Professor Erik Cheever
Department of Engineering
Office: Singer 236
Phone: (610) 328-8076
I am mostly free from about 8:00 in the morning to 8:00 at night. I check my email regularly, so please send me an email if you would like to meet, then I will get back to you shortly.
Visualizing the convolution of signals
- a demo in which the user selects signals to convolve
A tool for learning to draw Bode plots
A tool for learning to draw the root locus
Second order response: pole-zero, step response and Bode
Asymptotic Bode plot fundamentals
Dominant Pole approximation.
Simple Complex Arithmetic
Sinusoidal Steady State
What is a phasor?
Phasor voltages and currents
What is a root locus plot, and how is it used in Control Systems design?
Linear Physical Systems
Laplace/Z Transform table
Bode Plot Gui
® tool for generating asymptotic Bode Plots
Demo of Second Order Systems
) (documentation in preparation)
Electrical and Mechanical Analogs
Eigenvalues and Eigenvectors for Vibration Problems
Scripting system for linear systems animations
Linear Systems Topic Map
tool for generating and solving circuit equations symbolically
Engineering 11 - Electric Circuits
- Linear Physical Systems Analysis
Engineering 58 - Control Theory
- Digital Signal Processing
- Electronic Circuit Applications
- Embedded Systems (MSP430)
Introduction to Kalman Filters
Useful Series and Identities
Other reference material I have written
Ideas and resources for projects (searchable by course)
MATLAB App to use Tektronix MDO34 for swept sine frequency analysis.