System Maximizer

  • Block Diagram editor
  • High Speed Simulator
  • Integrated Graphing and Measurement
  • Library of Parameterizable Digital Signal Processing Elements
  • User Custom Elements
  • Importing / Exporting Data

Requirements

  • Mac OS X 10.4
  • 1024 x 768 display

Recommended

  • Intel Core Duo Processor
  • or
  • 1GHz G5 or Better Processor
  • or
  • 1GHz G4 or Better Processor

 



FIR Coefficient Finder

  • Quickly Design FIR Filters
  • Floating Point - Fixed Point Conversion
  • Multiple Filter Types
  • Window and Parks McLellan algorithms
  • Time and Frequency Plots
  • Cursors To Measure Performance
  • up to 2047 coefficients

Requirements

  • Mac OS X 10.4
  • 1024 x 768 display

Recommended

  • Intel Core Duo Processor
  • or
  • 1GHz G5 or Better Processor
  • or
  • 1GHz G4 or Better Processor

 


About Optunis

Press Release

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Learn DSP @ Optunis.com


DSP Fundamentals - 101 - Fourier Analysis (members only) Download a printable PDF
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Welcome to the Optunis Digital Signal Processing lectures.

Here we attempt to show how DSP works, and what the math does.

The lectures usually include some optional laboratory exercises (solutions are also provided if you need assistance), and come with a recommended reading list (which you may read before or after the lectures).

If you would like to view these lectures offline or print them out, PDFs are available for download to optunis-online members. Some lectures also have some associated detailed mathematics which are also available to optunis-online members. Also, the 400 and 500 series lectures are only available to optunis-online members. You may become a member on a monthly or yearly basis.

We hope you enjoy learning about digital signal processing.

The recommended reading for this lecture is :
Signals and Systems by Alan V. Oppenheim, Alan S. Willsky, with S. Hamid, S. Hamid Nawab,
Chapter 4 : Fourier Analysis for Continuous-Time Signals and Systems



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