E E 1205-101 Spring 2013

Sprng 2013 Schedule

Date: Lecture Topic Lab Topic Reading in Textbook Homework
01/14/2013
Mon
Fundamental quantities; electrical networks; polarity convention. Lab Meeting No. 1 - lab introduction 1-1 Historical Timeline; 1-2 Units, Dimensions and Notation; 1.3 Circuit Representation;  
01/28/2013
Mon
Ideal two-terminal elements Part 1 – the resistor; Ohm’s law. Lab Experiment No. 1 1-4 Electric Charge and Current; 1-5 Voltage and Power; 1-6 Circuit Elements; HW01
02/04/2013
Mon
Resistor combos; ideal two-terminal elements Part 2 – voltage and current sources. Lab Experiment No. 2 2-1 Ohm's Law; 2-2 Kirchhoff's Law; 2-3 Equivalent Circuits; HW02
02/11/2013
Mon
Source combinations and transformations. Lab Experiment No. 3 2-4 Wye-Delta Transformation; 2-5 The Wheatstone Bridge; HW03
02/18/2013
Mon
Source dominance and shifting; ideal two-terminal elements Part 3 – special elements.L; Ohm’s law. Lab Experiment No. 3 3-1 Node Voltage Method; HW04
02/25/2013
Mon
Network laws – KVL and KCL Lab Experiment No. 4 3-2 Mesh Current Method; HW05
03/04/2013
Mon
Mid-Term Exam 1 Open lab Class notes. None
03/18/2013
Mon
Network laws – applications; voltage and current maps. Lab Experiment No. 5 3-3 By Inspection Methods; HW06
03/25/2013
Mon
Network theorems – superposition; Thevenin’s and Norton’s theorems. Lab Experiment No. 6 3-4 Source Superposition; HW07
04/01/2013
Mon
Network theorems – dividers; maximum power transfer. Open lab 3-5 Thévenin and Norton Equivalent Circuits; HW08
04/08/2013
Mon
Wheatstone bridge – theory; applications. Lab Experiment No. 7 3-6 Maximum Power Transfer; HW09
04/15/2013
Mon
Mid-Term Exam 2 Lab Experiment No. 8 Class notes. HW10
04/22/2013
Mon
The mesh analysis method and mesh equations. Lab Experiment No. 9 TBA HW11
04/29/2013
Mon
The node analysis method and node equations. Lab Experiment No. 9 TBA HW12
05/06/2013
Mon
Final Exam from 2:00 p.m. to 3:30 p.m. Leftover lab reports due at noon. None None