EE2013 Fundamentals of Electric Circuits I
Welcome from Prof. Rappaport
Welcome to all of the new ECE undergraduates students at the school of engineering! I am very excited to be teaching EE2013, “Fundamentals of Electric Circuits I“, a very important core course in ECE, and I look forward to having you in class!
This course is the fundamental core course for all degrees in ECE, and you must master this material to succeed in your undergraduates studies, in research, and in life. I encourage students to buy the book early, and begin reading the book (8th edition US edition) *before* our first day of class. I will hold weekly office hours, we will work lots of problems, and if needed we will hold extra office hours, and we will have TAs to help everyone master the material, but you will have to work hard. This is a challenging and rigorous class; it is also required class for your program. Come prepared to work and to learn this wonderful field!
Course Description
This course covers Passive DC circuit elements, Kirchoff’s laws, electric power calculations, analysis of DC circuits, Nodal and Loop analysis techniques, voltage and current division, Thevenin’s and Norton’s theorems, and source-free and forced responses of RL, RC and RLC circuits. A minimum of C- is required to take other EE courses.
Prerequisites
MA-UY 2012 Elements of linear algebra I
MA-UY 2132 Ordinary Differential Equations
PH-UY 2023 Electricity, Magnetism, & Fluids
Instructor
Theodore (Ted) S. Rappaport
tsr@nyu.edu
Office: 9.103, 2 MetroTech 9th Floor
Office Hours: Monday 2:00-3:00 PM
Course Schedule:
Lecture: Monday / Wednesday 12:30-1:50 PM at JABS 475
Recitation: Tuesday 8:40-8:55 AM at JABS 474 (Quiz every recitation from 8:00-8:10 AM)
GTA
George. R. MacCartney Jr.
gmac@nyu.edu
9.120.I, 2 MetroTech 9th Floor
Office Hours: Wednesday from 8:00-10:00AM
Course Grader
Sijia Deng
sijia@nyu.edu
9.120.M, 2 MetroTech 9th Floor
Office Hours: Monday, Tuesday 9:00-11:00 AM
Textbook
Engineering Circuit Analysis
W.H. Hayt, J.E. Kemmerly, S.M. Durbin,
McGraw Hill, 8th Ed. 2012
Software
MATLAB (Go to Poly Help Desk: 337 Rogers Hall)
PSpice (Free Student Edition):
http://www.electronics-lab.com/downloads/schematic/013/
Grading Policy
Quizzes: 15% (lowest quiz score will be dropped)
Homework: 15%
3 In-Class Exams: 45%
Final Exam: 25%
Homework
Assignment 1: Assigned 9/3/14 Due 9/10/14
View HW 1 Due 9/10/14
Assignment 2: Assigned 9/10/14 Due 9/17/14
View HW 2 Due 9/17/14
Assignment 3: Assigned 9/17/14, not due for submission
View HW 3
Assignment 4: Assigned 9/24/14, Due 10/01/14
View HW4
Assignment 5: Assigned 10/01/14, Due 10/08/14
View HW4
Assignment 6 not due for submission
View HW6
Assignment 7:Assigned 10/22/14, Due 10/29/14
View HW7
Circuit for chapter 5 exercise 48
Assignment 8: Assigned 10/29/14, Due 11/15/14
View HW8
Assignment 9: Assigned 11/05/14, Due 11/12/14
View HW9
Assignment 10: Assigned 11/12/14, Due 11/19/14
View HW10
Extra Credit 2 Assigned 11/24/14, Due 12/1/14
View Assignment
Assignment 11: Assigned 12/1/14, Due 12/8/14
View Assignment
Homework solutions
HW 1 Solutions
HW 2 Solutions
HW 3 Solutions
HW 4 Solutions
HW 5 Solutions
HW 6 Solutions
HW 7 Solutions
HW 8 Solutions
HW 9 Solutions
HW 10 Solutions
HW 11 Solutions
Extra Credit 2 Solution
Quiz Solutions
Quiz 1 Solutions
Quiz 2 Solutions
Quiz 3 Solutions
Quiz 4 Solutions
Quiz 5 Solutions
Quiz 6 Solutions
Quiz 7 Solutions
Quiz 8 Solutions
Quiz 9 Solutions
Quiz 10 Solutions
Quiz 11 Solutions
Exam 1
View Exam 1
View Exam 1 Solutions
Exam 2
View Exam 2
View Exam 2 Solutions
Exam 3
View Exam 3
View Exam 3 Solutions
Final Exam
View Exam
View Exam Solutions
Course Outline
Download Syllabus
* Extra Credit 2 will replace a low homework score and a low quiz score.
