Course Description
6.002 is designed to serve as a first course in an undergraduate electrical engineering (EE), or electrical engineering and computer science (EECS) curriculum. At MIT, 6.002 is in the core of department subjects required for all undergraduates in EECS.

The course introduces the fundamentals of the lumped circuit abstraction. Topics covered include: resistive elements and networks; independent and dependent sources; switches and MOS transistors; digital abstraction; amplifiers; energy storage elements; dynamics of first- and second-order networks; design in the time and frequency domains; and analog and digital circuits and applications. Design and lab exercises are also significant components of the course. 6.002 is worth 4 Engineering Design Points. The 6.002 content was created collaboratively by Profs. Anant Agarwal and Jeffrey H. Lang.

The course uses the required textbook Foundations of Analog and Digital Electronic Circuits. Agarwal, Anant, and Jeffrey H. Lang. San Mateo, CA: Morgan Kaufmann Publishers, Elsevier, July 2005. ISBN: 9781558607354.

+讲义 4.3 MB
l1.pdf 192.0 KB
l10.pdf 157.0 KB
l11.pdf 115.0 KB
l12.pdf 110.0 KB
l13.pdf 187.0 KB
l14.pdf 117.0 KB
l15（1）.pdf 195.0 KB
l15（2）.pdf 344.0 KB
l16.pdf 195.0 KB
l17.pdf 181.0 KB
l18.pdf 171.0 KB
l19.pdf 172.0 KB
l2.pdf 171.0 KB
l20.pdf 155.0 KB
l21.pdf 197.0 KB
l22.pdf 116.0 KB
l23.pdf 377.0 KB
l25.pdf 136.0 KB
l3.pdf 162.0 KB
l4.pdf 139.0 KB
l5.pdf 143.0 KB
l6.pdf 114.0 KB
l7.pdf 161.0 KB
l8.pdf 222.0 KB
l9.pdf 218.0 KB
+考试 3.3 MB
03年 试题.pdf 83.4 KB
04年 试题.pdf 138.0 KB
04年春 考试1.pdf 83.9 KB
04年春 考试2.pdf 71.3 KB
06年 试题.pdf 89.8 KB
07年春 考试1.pdf 273.0 KB
07年春 考试2.pdf 974.0 KB
07年春 期末考试.pdf 1.5 MB
2000年 试题.pdf 143.0 KB
+实验 1.8 MB
lab0.pdf 32.6 KB
lab1.pdf 1.3 MB
lab2.pdf 190.0 KB
lab3.pdf 178.0 KB
lab4.pdf 91.2 KB
+作业 1.0 MB
hw1.pdf 39.2 KB
hw10.pdf 79.3 KB
hw11.pdf 139.0 KB
hw2.pdf 82.0 KB
hw3.pdf 84.4 KB
hw4.pdf 73.4 KB
hw5.pdf 178.0 KB
hw6.pdf 66.7 KB
hw7.pdf 75.0 KB
hw8.pdf 40.9 KB
hw9.pdf 120.0 KB
[第10集] 放大器大信号分析（续） .mp4 108.0 MB
[第11集] 放大器，小信号模型 .mp4 108.0 MB
[第12集] 小信号电路 .mp4 104.0 MB
[第13集] 电容和一阶系统 .mp4 105.0 MB
[第14集] 数字电路速度 .mp4 113.0 MB
[第15集] 存储和状态 .mp4 102.0 MB
[第16集] 二阶系统上 .mp4 104.0 MB
[第17集] 二阶系统下 .mp4 111.0 MB
[第18集] 正弦稳态 .mp4 106.0 MB
[第19集] 阻抗模型 .mp4 102.0 MB
[第1集] 集总电路抽象介绍 .mp4 88.1 MB
[第20集] 滤波器 .mp4 99.0 MB
[第21集] 运算放大器抽象 .mp4 108.0 MB
[第22集] 运算放大器电路 .mp4 102.0 MB
[第23集] 运算放大器正反馈 .mp4 105.0 MB
[第24集] 能量和功率 .mp4 106.0 MB
[第25集] 能量 CMOS .mp4 83.1 MB
[第26集] 超越抽象界限 .mp4 96.0 MB
[第2集] 基本电路分析法 .mp4 110.0 MB
[第3集] 叠加法和戴维南法 .mp4 114.0 MB
[第4集] 数字抽象 .mp4 105.0 MB
[第5集] 数字门构造 .mp4 109.0 MB
[第6集] 非线性分析 .mp4 96.0 MB
[第7集] 增量分析 .mp4 107.0 MB
[第8集] 受控源和放大器 .mp4 112.0 MB
[第9集] 放大器大信号分析 .mp4 108.0 MB
课程.txt 1.2 KB
课程表.doc 47.5 KB