系统工程与电子技术
繫統工程與電子技術
계통공정여전자기술
SYSTEMS ENGINEERING AND ELECTRONICS
2014年
9期
1712-1716
,共5页
球状微带天线%细条带%边界电荷%电压源%电流源
毬狀微帶天線%細條帶%邊界電荷%電壓源%電流源
구상미대천선%세조대%변계전하%전압원%전류원
spherical microstrip antenna%thin strip%boundary charge%voltage source%current source
通过引入半 RWG（Rao-Wilton-Glisson）函数以及边界电荷，成功解决了细条带馈电模型问题。结合矩量法，具体分析了电流源以及电压源模型中阻抗矩阵 Z 以及V 矩阵，并且巧妙解决了边界处自阻抗元素的线积分奇异性问题。这两种馈电模型分别用于分析球状微带天线的输入阻抗以及远区场特性，计算结果与文献[13]结果一致，验证了这两种馈电模型的准确性和有效性。
通過引入半 RWG（Rao-Wilton-Glisson）函數以及邊界電荷，成功解決瞭細條帶饋電模型問題。結閤矩量法，具體分析瞭電流源以及電壓源模型中阻抗矩陣 Z 以及V 矩陣，併且巧妙解決瞭邊界處自阻抗元素的線積分奇異性問題。這兩種饋電模型分彆用于分析毬狀微帶天線的輸入阻抗以及遠區場特性，計算結果與文獻[13]結果一緻，驗證瞭這兩種饋電模型的準確性和有效性。
통과인입반 RWG（Rao-Wilton-Glisson）함수이급변계전하，성공해결료세조대궤전모형문제。결합구량법，구체분석료전류원이급전압원모형중조항구진 Z 이급V 구진，병차교묘해결료변계처자조항원소적선적분기이성문제。저량충궤전모형분별용우분석구상미대천선적수입조항이급원구장특성，계산결과여문헌[13]결과일치，험증료저량충궤전모형적준학성화유효성。
The problem about the thin strip feed model is solved successfully by introducing the half Rao-Wilton-Glisson (RWG)function and boundary charge.The impedance matrix Z and matrix V in the current source model and voltage source model are analyzed in detail based on the method of moments,and the line inte-gral singularity problem in calculating self impedance elements at the boundary is settled skillfully.The two feed models are used to analyze the characters,such as input impedance and far field of spherical microstrip anten-nas,and calculated results agree with those from literature [13],which shows the validity and effectiveness of the two feed models.
