榫欐簮鏈熷垔缃?/p>
http://www.qikan.com.cn
涓�绉嶅熀浜?/p>
HFSS
缁撳悎閬椾紶绠楁硶杩涜闃靛垪澶╃嚎
鏂瑰悜鍥句紭鍖栫殑鐮旂┒
浣滆�咃細鍛ㄩ箯
绉︿笁鍥?/p>
鏉ユ簮锛氥�婄幇浠ｇ數瀛愭妧鏈�?/p>
2016
骞寸
09
鏈?/p>
鎽?/p>
瑕侊細
鎻愬嚭涓�绉嶆柊鐨勫闃靛垪澶╃嚎鏂瑰悜鍥捐繘琛屼紭鍖栫殑鏂规硶锛屽嵆鍊熷姪
Ansoft HFSS
杞欢杩涜
鍗曞厓澶╃嚎闃典豢鐪燂紝鎻愬彇鍑哄悇鍗曞厓鍗曠嫭棣堢數鐨勭數娴佹暟鎹垨杩滃満鏁版嵁锛屽埄鐢ㄩ仐浼犵畻娉曞鎻愬彇鍑虹殑鐢?/p>
娴佹暟鎹疄鏂戒紭鍖栵紝寰楀嚭婊¤冻鏂瑰悜鍥捐姹傜殑鍗曞厓鐢垫祦鍊煎拰鐩镐綅鍊笺�傜粨鏋滆〃鏄庯紝鍩轰簬
HFSS
寤烘ā鐨?/p>
鐏垫椿鎬э紝璇ユ柟娉曞彲鏂逛究杩涜浠绘剰鐗规�уぉ绾块樀鍒楃殑鏂瑰悜鍥剧患鍚堬紝浼樺寲鏃跺鎻愬彇鍑虹殑鏁版嵁鍙渶杩涜
绠�鍗曠殑杩滃満澶栨帹鎴栧彔鍔狅紝鍥犺�屽叿鏈夋瀬蹇殑璁＄畻閫熷害銆傚尯鍒簬浼犵粺鐨勫崟鐙敤閬椾紶绠楁硶杩涜浼樺寲鐨?/p>
鏂规硶锛岃鏂规硶灏嗗伐绋嬭蒋浠?/p>
Ansoft HFSS
鍜岄仐浼犵畻娉曠浉缁撳悎锛屾湁鏁堝湴鎻愰珮浜嗗ぉ绾块樀缁煎悎鏃剁殑璁＄畻
绮惧害鍜岀洰鏍囧嚱鏁扮殑璁＄畻鏁堢巼锛岃繘鑰屾湁鏁堟彁楂樹簡鏂瑰悜鍥剧殑浼樺寲鏁堢巼銆?/p>
鍏抽敭璇嶏細
鍗曞厓鐢垫祦鍊硷紱
鐢垫祦鐩镐綅鍊硷紱
鏂瑰悜鍥撅紱
閬椾紶绠楁硶锛?/p>
澶╃嚎闃靛垪
涓浘鍒嗙被鍙凤細
TN820.1+2
鈦?/p>
34
鏂囩尞鏍囪瘑鐮侊細
A
鏂囩珷缂栧彿锛?/p>
1004
鈦?/p>
373X
锛?/p>
2016
锛?/p>
09
鈦?/p>
0075
鈦?/p>
03
Abstract
锛?/p>
A new method to optimize the array antenna directional pattern is proposed
锛?/p>
in
which the cell antenna array is simulated with Ansoft HFSS software to extract the current data or
far
鈦?/p>
field data of each exclusive feed cell
锛?/p>
and then the genetic algorithm
锛?/p>
GA
锛?/p>
is used to
optimize the extracted current data to obtain the cell current value and phase value satisfying the
requirement of directional pattern. The method can conveniently synthesize the antenna array
directional pattern with arbitrary characteristics due to the flexible HFSS modeling
锛?/p>
and only a
simple far
鈦?/p>
field extrapolation or superposition for the extracted data is needed while optimizing
锛?/p>
so
it has fast calculation speed. Different from the traditional optimization method using GA only
锛?/p>
the
method combining engineering software Ansoft HFSS with GA can effectively improve the
computational accuracy of the antenna array synthesis
锛?/p>
computational efficiency of the objective
function
锛?/p>
and the optimization efficiency of the directional pattern.
Keywords
锛?/p>
cell current value
锛?/p>
current phase value
锛?/p>
directional pattern
锛?/p>
genetic
algorithm
锛?/p>
antenna array
0
寮?/p>
瑷�
澶╃嚎闃垫柟鍚戝浘
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