本课程是电子技术基础的一个重要分支,是电子与电气工程专业本科生在电子技术方面入门的技术基础课。课程主要内容
包括:
1. 二极管、双极型晶体管、结型场效应晶体管、绝缘栅型场效应晶体管等常用半导体器件的结构和工作原理;
2. 共射极、共集极、共基极放大电路等基本放大电路的组成和电路分析;
3. 集成运算放大电路的输入级-差分放大电路、中间级-多级放大电路、输出极、偏置电路-电流源电路等重要电路的组成
和电路分析;
4. 放大电路的频率响应和反馈;
5. 信号波形的产生、运算和转换;
The subject covers the fundamentals of analog electronics. The main objective is to gain knowledge of seven main
topics of analog electronics:
1. Basic semiconductor devices, including diode, bipolar junction transistor, junction field-effect transistor and insulated
gate field-effect transistors;
2. Basic amplifier circuits, including common-emitter, common-collector and common-base amplifier circuits;
3. Integrated operational circuits: input stage-differential amplifier circuits, intermediate stage- multistage amplifier
circuits, output stage, and biasing stage-current source circuits;
4. The frequency response and feedback of amplifier circuits;
5. Signal generator, processing and conversion;
使学生获得模拟电子技术方面的基础知识、以及将所学知识用于本专业的能力。,学习科学的思维方法,为后续专业课程
的学习及日后从事工程技术工作、科学研究奠定坚实基础。
通过这门课程的学习,学生能够
1. 掌握主要放大电子器件的特性和工作原理;
2. 掌握基本放大电路的组成、特性和分析方法;
3. 运用电子电路的构思方法,可以根据需求设计放大电路;
4. 掌握集成运算放大电路的输入级、中间级、输出极、偏置电路等各级电路组成和功能;
5. 分析和识别常用集成运算放大电路的各级电路;
6. 掌握利用电子器件和放大电路实现信号的产生、运算和转换;
After completing this course, the students will be able to
1. Understand the properties and operation of basic electronic devices;
2. Understand the properties and operation of basic amplifier circuits;
3. Design amplifier circuits according to requirements;
4. Understand the functions of input stage, intermediate stage, output stage, and biasing stage of integrated operational
circuits;
5. Analyze and identify the stages of common integrated operational circuits;
6. Use electronic devices and amplifier circuits to realize signal generation, processing and conversions