包含参数的改变对天线性能的影响-Mobile community antenna design and analysis, including the change of the parameters effect the performance of the antenna
HFSS_MATLAB_source-editing
- 阵列天线多端口的馈电操作。在进行波束赋形或相控阵天线设计时，若天线端口数量巨大，可以用该程序一次实现对所有天线端口相位及赋值的输入。-Multi-array antenna feed port operations. Performing beamforming or phased array antenna design, if the huge number of antenna ports can be used to implement the program once all the
TE_HORN
- TE_HORN antenna design MATLAB code
TM_HORN
- TM_HORN antenna design code
TM_OPEN_HORN
- TM_OPEN_HORN antenna design MATLAB code
Dipole_and_Polar
- DIPOLE antenna design with POLAR dB Plot
Loop_antenna_vs_polar_dB
- Loop antenna design MATLAB code vs Polar plot
Method-of-Moments
- Methode Of Moment (MoM) in antenna design in MATLAB code
Folded_Dipole
- Folded Dipole antenna Design MATLAB code
Beverage
- Beverage antenna design 6_*.m MATLAB code
Helix
- Helix antenna design MATLAB code
Yagi-Uda
- Yagi_Uda antenna design MATLAB code
Log_Periodic
- Log_periodic antenna design MATLAB code
Aerture_antenna
- Aperture antenna design MATLAB code
Chapter-14
- Microstrip antenna design MATLAB code
dual_reflector(example)
- 反射面天线设计软件GRASP程序——双反射面的实例 里面有Grasp软件的双反射面实例程序，可以分析电特性-Reflector Antenna Design Software GRASP Program- Example of Double Reflector There are Grasp software double reflection surface example program, you can analyze the electrical characteristics
offset_reflector_example
- 反射面天线设计软件GRASP程序——偏置反射面天线建模分析，可以通过GRASP软件分析电特性-Reflector antenna design software GRASP program- offset reflector antenna modeling analysis, you can analyze the electrical characteristics of software GRASP
antenna_arry
- 设计一矩形栅格的相控阵天线方向图及其仿真；其中包含两个文件（分别是main_antenna_gain和 antenna_gain）,其中antenna是调用函数，主要计算方向图增益(Design of a rectangular grid phased array antenna pattern and its simulation; which contains two files (respectively main_antenna_gain and antenna_gain), where