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各位同学们请注意：
所里邀请谢志坚老师来开展课程讲座，要求模拟组硕士生必须参加，其他同学感兴趣的话欢迎参加。具体课程内容见附件，上课时间地点见下表，请各位相互通知。
| 周一 | 周二 | 周三 | 周四 | 周五 | 周六 | 周日 | |
| 时间 | 6月12日 晚上7点~9点 | 6月13日 晚上7点~9点 | |||||
| 教室 | 主楼205 | 主楼205 | |||||
| 时间 | 6月16日 晚上7点~10点 | 6月17日 晚上7点~10点 | 6月18日 晚上7点~9点 | 6月19日 晚上7点~9点 | 6月20日 晚上7点~9点 | 6月21日 晚上7点~9点 | |
| 教室 | 主楼205 | 主楼205 | 主楼205 | 主楼205 | 主楼205 | 主楼205 |
Short Course: ELECTRONICS II
Catalog Description: This course covers the frequency response of single-stage and multi-stage transistors amplifiers, power amplifiers and the basics of analog integrated circuits.
Prerequisites by topic: Circuit Analysis; Calculus; Active Semiconductor Devices; Computer Usage.
Textbook:Microelectronic Circuit Design 4th ed., Jeager and Blalock, McGraw Hill, 2010
References:
Microelectronic circuits 6th ed., Sedra and Smith, Oxford, (2011).
Electronics, 2nd ed., by A. R. Hambley, Prentice-Hall (2000).
Course Objectives
This course introduces the students to the details of design of single transistor amplifiers, multi-transistor amplifiers, and other electronic circuits. The course describes and explains the operation of amplifiers, the frequency response of active devices, current sources, active loads, and voltage reference circuits. The course also explains the design of electronic circuits that contains several active semiconductor devices. On completion of this course, the student will be able to:
Analyze the BJT and FET transistor amplifiers types and configurations for gains, impedance, and frequency response.
Design the BJT and FET transistor amplifiers types and configurations for gains, impedances, or frequency response.
Analyze operational amplifier circuits.
Design an operational amplifier circuit to achieve a specific function.
Explain the internal circuitry of a typical integrated circuit operational amplifier.
Topics Covered:
Review of BJT and FET Devices
DC bias point
Small signal model extraction
Single stage amplifier
Differential and Multistage Amplifiers
Frequency Response
Feedback circuits
Oscillator circuits
Schedule
| Class # | Chapter | subject | Brief Description |
| 1 | Ch10 | Analog System | g-parameter, simple frequency response |
| 2 | Ch13 | FET, Diode, Small signal | DC Bias Point, small signal model |
| 3 | Ch13/Ch14 | CS, CS+R | Amplification , impedance |
| 4 | Ch14 | CD, CG, Cascode(CS+CG) | Input, output range. |
| 5 | Ch15 | Differential | Common , differential mode |
| 6 | Ch15 | opAmp | Multiple stage, current mirror |
| 7 | Ch16 | Frequency Response | Transfer functions SCTC, OCTC, fT, miller effect, frequency response for different amplifier |
| 8 | Ch17 | Feedback Oscillator | Configuration, Niquist plot, phase margin, gain margin, RC oscillator, LC Oscillator |
| 9 | Final Exam |
People:
Instructor: Prof. Zhijian Xie
Email: zxie@ncat.edu
TA: 木子一，李沛骋
Email: mumu1982ll@sina.com, peichenglee@163.com
Phone: 0551 2903352 8904
Office: 科技楼904
Time & Location:
Lecture: 主楼205, 7pm-9pm, 12/6-13/6, 16/6-22/6
Lab: 科技楼905, 907
Grading：
Homework: 50%
Exam: 50% (open-book, in class)
Prepared by Dr. Zhijian Xie