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Showing below up to 100 results in range #201 to #300.
- (hist) ASN6 a,b- fixing [1,705 bytes]
- (hist) Mark's Homework 13 [1,704 bytes]
- (hist) FIRJEW [1,699 bytes]
- (hist) An Ideal Transformer Example [1,691 bytes]
- (hist) DFT by harrde [1,662 bytes]
- (hist) HW11 Aliasing Example [1,657 bytes]
- (hist) Discrete Fourier transform [1,645 bytes]
- (hist) Andy's Fourier Series Project [1,639 bytes]
- (hist) Ohm's Law and Reluctance [1,620 bytes]
- (hist) Rayleigh's Theorem [1,612 bytes]
- (hist) HW 03 [1,605 bytes]
- (hist) Linear Time Invariant System [1,604 bytes]
- (hist) SawToothFourier [1,595 bytes]
- (hist) Fall 2010 [1,569 bytes]
- (hist) Rayliegh's Theorem [1,567 bytes]
- (hist) ASN2 - Octave Tutorial [1,559 bytes]
- (hist) Adaptive Filter Application by harrde [1,558 bytes]
- (hist) Leakage Example Octave Script [1,553 bytes]
- (hist) Radio [1,551 bytes]
- (hist) Ryan's Resume [1,544 bytes]
- (hist) Interpolating FIR filters [1,535 bytes]
- (hist) Samping by harrde [1,532 bytes]
- (hist) Evaluate this integral - HW1 [1,519 bytes]
- (hist) Convolution Theorem [1,516 bytes]
- (hist) Coupled Oscillator: Spring Pendulums [1,508 bytes]
- (hist) Example: Magnetic Field [1,493 bytes]
- (hist) Chapter 6 [1,461 bytes]
- (hist) How an oversampling CD player works? [1,445 bytes]
- (hist) Ideal Transformer Example [1,439 bytes]
- (hist) Fourier Series: Explained! [1,432 bytes]
- (hist) Mediawiki/index.php [1,426 bytes]
- (hist) Chris' Page for HW 13 (Sampling at 3Hz) [1,423 bytes]
- (hist) Quadrature sampling waveform plot - HW10 [1,417 bytes]
- (hist) ASN9 - 3rd Harmonic & QSD [1,405 bytes]
- (hist) Linear Time Invarient System [1,400 bytes]
- (hist) ASN10 - Frequency response of low pass filters [1,391 bytes]
- (hist) Adaptive Filters In the Frequency Domain [1,389 bytes]
- (hist) Kevin Starkey [1,382 bytes]
- (hist) Laplace Transform of a Triangle Wave [1,379 bytes]
- (hist) MSP430 C Code Examples from Class [1,374 bytes]
- (hist) ASN4 fixing [1,372 bytes]
- (hist) ASN8 - FIR filters [1,363 bytes]
- (hist) Chapter 3 Problems [1,361 bytes]
- (hist) Alex's Assignment [1,352 bytes]
- (hist) Jason Osborne [1,344 bytes]
- (hist) Electromagnetic Fields/Electricity and Magnetism [1,340 bytes]
- (hist) Octave Simulation of a Tayloe Sampling Mixer [1,338 bytes]
- (hist) Mark's Article on Sampling [1,336 bytes]
- (hist) 'Exact' Transformer Model [1,325 bytes]
- (hist) DFTJEW [1,320 bytes]
- (hist) Basic Laplace Transforms [1,302 bytes]
- (hist) Integrator Amplifier [1,282 bytes]
- (hist) Problem Set 1 [1,279 bytes]
- (hist) Example Problem - Toroid [1,274 bytes]
- (hist) LTspice Simulation [1,213 bytes]
- (hist) Laplace Transforms: Coupled Springs [1,209 bytes]
- (hist) A octave/MATLAB script to show how Nyquist's formula [1,195 bytes]
- (hist) Relationship between e, sin and cos [1,188 bytes]
- (hist) Example: LaTex format [1,186 bytes]
- (hist) 6 - Fourier Transform 2 [1,184 bytes]
- (hist) Energy in a signal [1,183 bytes]
- (hist) Electronics Receiver [1,166 bytes]
- (hist) Embedded Systems [1,161 bytes]
- (hist) Eddy Current [1,161 bytes]
- (hist) Tuner Upper Removal Demonstration [1,155 bytes]
- (hist) FIR Filter Example [1,132 bytes]
- (hist) Homework Four [1,126 bytes]
- (hist) Ampere's Law [1,124 bytes]
- (hist) FIR Filters [1,100 bytes]
- (hist) Example: Step Down Transformer [1,092 bytes]
- (hist) Will Griffith [1,090 bytes]
- (hist) Colby's Asgn [1,067 bytes]
- (hist) HW5 [1,066 bytes]
- (hist) Installing Octave (with the GUI) from source on Ubuntu [1,057 bytes]
- (hist) HW 3 [1,055 bytes]
- (hist) HW [1,055 bytes]
- (hist) ASN7 - Sampled half of signal [1,041 bytes]
- (hist) Installing Octave on a Mac [1,020 bytes]
- (hist) ASN4 -Fourier Transform property [1,006 bytes]
- (hist) Textbook problem 6.13 Octave Script [991 bytes]
- (hist) 11 - DFT example [981 bytes]
- (hist) Chapter 4 problems [977 bytes]
- (hist) Gibbs Phenomenon [969 bytes]
- (hist) Golden Rules [967 bytes]
- (hist) Eric.Wilson [956 bytes]
- (hist) Complex vector inner products [956 bytes]
- (hist) AC vs. DC [953 bytes]
- (hist) Andrew Sell [950 bytes]
- (hist) Reference Terms and Units [940 bytes]
- (hist) Reading from Chapter 4 [926 bytes]
- (hist) Interpolation using the DFT Example Script [925 bytes]
- (hist) Score Pages [910 bytes]
- (hist) An octave/MATLAB RC circuit example with Fourier series [906 bytes]
- (hist) Example: Ampere's Law [906 bytes]
- (hist) Electronics [904 bytes]
- (hist) Fourier Example [898 bytes]
- (hist) Wesley Brown [865 bytes]
- (hist) The Fourier Transforms [851 bytes]
- (hist) ASN11 - Our method versus Mark Flower's [847 bytes]
- (hist) Reference terms and Units [835 bytes]