必修

●The Ideal OPerational Amplifier
●The Field-Effect Transistor
●Basic FET Amplifiers
●Frequency Response

The purpose of the course is to provide a foundation for analyzing and designing both analog and digital electronic circuits.The majority of electronic circuits today are designed as integrated circuits (ICs), in witch the entire circuit is fabricated on a single piece of semiconductor material. The ultimate objective is to understand the operation, characteristics, and limitations of thee integrated circuit.

●理想操作放大器及其電路
1.操作放大器
2.反向放大器
3.加法放大器
4.非反向放大器
5.操作放大器的應用
6.操作放大器電路設計
●場效電晶體
1.MOS場效電晶體
2.MOSFET直流電路分析
3.基本MOSFET應用
4.接面場效電晶體
●基本場效電晶體放大器
1.MOSFET放大器
2.基本電晶體放大器架構
3.共源極放大器
4.共汲極放大器
5.共閘極架構
6.三種基本放大器架構：總結與比較
7.單級積體MOSFET放大器
8.多級放大器
9.基本JFET放大器
●頻率響應
1.放大器頻率響應
2.系統轉換函數
3.具有電路電容的電晶體放大器的頻率響應
4.雙極電晶體的頻率響應
5.FET的頻率響應
6.電晶體電路的高頻響應

●The Ideal OPerational Amplifier
1.The Operational Amplifier
2.Inverting Amplifier
3.Summing Amplifier
4.Noninverting Amplifier
5.Op-Amp Applications
6.Op-Amp Circuit Design
●The Field-Effect Transistor
1.MOS Field-Effect Transistor
2.MOSFET DC Circuits Analysis
3.Basic MOSFET Applications
4.Junction Field-Effect Transistor
●Basic FET Amplifiers
1.The MOSFET Amplifier
2.Basic Transistor Amplifier Configurations
3.The Common-Source Amplifier
4.The Source-Follower Amplifier
5.The Common-Gate Configuration
6.The Three Basic Amplifier Configurations
7.Signal-Stage Integrated Circuit MOSFET Amplifiers
8.Multistage Amplifiers
9.Basic JFET Amplifiers
●Frequency Response
1.Amplifier Frequency Response
2.System Transfer Functions
3.Frequency Response:Transistor Amplifiers eith Circuit Capacitors 4.Frquency Response:Bipolar Transistor
5.Frquency Response:The FET
6.High-Frquency Response of Transistor Circuits