電子學(二)

This course introduces the basic design concepts of analog integrated circuits. After taking this course, students should be familiar with the general circuit specification, able to identify the basic topologies from a complex schemetic, and able to analyze the integrated circuits.

電子學(一)

無備註

All relative course information will be announced at e3.

作業部份: assigned to you but you don't have to present your answers to T.A.. 考試部份: 1 mid-term exams +1 final exam +several in-class exams. 評量部份: In-class exams and performance 40% mid-term exam 30% final exam 30%

• Chapter 9 Frequency Response

  1. Basis of frequency responses 2. Poles and Zeros 3. Bode plots 4. Low-frequency response analysis

  講授：

  8

• Chapter 7/9 Single-Stage Integrated-Circuit Amplifiers and their frequency responses

  1.Current mirrors and steering circuits 2. High-frequency responses 3.CS and CE amplifiers with active loads 4.CG and CB amplifiers with active loads 5.Cascode Amplifier 6.Emitter follower and Source follower 7.Some useful transistor pairing

  講授：

  16

• Chapter 8 Differential and Multistage Amplifiers

  1. The MOSFET differential pair 2. Small-signal operation of the MOSFET differential pair 3. The BJT differential pair 4. Nonideal characteristics of the differential pairs 5. The differential amplifier with active loads

  講授：

  12

• Chapter 10 Feedback

  2 Properties of negative feedback 3 Four basic feedback topologies 4 Series-shunt feedback amplifier 5 Series-series feedback amplifier 6 Shunt-shunt and shunt-series feedback amplifiers 7 Determining the loop gain 8 The stability problem 9 Effect of feedback on the amplifier poles 10 Stability study using Bode plots 11 Frequency compensation

  講授：

  20

• Chapter 12: OP741

  1.The 741 Opamp circuit 2.DC analysis of the 741 3. small-signal analysis of the 741 4.Gain, frequency response, and slew rate of the 741

  講授：

  8

Sedra & Smith, “Microelectronic Circuits”, 7th edition, Oxford, NY

地點

工五館705

時間

Every Thursday 8:00 to 10:00

聯絡方式

Ext. 54375