Homework 1 (Due: Friday, January 18)

Homework 1 Solutions

Homework 2 (Due: Friday, January 25)

Homework 2 Solutions

Homework 3 (Due: Friday, February 1)

Homework 3 Solutions

Homework 4 (Due: Friday, February 8)

Homework 4 Solutions

Homework 5 (Due: Friday, February 22)

Homework 5 Solutions

Homework 6 (Due: Friday, March 1)

Homework 6 Solutions

Homework 7 (Due: Friday, March 22)

Homework 7 Solutions

Homework 8 (Due: Friday, March 29)

Homework 8 Solutions

Homework 9 (Due: Friday, April 12)

Homework 9 Solutions

Homework 10 (Due: Friday, April 19)

Homework 10 Solutions

Homework 11 (Due: Friday, April 26. No late submissions accepted.)

Homework 11 Solutions

Lecture Notes

State Variables Example

Notes on State Variables

Lecture 3 - Parallel RLC Example With State Variables

Lecture 4 - Series RLC Example With State Variables

Lecture 5 - Final State Variables Example

Computing Residues - Example

Laplace Transform Properties - Examples

Inverse Laplace Transform Worksheet

Notes on 2nd-order filter

Frequency Response Examples

Frequency Response Example 2

Sinusoidal Steady-State Response

Notes from March 8

Passive Filter Design Exercises

Active Circuit Filters

Example of Fourier Series

Fourier Series Lecture Examples

AM Radio Example

Example of the inportance of phase

Old Tests

Other Materials

Two images

Some Audio Files

A4

Middle_C

CDE

DRM

600 Hz

800 Hz

1000 Hz

Audio 2 (48 kHz sampling rate)

Audio 3 (48 kHz sampling rate)

Audio 4 (48kHz sampling rate)

Audio 5 (Whale Song, 48kHz sampling rate)

Speech 1 (8 kHz sampling rate)

Speech 1 IMBE (8 kHz sampling rate)

250 Hz sinusoid (2 sec)

Original Periodic Signal

Same Fourier Series Except With Phase Randomized

Audio 2 (48 kHz sampling rate)

Audio 2 retaining largest 20% of Fourier Coefficients

Audio 2 retaining largest 10% of Fourier Coefficients

Audio 2 retaining largest 5% of Fourier Coefficients