ECE 300 Fall 2007
ECE 300 Fall 2007
Electric Circuit Analysis
Instructor Dr.Walter L. Green
Class Schedule
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ECE 300 Lab
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MSP430 project
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Links of Interest
Homework Assignments and Solutions
Homework 1 - Due 9/4
Solution
Homework 2 - Due 9/11
Solution
Homework 3 - Due 9/25
Solution
Homework 4 - Due 9/27
Solution
Homework 5 - Due 10/2
Solution
Homework 6 - Due 10/23
Solution
Homework 7 - Due 10/30
Solution
Homework 8 - Due 11/1
Solution
Homework 9 - Due 10/6
Solution
Homework 10 - Due 11/8
Solution
Homework 11 - Due 11/13
Solution
Homework 12 - Due 11/29
Solution
Homework 12 (Study Only)
Homework 13
- Due 12/4
Solution
Test and Solutions
Test 1
Solution (1A)
Solution (1B)
Test 2
Solution (2A)
Solution (2B)
Test 2 (Take Home Solution)
Test 3
Solution (3A)
Solution (3B)
Lecture Notes
Thevenin's Theorem (Lecture 8)
Capacitors and Inductors (Lecture 9)
Powerpoint Notes
Fundamentals
Basic Circuit Laws I
Basic Circuit Laws II
Circuit Structure
Resistance Equivalent
Nodal Analysis
Mesh Analysis
Operational Amplifiers
Linearity and Superposition
Thevenin and Norton Theorem
Capacitors and Inductors
Using Op-Amps to Solve Differential Equations
Bode Lesson 1
Resonant Circuits
Introduction to Filters
Two-Port Networks
Magnetic Circuits
Laplace Transforms
Inverse Laplace Transforms
Laplace Circuit Analysis