射頻積體電路

This is a course of 3 credit units for graduate and senior undergraduate students. The goal of this course is to provide an in-depth introduction to the fundamental concepts and techniques in high-frequency circuit design for wireless systems. It used to be discrete components applicable to high-frequency circuit design. As the technology advances, it becomes feasible to operate semiconductor devices, especially CMOS, at the radio frequencies for applications of wireless communications, radar detection, and imaging systems. In the past few decades the techniques of integrated circuit design have been extensively developed such that some circuit schemes are adequate as the initial design to meet system requirement. The course begins with the basic concept of RF microelectronics and performance characterization of circuit components at high frequencies. Several functional blocks are discussed, including low-noise amplifier, mixer, oscillator, and power amplifier. It will give a brief overview of transceiver architectures. Design consideration for both CMOS and BJT devices will be discussed. Circuit simulation will be required for homework assignments and the term project using a design kit. Outline: • RF fundamentals (linearity, noise, impedance) • Low noise amplifier • Mixer • Oscillator • Power amplifier • Wireless transceiver • Special topics 電子研究所希望培育學生具備十項核心能力及三項基本素養(請參官網http://www.ee.nctu.edu.tw首頁之【學術研究】→【IEET】內容。 ※本課程將培育學生具備下述幾項核心能力: 1.1 固態電子或電路系統相關專業知識之能力 1.2 固態電子或電路系統之設計、實驗及分析數據之能力,並具有發掘、分析、獨立解決問題及創新思考的能力 1.3 使用電腦輔助軟體、儀器等工具的能力 ※本課程將培育學生具備下述幾項基本素養: 1 養成學生具備電子工程基礎與專業知識,並配合實作,達到理論與實務相結合之目的。使學生具備推論、分析、創新及整合能力。

Microelectronics, Electromagnetics

Homework 40% Midterm 30% Term project 30%

• Low noise amplifier
• Mixer
• Oscillator
• Power amplifier
• Wireless transceiver
• RF fundamentals

1. Class notes 2. RF Microelectronics, by Behzad Razavi, 2nd., Prentice Hall, 2011

地點

ED 603

時間

Thur. 14:00 ~ 15:00

聯絡方式

By Email: cnkuo@nctu.edu.tw