摘要
本論文中濾波器主要分為C-頻段與Ka-頻段兩大部分。在C-頻段中，首先我們設計了傳統型的柴比雪夫九階低通濾波器和二階的帶通濾波器，接著我們利用加入傳輸零點的想法，來設計低通、帶通濾波器，並利用這些加入傳輸零點的濾波器來與傳統型的濾波器做比較。在Ka-頻段中，首先我們設計了傳統型的步階式低通濾波器，和縮小型的低通濾波器，並以四分之ㄧ波長的設計方式來設計濾波器中衰減係數極點。在最後一部份，我們使用電鍍的方式來製作覆晶封裝技術中所需要的金凸塊，並將50Ω傳輸線和電感性傳輸線覆晶量測後，以模擬與量測結果來萃取金凸塊的等效電路模型。

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