Date | Topic | Reading Assignments | Lecture Notes | Important Events in Class |
9/3 | SI Units; Current, Voltage, and Power; Voltage and Current Sources (Dependent and Independent) | Pg. 1-21 | View Notes | |
9/8 | Networks and Circuits; Ohm’s Law; Conductance; Kirchhoff’s Current Law; Kirchhoff’s Voltage Law | Pg. 21-46 | View Notes | |
9/9 | Recitation 2 | View Notes | ||
9/10 | Single-Loop Circuit; Single-Node-Pair Circuit; Series and Parallel Connected Source | Pg. 46-55 | View Notes | HW 1 is due, assigned 9/3/14 |
9/15 | Resistors in Series and Parallel; Voltage and Current Division | Pg. 55-78 | View Notes | |
9/16 | Recitation 3 | View Notes | ||
9/17 | Review Session | Pg. 1-78 | View Notes | HW 2 is due, assigned 9/10/14 |
9/22 | In-Class EXAM 1 (one 3½×5½” index card, double sided crib sheet) | Download sample exams | ||
9/23 | Recitation 4 | |||
9/24 | Nodal Analysis; Supernode; using MATLAB in solving linear equations | Pg. 79-91 | View Notes | |
9/29 | Mesh Analysis; Supermesh; Nodal VS. Mesh Analysis: A comparison | Pg. 92-122
Read appendix I and II in the back of the book |
View Notes | |
9/30 | Recitation 5 | View Notes | ||
10/1 | Linearity and Superposition; Practical Source and Source Transformations | Pg. 123-140 | View Notes | HW 4 is due, assigned 9/24/14 |
10/6 | Thevenin and Norton equivalent Circuits | Pg. 141-151 | View Notes | |
10/7 | Recitation 6 | View Notes | ||
10/8 | Maximum Power Transfer; Delta-WYE Conversion; Review of Thevenin and Norton equivalent Circuits | Pg. 141-174 | View Notes | HW 5 is due, assigned 9/24/14 |
10/15 | In-Class EXAM 2 (two 3.5″x5″ index cards, double sided crib sheets) | Practice problem solutions | ||
10/20 | Review of practical sources and source transformations | Pg. 141-174 | View Notes | |
10/21 | Recitation 7 | View Notes | ||
10/22 | Review of Thevenin, Norton, Delta-Y, and maximum power transfer. Capacitor; Inductor. | Pg. 141-174, 217-234 | View Notes | |
10/27 | Capacitor; Inductor | Pg. 217-234 | View Notes | |
10/28 | Recitation 8 | View Notes | ||
10/29 | Linearity, Duality of L, C (No Section 7.5 or 7.6) | Pg. 235-260 | View Notes | HW 7 is due, assigned 10/22/14 |
11/3 | RL and RC Circuits; Natural and Forced Response | Pg. 261-289 | View Notes | |
11/4 | Recitation 9 | View Notes | ||
11/5 | Driven RL Circuits; Unit-Step Function | Pg. 275-294 | View Notes | HW 8 is due, assigned 10/29/14 |
11/10 | Driven RC Circuits, Review | Pg. 295-320 | View Notes | |
11/11 | Recitation 10 | View Notes | ||
11/12 | Worked examples for complete response | Pg. 217-320 | View Notes | HW 9 is due, assigned 11/05/14 |
11/17 | RLC Circuit; Overdamped Parallel RLC Circuit; Underdamped Parallel RLC Circuit | Pg. 321-344 | View Notes | |
11/18 | Recitation 11 | View Notes | ||
11/19 | Source-Free Series RLC Circuit; Complete Response of the RLC Circuit | Pg. 345-371 | View Notes | HW 10 is due, assigned 11/12/14 |
11/24 | In-Class EXAM 3 (three 3.5″x5″ index cards, double sided crib sheets) | Practice problems solutions | ||
11/25 | Recitation 12
Steady-State Analysis; Forcing Function; Phasor and KCL&KVL with Phasor |
Pg. 371-388 | View Notes | |
12/1 | Phasors, Impedance and Admittance; Nodal and Mesh Analysis with Steady State Phasor | Pg. 371-388 | View Notes | Extra credit 2 assignment due |
12/2 | Recitation 13
|
View Notes | ||
12/3 | AC Circuit Power Analysis, Phasors | Pg. 382-420
Read Appendix V |
View Notes | |
12/8 | Power, Effective Values of Current and Voltage; Power Factor; Complex Power | Pg. 420-447 | HW 11 is due, assigned 12/1/14 | |
12/11 | Final EXAM (four3.5″x5″ index card, double sided crib sheets) | Time: 1- 4pm
Room: TBA |
CONTACT
Instructor
Theodore (Ted) S. Rappaport
tsr@nyu.edu
Office: 9.103, 2 MetroTech 9th Floor
Office Hours: Monday 2:00-3:00 PM
Course Schedule:
Lecture: Monday / Wednesday 12:30-1:50 PM at JABS 475
Recitation: Tuesday 8:40-8:55 AM at JABS 474 (Quiz every recitation from 8:00-8:10 AM)
GTA
George. R. MacCartney Jr.
gmac@nyu.edu
9.120.I, 2 MetroTech 9th Floor
Office Hours: Wednesday from 8:00-10:00AM
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