耦合微帶傳輸線遠端串擾抑制與改善｜國立臺灣科技大學博碩士論文系統

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研究生：	張伯壯 Po-Chuang Chang
論文名稱：	耦合微帶傳輸線遠端串擾抑制與改善 Far end crosstalk reduction and improvement of coupled microstrip line
指導教授：	林丁丙 Ding-Bing Lin
口試委員:	邱政男 Cheng-Nan Chiu 吳宗霖 Tzong-Lin Wu 曾昭雄 Chao-Hsiung Tseng
學位類別：	碩士 Master
系所名稱：	電資學院 - 電子工程系 Department of Electronic and Computer Engineering
論文出版年：	2018
畢業學年度：	106
語文別：	中文
論文頁數：	71
中文關鍵詞：	訊號完整性、遠端串擾、抑制、交錯殘段、連續直交表、田口法
外文關鍵詞：	signal integrity, far end cross talk, reduction, alternated stub, consecutive orthogonal array (COA), Taguchi Methods
相關次數：	點閱：309 下載：5
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微帶傳輸線間串擾導致欲傳送信號變異、失真，引發信號整性的問題；串擾有分為近端與遠端，遠端串擾因為累加的關係，對信號失真影響最大；本文使用交錯式殘段改善串擾，搭配連續直交表與田口法，輔以功率頻譜和的目標函數來達成最佳配置。

Cosstalk causes variation and distortion to the signal transmitted in the
microstrip line. It raises the concern of signla integrity. Cross talk can be classified as near end crosstalk and far end crosstalk, the accumulation property of far end crosstalk causes the large impa ct to signal integrity. The thesis propose alternated stub to improve the far end crosstalk, combine the consecutive orthogonal array and taguchi method with the object function – Sum of power from S-Parameter to achieve the optimized configuration.

摘  要  ...............................................  i
ABSTRACT  .............................................  ii
目  錄  ...............................................  iv
圖目錄  ...............................................  vi
表目錄  ...............................................  viii
第一章  緒論  .........................................  1
1.1  研究背景與動機  ..................................  1
1.2  文獻探討  ........................................  1
1.3  論文架構  ........................................  5
第二章  微帶傳輸線串擾理論與分析  .....................  6
2.1  微帶線傳輸線簡介  ................................  6
2.2  電路觀點看信號耦合成因  ..........................  8
2.3  奇模與偶模傳輸分析  ..............................  13
2.3.1  奇模傳輸特性分析  ..............................  13
2.3.2  偶模傳輸特性分析  ..............................  14
2.3.3  等效 L/C 參數萃取...............................  15
2.3.4  奇偶模特性總結  ................................  16
第三章  交錯殘段遠端串擾抑制之最佳化研究  .............  17
3.1  Ｓ參數  ..........................................  17
3.1.2 雙埠網路  .......................................  18
3.1.3 四埠網路  .......................................  20
3.1.3 多目標 S 參數整合  ..............................  21
3.2  直交表與田口預測  ................................  23
3.2.1 直交表  .........................................  23
3.2.2 田口實驗經驗模型與預測  .........................  25
3.2.3 連續直交表演算法  ...............................  28
3.3 週期性開路殘段結構  ...............................  30
3.3.1 殘段特性  .......................................  30
3.3.2 週期性結構理論  .................................  32
第四章  交錯殘段遠端串擾抑制最佳化實例  ...............  37
4.1  交錯殘段架構圖  ..................................  37
4.2  實例 1－兩控制變量  ..............................  43
4.3  實例 2－四控制變量－目標函數 2  ..................  46
4.4  實例 3－四控制變量－目標函數 2、3 ................  51
4.4  實例整合比較  ....................................  57
第五章  實測與模擬-實例_長度 5 倍  ....................  60
5.1  頻域  ............................................  61
5.2  時域  ............................................  66
第六章  結論與未來展望  ...............................  71
6.1  結論  ............................................  71
6.2  未來展望  ........................................  71
參考文獻...............................................  72
附錄－實例 1、2、3  完整連續直交表觀測結果  ...........  74
附錄二：實例 2、3  完整田口預測過程  ..................  80    
                                

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