CAJ | 학술논문

基于八木天线的结构设计并制作了一个准八木型宽带高增益微带天线，利用三维电磁仿真软件（Ansoft HFSS）进行仿真设计，在已有的单一引向器结构的基础上，通过增加引向器数量实现了高增益和较宽的带宽。实际测试表明：天线工作频段在4．8～6．4GHz，在中心频率5．6GHZ处，峰值增益约为10．2dB，前后比约为21dB，与仿真结果基本吻合。另外，还给出了准八木型高增益微带天线的设计过程，并对具体结构和参数的选择对天线性能的影响进行了比较和讨论。
기우팔목천선적결구설계병제작료일개준팔목형관대고증익미대천선，이용삼유전자방진연건（Ansoft HFSS）진행방진설계，재이유적단일인향기결구적기출상，통과증가인향기수량실현료고증익화교관적대관。실제측시표명：천선공작빈단재4．8～6．4GHz，재중심빈솔5．6GHZ처，봉치증익약위10．2dB，전후비약위21dB，여방진결과기본문합。령외，환급출료준팔목형고증익미대천선적설계과정，병대구체결구화삼수적선택대천선성능적영향진행료비교화토론。
A microstrip Quasi-yagi antenna based on yagi antenna is designed using software for 3-D electromagnetic field analysis called Ansoft HFSS, and results with high gain and relatively wide bandwidth are presented by adding the directors. The antenna is also fabricated and tested. The working band of the antenna is 4.8 ~6.4 GHz, and the peak gain at the working frequency of 5.6 GHz is about 10.2 dB,the front-to-back ratio is about 21 dB, and it accords with the emulation results. The design process of the microstrip Quasi-yagi antenna is also presented, and the influence of the structure parameters on the performance of the antenna is discussed.