本論文主要分為三個部份，第一個部份將探討有機與軟性基板之結構與製程以及內埋被動式元件設計流程，並且比較電磁模擬與實際量測之結果。第二個部份探討建立寬頻模型的理論與過程，並與Pi模型或是電磁模擬結果做比較。第三個部份則藉由內埋被動式元件模型資料庫之建立經驗，嘗試在有機基板中設計內埋式帶通濾波器。由於有機基板缺少大電容值元件製程，故發展以T原型方式設計帶通濾波器，讓所用到的集總元件值限制在較大電感值與較小電容值的範圍內。最後實現之內埋式帶通濾波器具有尺寸小性能佳之特色，適合應用於無線通訊之射頻單封裝系統中。

The thesis is mainly divided into three parts. The first part will discuss about structures, manufacture, and design flow of embedded passives in organic and flexible substrates, and the results of measurement and electromagnetic (EM) simulation will be compared as well. Second part will discuss the theory and the process of establishing broadband model, and the broadband model will be compared to Pi model and EM simulation. In the third part, we will try to design embedded bandpass filters in organic substrate by the experience of establishing the library of embedded passives. Because of lacking of the fabrication of large capacitance devices in organic substrate, we design bandpass filters by using T type in order to limit the lump devices in the larger inductance and smaller capacitance. The final result of the filters are small in size and have high performance, thus they can be well applied to the RF system in chip (SIP) of wireless communication.

第一章 緒論
第二章 有機及軟性基板之內埋被動式元件與電磁模擬
2.1 簡介
2.2 有機與軟性基板製程技術與應用
2.2.1有機基板
2.2.2軟性基板
2.3 內埋被動式元件設計流程
2.4 電磁模擬與量測之比較
2.4.1有機基板內埋被動式元件之模擬實例
2.4.2軟性基板內埋被動式元件之模擬實例
第三章 寬頻模型化理論
3.1 簡介
3.2 寬頻模型化理論
3.2.1 有實數極點的等效電路
3.2.2 有共軛複數對極點的等效電路 3.2.3 兩埠以上的等效電路合成
3.3 寬頻模型與量測萃取Pi及EM模擬之比較
第四章 內埋式帶通濾波器之電路設計
4.1 簡介
4.2 帶通濾波器設計理論
4.2.1 諧振器耦合機制
4.2.2 T模型帶通濾波器理論分析
4.3 內埋式帶通濾波器設計流程
4.4 內埋式帶通濾波器模擬與量測之分析與探討
第五章 結論
參考文獻
附錄一

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