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• Title: RF Microelectronics • Author: Behazad Razavi • Publication date and edition: Prentice Hall, 2012 Second Edition • ISBN number: ISDN 0-13-713473-8 Course Schedule Prof. Eisenstadt will deliver all the online lectures except for supplemental RF and ADS design lectures and recital lectures by Supervised Teaching Student Chin-Wei Chang.第1周：RF电子设备，现代CMOS MOS晶体管，简单的MOS放大器（Razavi第1章，讲义）第2周：MOS模拟构件和放大器电路（Razavi 2.1，antouts，Dentouts，ankertouts，ankernouts）第3周：基本RF概念，基本的RF Circulity，RF Circultion，Razavi 2.2，Razavi 2.2，4.3周四，RF Circultion，razavi consement，razavi 2.1，anthouts）。 2.3) Week 5: S-parameters, s-parameter examples, Dynamic Range (Razavi, 2.4, 2.6,) Week 6: Sensitivity and Dynamic Range, Analog Modulation, Digital Modulation (Razavi 3.2, 3.3) Week 7: Basic Heterodyne Receivers, Modern Receivers, Exam 1 (Razavi 4.1, 4.2) Week 8: Modern Receivers, Basic RF Filter Analysis, RF Series to Parallel (Basic Matching Networks) (Razavi 4.3, 2.5, handouts) Week 9: LNA Considerations, LNA Topologies, LNA Design CS and CG, ADS Design Project Assigned to Students (Razavi 5.1, 5.2, 5.3)) Week 10: LNA Design CS and CG, Capacitive Transformer, MOS Time Constant Circuits (Razavi 5.3, handouts) Week 11: Passive RF Circuits, RF Spiral Inductors,螺旋感应器计算，考试II（Razavi，7.1，7.2）第12周：RF电感器变量，振荡器基础知识，（Razavi，7.3，7.4，8.1）第13周：振荡器设计，RF振荡器（Razavi，Razavi，8.2，8.2，8.2，8.2，8.2，8.2，8.2，8.2，8.2，8.2，8.2，8.2），振荡器，示波器，示波器，示波器，振荡器，示波器，示波器，示波器，振荡度为被动和主动的示例混音器问题，设计项目（Razavi，6.2，6.3）
射频电子学教学大纲2020年秋季-UF ECE
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