Dead-end pages
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Showing below up to 100 results in range #51 to #150.
- Assignment
- Banton, Alex
- Benjamin Maloon
- Bidwell, Kelvin
- Blaire, Matthew
- Bootloader Programming
- Brian's Octave Assignment
- Brian.Clark
- Brian.Lenz
- Brian Clark
- Brian Lenz
- Bryson, David
- Building Tips
- CDPlayerJEW
- CD Player Exlanation
- CW-Robot Octave Simulation
- C example of using the USCI as a 9600 baud UART to communicate with the HC-06 bluetooth module for the MSP430F5529
- Cascading Scattering Parameters and Calibration of a VNA Using the Short, Open, Load, Through (SLOT) Method
- Chapter 22--Fourier Series: Fundamental Period, Frequency, and Angular Frequency
- Chapter 2 problems
- Chapter 3
- Chapter 3 Problems
- Chapter 3 problems
- Chapter 4
- Chapter 4 problems
- Chapter 5
- Chapter 6
- Chris' Page for HW
- Chris' Page for HW 13 (Sampling at 3Hz)
- Chris' Page for HW 14 (Fixing Errors)
- Chris' Page for HW 4 (Fourier Transforms)
- Chris' Page for HW 8 (sampling)
- Chris' Page on Aliasing using MatLab
- Christman GeneralizedReceiver
- Circuit Analysis
- Circuit Board Layout Wisdom
- Class Notes
- Code Examples from Class
- Cody Lorenz
- Colby's Asgn
- Colby's Octave Assignment
- Colls, David
- Colls Octave Assignment
- Complex conjugate
- Conference Deadlines
- Conference attendance
- Convolution Theorem
- Coupled Double Pendulum Oscillator
- Coupled Horizontal Spring Mass Oscillator
- Coupled Oscillator: Coupled Mass-Spring System with Damping
- Coupled Oscillator: Coupled Mass-Spring System with Input
- Coupled Oscillator: Double Pendulum
- Coupled Oscillator: Hellie
- Coupled Oscillator: Jonathan Schreven
- Coupled Oscillator: Pulley
- Coupled Oscillator: Spring Pendulums
- Coupled Oscillator: horizontal Mass-Spring
- Current events
- DFT Developement (Brandon.Price)
- Daniel Liwag
- David's Octave Assignment
- David Morgan's Fourier Series assignment
- David Morgan's Octave Assignment
- DavidsCD
- Decimating FIR filters
- Delta function
- Demonstration of an Oversampling FIR Filter
- Digital Control Octave Scripts
- Digital Logic
- Dirichlet Conditions
- EMEC
- EMEC - Greg
- Eddy Current
- Electromagnetic Fields/Electricity and Magnetism
- Electromechanical Energy Conversion Applications
- Electronics
- Electronics 1
- Electronics Questions
- Electronics Receiver
- Electrostatics
- Embedded Systems
- Enegy in a signal
- Eric's Generalized Receiver Explanation
- Eric.Wilson
- Example: Ampere's Law
- Example: Ideal Transformer Exercise
- Example: LaTex format
- Example: Magnetic Field
- Example: Step Down Transformer
- FFT Example
- FIR Filter Design and Testing Using the DFT
- FIR Filter Example Code for Octave
- FIR Filters
- Fall 2009/JonathanS
- Fall 2009/ben henry
- Ferromagnetism
- FourierTransformsJW
- Fourier Series
- Fourier Series: Basic Results
- Fourier Series Assignment