1、光學與電子信息 學院集成電路工程領域、軟件工程領域學位碩士研究生課程簡介課程名稱：CMOS-RF射頻集成電路課程代碼：182.591課程類型：公共課 專業必修課 專業課程 其它： 考核方式： 考查 教學方式：講授適用領域：微電子與固體電子學、光電工程等開課學期： 秋季 總學時：32學分：2先修課程要求：電子技術基礎、微電子器件與工藝、集成電路設計基礎課程組教師姓名職 稱專 業年 齡學術方向余國義高工集成電路41集成電路設計與嵌入式系統陳曉飛副教授集成電路46集成電路設計課程教學目標： CMOS-RF射頻集成電路，為學生講授射頻集成電路設計相關的基本知識；CMOS有源器件高頻模型；片上無源器件設

2、計與建模；電路的噪聲分析；電路失真分析；低噪聲放大器、混頻器、頻率綜合器、鎖相環、壓控振蕩器以及功率放大器的分析與設計；介紹CMOS射頻集成電路最新研究進展。課程的教學方式主要是基于多媒體課件和黑板板書相結合的授課，輔以專題討論與專題設計舉例等,采用英文教材與課件，漢語講授。將跟蹤課程相關研究的國內外最新進展，將基本理論、經典設計知識的講授與前沿研究成果的介紹緊密結合，啟發學生在射頻CMOS集成電路設計領域展開探索和研究。改進并不斷豐富課程的內容和教學手段，使本課程能始終保持學術前瞻性。課程大綱：（章節目錄）1. 緒論2. 射頻電路設計導論3. 無源器件和阻抗匹配4. 高頻MOSFET模型5.

3、 傳輸線、S參數和Smith圖6.高頻放大器設計7. 噪聲8. 低噪聲放大器設計9. 混頻器、振蕩器和頻率綜合器10. 功率放大器設計 11. 反饋系統和鎖相環 教材： 1. Thomas H. LeeCMOS射頻集成電路設計（第二版）(影印版)，電子工業出版社，2006.11主要參考書：1. Thomas H. Lee, The Design of CMOS Radio-Frequency Integrated Circuits, Cambridge University Press, 1998. 2. Behzad Razavi, RF Microelectronics, Prentice

4、 Hall PTR, 1998. 3. Yannis Tsividis, Operation and Modeling of the MOS Transistor, 2nd Ed. McGraw Hill, 1999.4. Behzad Razavi, Design of Analog CMOS Integrated Circuits, McGraw Hill, 2001.課程名稱：CMOS-RF radio frequency integrated circuits課程代碼：182.591課程類型：Courses Taught考核方式： Special Academic report 教學方

5、式：Lecturing適用領域：Microelectronics and Solid State Electronics, Optical Engineering開課學期： Fall 總學時：32學分：2先修課程要求：None課程組教師姓名職 稱專 業年 齡學術方向YuguoyiSenior Engineer41IC DesignChen xiaofeiAssociate Professor46IC DesignCourse Team Leader Education Experience and Academic Qualification：Education Experience:l Se

6、p,1996-July,2000 Huazhong University Science of Technology, Electronic Science and Technology Bachelar Degreel Sep,2000-December,2006 Huazhong University of Science and Technology, Microelectronics and Solid State Electronics Master Degree & PhD Degreel Sep,2007- October,2009 Huazhong University

7、 of Science and Technology, Computer Science and Technology Post-doctoral FellowshipAcademic Qualification：I have been engaged in electronics and information engineering and microelectronics research work。 As a core member of the project，I participate two National Natural Science Foundation of China

8、 projects， two 863 projects, one project of Ministry of Education - Intel IT Research Fund ,and five cooperation projects. Apply for five Chinese patents. Publish more than 30 papers, which were included in two SCI papers, 10 EI papers. Research fields: analog & mixed-signal integrated circuit d

9、esign, intelligent sensor integration technology, high frequency & microwave integrated circuit design, embedded integrated systems technology.Course Objective： “CMOS-RF radio frequency integrated circuits”，teaches students the basic knowledge of the analysis and design of the CMOS-RF radio freq

10、uency integrated circuits and its relevant information; High-frequency CMOS active device models; Chip passives Design and Modeling; Circuit noise analysis; Circuit Distortion Analysis; The design of Low-noise amplifier, mixer, frequency synthesizer, PLL, voltage controlled oscillator and power ampl

11、ifier; Introduce recent progress of CMOS-RF ICTeaching method is mainly based on multimedia courseware and teaching blackboard writing, with symposia and example of thematic design, etc. Use English textbooks and courseware, teaching in Chinese. The course will not only track the latest domestic and

12、 international developments of the course-related research, but also integrate the basic theory, classic design with an introduction of the cutting-edge knowledge, which is in order to inspire students to expand the exploration and research in the field of CMOS-RF integrated circuit design. The cour

13、se contents and teaching methods will be improved and enriched constantly, so that the course can always maintain its academic prospection.Course Outline1. Introduction; 2. Basic concepts in RF design;3. Passive components and impedance matching; 4. High frequency MOSFET modeling; 5. Transmission li

14、ne, S-parameters, and Smith chart;6. High-frequency amplifier design;7. Noise; 8. LNA design;9. Mixers, oscillators, and frequency synthesizers; 10. Power amplifiers(PA); 11. Feedback Systems and PLL.Reference Books：1. Thomas H. Lee, The Design of CMOS Radio-Frequency Integrated Circuits, Cambridge University Press, 1998.2. Behzad Razavi, RF Microelect