McMaster University Electrical and Computer Engineering

ECE 2CI5 - Detailed Course Outline

Date	Description
Sept. 7^th	Introduction to EE2CI5
Sept. 11^th	Ohm’s Law
Sept. 12^th	Kirchhoff’s Laws
Sept. 14^th	Single Loop Circuits
Sept. 18^th	Single Node-Pair Circuits
Sept. 19^th	Series and Parallel Resistor Combinations and Their Circuits
Sept. 21^st	Nodal Analysis
Sept. 25^th	Nodal Analysis (Cont’d)
Sept. 26^th	Loop Analysis
Sept. 28^th	Loop Analysis (Cont’d)
Oct. 2^nd	PSpice Lecture
Oct. 3^rd	Superposition
Oct. 5^th	Thevenin’s Theorem
Oct. 9^th	Norton’s Theorem
Oct. 10^th	Maximum Power Transfer
Oct. 12^th	Capacitors
Oct. 16^th	Inductors
Oct. 17^th	LC and RC Circuits
Oct. 19^th	First Order Circuits
Oct. 23^rd	First Order Circuits (Cont’d)
Oct. 24^th	Second Order Circuits
Oct. 26^th	Second Order Circuits (Cont’d)
Oct. 30^th	Review Session For Midetrm 1
Oct. 31^st	Review of Complex Analysis
Nov. 2^nd	Review of Complex Analysis (Cont’d)
Nov. 6^th	Sindusoids and Complex Forcing Functions
Nov. 7^th	Phasors and Their Applications in Circuits
Nov. 9^th	Impedances
Nov. 13^th	Course Evaluation L
Nov. 14^th	Admittances and Phasor Diagrams
Nov. 16^th	Analysis Techniques of AC Circuits
Nov. 20^th	Instantaneous Power, Average Power, and Maximum Average Power Transfer
Nov. 21^st	RMS Value, Power Factor, Complex Power and Power Factor Correction
Nov. 23^rd	Review
Nov. 27^th	Review
Nov. 28^th	Review
Nov. 30^th	Review

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