馈电方式 meaning in Chinese
feeding classification
Examples
- The antenna feed manner can be perfectly modeled accordingly , and less additional requirement for computer is needed . using this simulation method , the time - domain waveform has complete fidelity
此种激励设置方式只增加很少的计算机开销，就可以完全模拟各种类型天线的馈电方式，并有完全的时域波形保真性。 - Firstly , the theory of microstrip antenna is simply analyzed . based on the research of it , the best feeding way which is aperture coupled feeding is found . at the same time , the round patch is chosen
本文首先对微带天线的理论进行了简要分析,通过对微带天线理论的研究,找出了天线最优化馈电方式? ?口径耦合馈电;同时,也选出了天线所采用的贴片形状? ?圆形。 - The antenna design is based on using capacitive loads and slits on two crossed narrow patches with via fed - through feed system , which can reduce the size of the antenna , improve the isolation between two ports and keep considerable bandwidth respectively
通过电容性加载减小整个天线的尺寸，通过在天线上开槽来增加天线端口之间的隔离度，采用viafed - through的馈电方式。 - It has the good qualities of both tem horn antenna and dipole antenna , less dimensions construction , good direction and higher efficiency . its impedance and radiation are analyzed . good agreements are obtained from experiment and calculation
这种平面喇叭天线采用了新型的平衡馈电方式，结构简单，性能良好，同时结合了tem喇叭和振子天线的优点，结构维数低，具有较强的方向性、较高的效率，在uwbsar轨道系统实验中取得了比较理想的结果。 - Theoretically , the main work is the simulation of source excitation . by comparing the advantages and disadvantages of previous methods of source simulation , a novel simulation method of excitation source is presented . the details of the application to microstrip feed , waveguide feed and coaxial - cable feed using this simulating method are given
在fdtd用于天线计算理论研究中本文重点研究了激励源设置问题，比较了现有的各种激励源设置方式的优缺点以及它们的适用范围，在此基础上，提出一种新的激励源设置方法，并将其推广到微带线馈电、波导馈电、同轴线馈电等天线的通用馈电方式。