ELL100: Introduction to Electrical Engineering
Instructors: Seshan Srirangarajan, S. Janardhanan, Sumantra Dutta Roy, and Jun-Bae Seo
Updates: Please visit the course page on Moodle for further information.
Lecture Timing:
Day/Time: Tue, Wed, and Fri 10:00 - 10:50 am (Slot E)
Room: LH-316, Lecture Hall Complex (for Groups 16-20)
Course Textbook:
[SD_Book] Circuits, Devices and Systems by R. J. Smith and R. C. Dorf, 5th Edition, 2014 (reprint).
Reference Book:
[BG_Book] Foundations of Electrical Engineering by L. S. Bobrow, adapted by Navneet Gupta, Asian Edition, 2013 (Fourth impression in 2017).
Course Grading:
This is a core course for all UG students with Groups 1-20 taking it in this semester (Fall 2018).
Timble-based attendance is compulsory and will be followed.
If a student’s attendance is less than 75%, the student will be awarded one grade less than the actual grade that s/he has earned.
For example, a student who has got A grade but has attendance less than 75% will be awarded A(-) grade.
Minor-I: 25 %
Minor-II: 25 %
Major: 25 %
Lab Component: 25%
Exam Schedule:
Minor-I: LH-121 (Groups 1-10) and LH-325 (Groups 11-20), 26 August 2018 (Sunday), 4:00 pm - 5:00 pm
Minor-II: LH-121 (Groups 1-10) and LH-325 (Groups 11-20), 06 October 2018 (Saturday), 4:00 pm - 5:00 pm
Major: LH-121 (Groups 1-10) and LH-325 (Groups 11-20), 24 November 2018 (Saturday), 8:00 am - 10:00 am
Course Outline:
S. No. |
Topics |
Lectures |
References |
Course Material |
1. |
Introduction to the Course and Lab |
1 |
-- |
Slides set 1 |
2. |
Electrical Quantities and Circuit Elements |
2 |
[SD_Book: Chap 1] |
Slides set 2 |
3. |
Kirchhoff's Laws |
3 |
[SD_Book: Chap 2] |
Slides set 3 |
4. |
Network Theorems |
4-5 |
[SD_Book: Chap 2] |
Slides set 4 |
5. |
Signal Waveforms |
6 |
[SD_Book: Chap 3] |
Slides set 5 |
6. |
Natural Response: First Order Circuits |
7 |
[SD_Book: Chap 4] |
Slides set 6 |
7. |
Natural Response: Second Order Circuits |
8-9 |
[SD_Book: Chap 4] |
Slides set 7 |
8. |
Impedance Concepts |
9-10 |
[SD_Book: Chap 4] |
Slides set 8 |
9. |
Forced Response and Phasor Analysis |
11-12 |
[SD_Book: Chap 5] |
Slides set 9 |
10. |
Dual Circuits and Analogs |
12 |
[SD_Book: Chap 5] |
Slides set 10 |
11. |
Complete Response |
13-14 |
[SD_Book: Chap 6] |
Slides set 11 |
12. |
Course feedback and discussion |
15 |
-- |
-- |
13. |
Diode and Diode Circuits |
16-19 |
[SD_Book: Chap 11, Chap 3] |
Slides set 12 |
14. |
Two-Port Networks |
20 |
[SD_Book: Chap 8] |
Slides set 13 |
15. |
Bipolar Junction Transistor (BJT): Basics and I/O Characteristics |
21-22 |
[SD_Book: Chap 12] |
Slides set 14 |
16. |
BJT: Biasing Circuits |
23 |
[SD_Book: Chap 17] |
Slides set 15 |
17. |
BJT: Small Signal Model and Amplifiers |
24-25 |
[SD_Book: Chap 18, Chap 19] |
Slides set 16 |
18. |
Operational Amplifiers |
26-28 |
[SD_Book: Chap 16] |
Slides set 17 |
19. |
Number Systems |
29 |
[SD_Book: Chap 14] |
Slides set 18 |
20. |
Boolean Algebra and Logic Circuits |
30-31 |
[SD_Book: Chap 14] |
Slides set 19 |
21. |
Magnetic Circuits |
32-33 |
[SD_Book: Chap 20] |
Slides set 20 |
22. |
Magnetic Coupling |
34 |
[SD_Book: Chap 8, Chap 21] |
Slides set 21 |
23. |
Transformers |
35-37 |
[SD_Book: Chap 21] |
Slides set 22 |
24. |
Single Phase AC Power Analysis |
38-39 |
[SD_Book: Chap 7] |
Slides set 23 |
25. |
Three-Phase AC Circuits |
40-41 |
[SD_Book: Chap 7] |
Slides set 24 |
|