Home Page for EE 220, Circuits I – Summer 2023

 

 

Course Resources:

 

·      Lecture Notes and Videos

·      Homework Assignments

·      Current Grades

 

 

LTspice Resources:

 

·      Download LTspice for free

·      Dr. Baker’s LTspice Tutorials

·      Dr. Baker’s LTspice Discussions and Examples

·      More on LTspice from Dr. Baker

 

 

Course Information:

 

·      Textbook: Circuit Analysis & Design, by Ulaby, Maharbiz and Furse   

·      InstructorJames Skelly, Office Hours web-based, email for appointment

·      Time: Web-Based

·      Grader: Insert Name, email for questions

·      Course dates: Monday, June 5 to Friday, August 11

·      LocationWeb-Based

·      Holidays: Tuesday, July 4 (Independence Day)

·      Final exam timeTBD      

·      Course content:

o   Introduction to linear circuit analysis.

o   Kirchhoff's laws, node, and loop analysis.

o   Thevenin, Norton, and other network theorems; first order RL and RC circuits.

o   Circuit simulation using LTSpice.

·      Credits: 3

·      Corequisite: EE 220D

·      Prerequisites: MATH 182

 

 

Grading:

 

·      30% Homework

·      30% Midterm Exam

·      40% Final Exam

 

 

Course Policies:

 

·      Do not email me directly with questions regarding homework or lectures. That is what the class google group is for. If there is some personal inquiry or matter you need to discuss, of course you can email me at james.skelly@unlv.edu.

·      Cheating or plagiarism on homework assignments or exams will result in an automatic 0 on the assignment or exam. Working together on homework is okay, if not encouraged, but that does not mean turning in identical copies of the assignment is okay. Do your own work.

 

 

My EE 220 Courses:

 

·      Sp. 2022

 

 

Dr. Baker’s EE 220 Courses:

 

·      Fall 2016

·      Sp. 2017

·      Fall 2017

·      Fall 2018

·      Fall 2019

·      Fall 2020

·      Fall 2021

 

 

Other Resources:

 

·      Fundamentals of Electric Circuits (5th Edition), Alexander & Sadiku

 

 

CMOSedu Home   

Return