臺灣博碩士論文加值系統

在本論文中，我們提供了一種減少串擾的微帶隔離結構，包括微帶線和兩個接地電阻。微帶線包括邊緣中的亞波長周期性波紋結構。兩個接地電阻分別耦合到微帶線的兩端。多個晶格結構以亞波長結構週期性地佈置，多個晶格結構的週期長度遠小於由微帶線周圍的串擾產生的透射信號的波長，從而電磁波的衝擊被 多個晶格結構。亞波長波紋帶狀線的等效電路也通過有限元法進行研究。

關鍵字：串擾、亞波長、微帶隔離線

In this thesis, Wu provides a microstrip isolation structure for reducing crosstalk, comprising a microstrip line and two grounded resistors. The microstrip line comprises a subwavelength periodic corrugated structure in the edge. The two grounded resistors are coupled to two ends of the microstrip line, respectively. The plurality of indentation structures are periodically arranged in a subwavelength configuration that a period length of the plurality of indentation structures is far smaller than a wavelength of a transmission signal generated by a crosstalk around the microstrip line, whereby impingement of electromagnetic wave is isolated by the plurality of indentation structures. The equivalent circuits of subwavelength corrugated strip lines also study by finite element method.
keywords: crosstalk, subwavelength, microstrip isolation

摘要..............................i
ABSTRACT.........................ii
致謝............................iii
目錄.............................iv
圖目錄............................v
第一章序論.........................1
1.1 相關回顧.......................1
1.2研究動機........................4
第二章理論分析......................5
2.1結構介紹.........................5
2.2結構模擬.........................7
2.3凹槽深度模擬.....................9
2.4微帶隔離線的比較.................10
2.5等效電路模擬.....................11
2.6實驗結果.........................14
結論................................16
參考文獻 ...........................17

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