The analog electronic technology is a basic course for undergraduates majoring in electrical, and electronic information majors, which has strong practicality and engineering characteristics.

   Through the study of the electronic devices, basic circuits and the system analysis and design, this course enables learners to acquire basic knowledge, basic theory and basic skills in electronic technology, laying a solid foundation for in-depth study and practical application of electronic technology.

     In this course, you will learn about single-transistor amplifier circuits, power amplifiers, op-amp circuits, and current source used for active biasing or active loads. also the differential amplifier that eliminates noise and interference, and a feedback amplifier circuit that implements closed-loop automatic control.

   This course features virtually all of its course materials online, including lecture notes, online video and the exercise, and there are a lot of Multisim simulations to help you understand the analog circuits.

   Understand the analysis techniques,such as decompose a signal to DC and AC components, for DC components, know hwo to do DC analysis, and for AC components, know how to do AC analysis.

   Can analysis the single transistor amplifiers, power amplifiers, op-amp circuits,differential amplifiers, and multistage amlifiers.Understand the feedback principles, and know how to design an closed-loop controlled circuits.

The basic concepts and analysis methods， such as：

1) Definition of ideal voltage source and current sources;

2) Independent and depedent sources;

3)Ohm's Law,KCL,KVL;

4)Nodal analysis and mesh analysis;

5)Thevenin and Norton theorems;

6)Concept of impedance;

7) Basic semiconductor physics;

8)Operation priciples, terminal I-V equations and circuit model of diode and MOSFET;

1) Donald A. Neamen. Microelectronics circuit Analysis and Design 4th ed. McGraw-Hill,2018,9

2）Ulrich Tietze，Christoph Schenk,Electronic Circuits: Handbook for Design and Application，Springer-VerlagBerlin, Heidelberg，2007;

3) 康华光主编，电子技术基础，模拟部分（第六版），北京：高等教育出版社，2013;

4) 华中科技大学《模拟电子技术基础》MOOC课程

  （网址：https://www.icourse163.org/course/hust-481015）

5)康华光、张林主编，电子技术基础，模拟部分（第七版），北京：高等教育出版社，2021;