Page Index for DSP
Cuthbert Nyack
These pages are mainly intended as supplementary for
students pursuing electronics or related subjects. It is not the intention to
repeat the explanations that can readily be found in books, but to supplement
them with visual interactive illustrations of some of the concepts that students
find difficult at first encounter. Most of these illustrations are done with
java applets and pages are best viewed with a java enabled browser.
Sampling and the Discrete Time Fourier
Transform(DTFT)
- Introduction
- Sampling,
Frequencies in Sampled Signal
- Sampling,
Reconstruction of Sampled Signal
- Sampling,
Reconstruction of Presampled Signal
- Sampling,
Triangular Spectrum and Aliasing.
- Sampling,
Sample Width and Signal Spectrum.
- DTFT,
Negative Exponent
- DTFT,
Damped Sine, Aliasing
- DTFT,
Time Limited Unit Step
- DTFT, Time
Limited Cosine
- DTFT,
Time Limited Square Wave
Simple Z plane pole zero filters
Infinite Impulse Response
Filters
- Infinite
Impulse Response Filters, Introduction
- Impulse
Invariant Response, Introduction
- Impulse
Invariant Response, 2nd Order Butterworth Lowpass
- Impulse
Invariant Response, 2nd Order Butterworth Lowpass, Impulse Response
- Impulse
Invariant Response, 2nd Order Butterworth Lowpass, Magnitude Surface
- Impulse
Invariant Response, 3rd Order Butterworth lowpass
- Step
Invariant Response, Introduction
- Step
Invariant Response, 2nd Order Butterworth Lowpass
- Step
Invariant Response, 2nd Order Butterworth Lowpass, Impulse, Step
Response
- Step
Invariant Response, 2nd Order Butterworth Lowpass, Magnitude Surface
- Step
Invariant Response, 3rd Order Butterworth lowpass
- Matched Z,
Introduction
- Matched Z,
2nd Order Butterworth Lowpass
- Matched Z,
2nd Order Butterworth Lowpass. Impulse Response
- Matched Z,
2nd Order Butterworth Lowpass. Magnitude Surface
- Matched Z,
3rd Order Butterworth lowpass
- Matched Z
with zeros, 2nd Order Butterworth Lowpass
- Matched Z
with zeros, 3rd Order Butterworth lowpass
- Matched
Z, 2nd,3rd Order Butterworth highpass
- Bilinear
Transformation, Introduction
- Bilinear
Transformation, 2nd Order Butterworth Lowpass
- Bilinear
Transformation, 2nd Order Butterworth Lowpass, Impulse Response
- Bilinear
Transformation, 2nd Order Butterworth Lowpass, Magnitude Surface
- Bilinear
Transformation without prewarping, 2nd Order Butterworth Lowpass
- Bilinear
Transformation, 3rd Order Butterworth lowpass
- Bilinear
Transformation, 3rd Order Butterworth, Magnitude Surface
- Bilinear
Transformation, 2nd,3rd Order Butterworth highpass
- Mirror
Image Polynomials, Sin, Low Pass
- Mirror
Image Polynomials, Sin, High Pass
- Mirror
Image Polynomials, Tan, Low Pass
- Mirror
Image Polynomials, Tan, High Pass
- Mirror
Image Polynomials, Tan, Low Pass(log)
For Analog Signal Processing see:- cnyack
For Circuits see:- circuits-can
For Control see:- control-can
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Copyright © 1996 Cuthbert A. Nyack. Send Feedback on
improvements or any questions to:- Email