Lecture Hours (Section-1)
- Monday: 08:40-10:30 DZ-13 (Office Hour: 10:40-11:30)
- Thursday: 10:40-11:30 DZ-13
Syllabus
Presentations
You can download PDF versions of all presentations from this link. Note that, PDF versions can be slightly out-dated, so please check the html versions for the newest version.
- Week#1 (08/10): Introduction
- Week#2 (15/10): Basic Laws
- Week#3 (19/10): Basic Laws-2
- Week#3 (22/10): Delta-Wye Connections
- Week#4 (26/10): Node Voltage Analysis
- Week#5 (02/11): Supernode
- Week#6 (09/11): Mesh Analysis-Supermesh
- Week#6 (12/11): Superposition-Source Transformations
- Week#7 (19/11): Max. Power Transfer
- Week#8 (23/11): OPAMP
- Week#9 (30/11): Capacitors-Inductors
- Week#9 (03/12): First Order Circuits
- Week#10 (07/12): First Order Circuits-2
- Week#12 (21/12): First Order Applications
- Week#12 (24/12): Example Problems
- Week#13 (28/12): Phasors-Sinusoids
- Week#14 (07/01): Phasor Circuit Analysis
Lecture Notes
Textbooks
- Electric Circuits, 8th Ed. James W. Nilsson, Susan A. Riedel, Prentice Hall, 2008. (Preferred)
- Electric Circuit Analysis, 3rd Ed. D.E. Johnson, J.R. Johnson, J.L. Hilburn, P.D.Scott, Prentice Hall, 1997.
Online Sources:
Free & Open-Source
- All About Circuits
- Lessons in Electric Circuits
- Nodal Analysis e-book
- Wiki Books - Circuit Theory
- MIT Open Courseware
Other
Course Outline:
From Nilsson & Riedel:
- Basic Concepts (Ch. 1)
- Basic Laws (Ch. 2)
- Resistive Circuits (Ch. 3)
- Methods of Analysis (Ch. 4)
- Circuit Theorems (Ch. 4)
- Operational Amplifiers (Ch. 5)
- Capacitors And Inductors (Ch.6 upto 6.5)
- First Order Circuits (Ch. 7)
- Phasors and Sinusoids (Ch. 9)