8/24/2016
Outline
Dr. Robert Barsanti
Fall 2016
• Syllabus highlights
•
• Introduction to Dr. Barsanti
•
ELEC 201 – Electric Circuit Analysis I
• Course objectives
•
Lecture 0
Introduction to
Electric Circuit Analysis
2
THE CITADEL, THE MILITARY COLLEGE OF SOUTH CAROLINA
8/21/2016
Courtesy of Dr. Mazzaro
171 Moultrie Street,
Charleston, SC 29409
1
8/21/2016
Syllabus Discussion
Courtesy of Dr. Mazzaro
Syllabus Discussion
ELEC 201: Circuit elements; Kirchhoff’s and Ohm’s Law and their application
through a variety of analysis techniques; operational amplifiers;
transient responses of simple circuits. The circuit analysis program
SPICE is introduced.
NOTE: Students must earn at least a “C” in ELEC 201 before enrolling
in any courses for which ELEC 201 is a prerequisite.
ELEC 202: Sinusoidal analysis and phasors; AC power; three-phase circuits;
frequency response of simple circuits; use of SPICE for AC circuits.
Textbook:
8/21/2016
• personal, portable Circuits lab
• used for HW assignments & labs
R. C. Dorf & J. A. Svoboda, Introduction to Electric Circuits,
9th Ed., John Wiley & Sons, 2013.
Courtesy of Dr. Mazzaro
3
8/21/2016
Courtesy of Dr. Mazzaro
4
1
8/24/2016
Syllabus Discussion
Website:
Supplemental Instruction
Student Instruction
http://ece.citadel.edu/barsanti/ -> ELEC 201
Purpose: to provide students with a systematic and disciplined
approach for processing material assigned by the professor
• syllabus
• lecture notes:
Who: a student who has demonstrated proficiency in the subject
and who has undergone a rigorous SI training program
• homework:
• projects
Luiz - ldosreis@citadel.edu
• practice problems
• important dates and announcements
Students should check their course websites regularly.
8/21/2016
Courtesy of Dr. Mazzaro
office hours: Mon, Wed 1900 to 2100
8/21/2016
5
Course Objectives
Course Objectives
GRIMS 305
Courtesy of Dr. Mazzaro
6
Course Objectives
Course Objectives
(1) to define the electromagnetic concepts of charge, voltage,
current, power, and energy
(2) to draw schematics to include all linear circuit elements (e.g. resistors,
inductors, capacitors, voltage sources, current sources, operational amplifiers)
T-Mobile
IEEEXplore: Mazzaro
HowStuffWorks.com
8/21/2016
Courtesy of Dr. Mazzaro
7
8/21/2016
Courtesy of Dr. Mazzaro
8
2
8/24/2016
Course Objectives
Course Objectives
Course Objectives
Course Objectives
(3) to apply circuit theory (e.g. Ohm’s Law, Kirchhoff’s Laws) to solve for
voltage & current everywhere inside of a linear Direct Current (DC) or
pulsed/switched circuit
(4) to apply linear analysis techniques (e.g. nodal/mesh analysis, superposition,
source transformation, Thevenin equivalence) to compute DC circuit responses
Chicago-L.org
Nipron.com
IBM/Lenovo
8/21/2016
Courtesy of Dr. Mazzaro
8/21/2016
9
Course Objectives
Course Objectives
Courtesy of Dr. Mazzaro
10
Course Objectives
Course Objectives
(5) to determine the transient and steady-state responses of firstand second-order linear circuits
(6) to solve for voltage & current inside of an Alternating Current circuit
using phasors
CircuitLab.com
BOSE
SONY
8/21/2016
Courtesy of Dr. Mazzaro
11
8/21/2016
Courtesy of Dr. Mazzaro
12
3