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审定简介:

翻译:花怡慧(Evelyn Hua)(简介并寄信)
编辑:朱学恒(简介并寄信)


课程资讯

6.071电子学导论这门课程提供给大学部学生对于电学与电子学基本而实际的了解。强调的是应用而非理论。因此本课程有许多亲自动手的部份,让学生可以得到实作的经验。本课程包含的主题有:

  • 直流与交流电路
  • 二极体、电晶体、运算放大器
  • 类比与数位电子学
  • 检测器及转换器
  • 电子控制
  • 信号处理及杂讯

本课程的重点在于了解有关装配并运用一系列电子仪器来完成不同任务的关键性问题。因此相对于设计,这里更强调应用。

6.071主题的广泛性使它成为只想在电子学领域中选修一门课程时的绝佳选择。

指定教科书

本课程的教科书为J. David Irwin所著《基本工程电路分析(Basic Engineering Circuit Analysis)》第7版。

必备先修课程

18.03 微分方程(Differential Equations), 8.02 物理学二(修订过的内容及单元)(Physics II (Revised Content and Units)):在数学方面,学生必须熟悉一阶及二阶常微分方程的解以及复数计算。在物理方面,略为通晓基本物理课程中的电磁学将会有帮助。

课程讲稿

课程讲稿会在每次上课前放置在6.071的网站上,如果网站的准备进度落后了,我们会在课堂开始前将该次课程的讲稿拷贝发给大家。

分数计算

期末成绩将由下列比重决定:每次随堂考:15%,期末考:35%,作业:10%,以及实验:10%。那些经常缺课、错过复习、作业或是实验课的同学们,若期末总分在及格边缘,分数将无商量的余地。

如果没有完成此课程中的实验,只有在本课程中其他部分得到的成绩是“C”或更佳时,才会得到成绩“I”。否则,你的成绩将会是“F”。





Subject Information

Subject 6.071 Introduction to Electronics provides undergraduate students with both a basic and practical understanding of electricity and electronics. The emphasis is on applications rather than theory. Consequently there is a strong hands-on component to the subject to enable students to gain practical experience. Topics covered in the subject include:

  • DC and AC circuits
  • Diodes, transistors, operational amplifier
  • Analog and digital electronics
  • Detectors and transducers
  • Electronic control
  • Signal processing and noise

The focus of the subject is understanding the critical issues involved in assembling and using an array of electronic equipment to carry out various missions. Thus, there is more emphasis on the application as opposed to design.

The breadth of topics covered in 6.071 makes this a good choice for those intending to take only one subject in electronics.

Required Text

The text for the subject is Basic Engineering Circuit Analysis, 7th edition by J. David Irwin.

Prerequisites

18.03 Differential Equations, 8.02 Physics II (Revised Content and Units): In terms of mathematics, students should be familiar with the solution of first and second order ordinary differential equations and with complex arithmetic. With respect to physics, some familiarity with electromagnetism from a basic physics course would be helpful.

Lecture Notes

Lecture notes will be posted on the 6.071 website before each lecture. In the event that we fall behind schedule on the website preparations, hard copies of the lectures will be distributed at the beginning of each corresponding lecture.

Grading/Evaluation

Your final grade will be determined with the following weightings: each quiz = 15%, the final exam = 35%, homework = 10%, and laboratory = 10%. Students who consistently miss lectures, recitations, homework assignments, or laboratory sessions will most certainly not get the benefit of the doubt on any close cases.

Failure to complete the labs in this subject will result in a grade of "I" if your letter grade for the remainder of the subject is clearly a "C" or better. Otherwise, you will receive a grade of "F".




 
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