盧信嘉臺灣大學:電子工程學研究所陳嘉緯Chen, Jia-WeiJia-WeiChen2010-07-142018-07-102010-07-142018-07-102008U0001-1808200814191400http://ntur.lib.ntu.edu.tw//handle/246246/189081本論文提供了一個完整的方法與數學式子去對環形濾波器做出完整的分析，並快速找出其可能的實現方式。簡單地輸入其需要的規格參數之後，例如:中心頻率以及頻寬或傳輸零點，使用者只需針對程式所算出之結果做可行性與否的考量即可。如此方便的方法便可大大地減少設計者再設計一個特定規格之環形濾波器的時間。四章節會有三個實際的例子來驗證我們的程式。從最起初的參數規格設定到最後的佈局及量測都會被示範一次。特別一提的是，即使當最後的電路佈局被過度的調整修改，使用者也可以很快地用此建構在數學式子上的程式找出其可能的問題並解決它。This thesis provides a complete methodology, which is based on mathematical analysis, to find the possible solutions of a capacitor loaded ring filter quickly. After setting the desired specifications, such as center frequency and FBW or transmission zero, user just needs to consider the feasibility of the synthesized result parameters. Such a friendly approach can save the time when designing a specific filter.hree implementation examples are shown in Chapter 4, which demonstrate this program from setting the specifications to the final layout, also the measurement. In the meantime, based on the given solution, user can quickly find the problem and resolve it if the final layout had been over tuned.Chapter 1 Introduction 1.1 Motivation 1.2 Microwave Filter 2.3 LTCC Process 4.4 Thesis Outline 7hapter 2 Basic Concepts 9.1 Filter 9.2 Microstrip Line 11.3 Stripline 14hapter 3 Ring Resonator Analysis and Design 16.1 Canonical Ring Resonator 16.2 Perturbed Ring Resonator 18.3 Configuration of Rectangular Ring Resonator 19.4 Configuration of Rectangular Ring Resonator with Corner Capacitors 20.5 Even-Odd Mode Analysis 22.6 Scattering Parameter Analysis of Rectangular Ring Resonator with Corner Capacitors 29.7 Pole and Transmission Zero 33.8 Coupling Mechanism 34hapter 4 Implementation and Measurement 40.1 Equations for Direct Synthesis Program 40.2 Application 41hapter 5 Conclusion 57eference 583553793 bytesapplication/pdfen-US濾波器Filterthesishttp://ntur.lib.ntu.edu.tw/bitstream/246246/189081/1/ntu-97-R95943098-1.pdf