| Name | Type | Details |
| Analog Filter Design Demystified | White Paper |
Description: Offered by Dallas Semiconductor/Maxim, their introduction states: "This article shows the reader how to design analog filters. It starts by covering the fundamentals of filters, it then goes on to introduce the basic types like Butterworth, Chebyshev, and Bessel, and then guides the reader through the design process for lowpass and highpass filters. Includes the derivation of the equations and the circuit implementation. "
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License: Commercial Format: PDF, HTML Price: free URL: http://www.maxim-ic.com/ appnotes.cfm/ appnote_number/ 1795 Keywords: Chebyshev , Maxim , Dallas Semiconductor , Butterworth , Bessel , lowpass , highpass , filter design Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1146428360 (single entry page) |
| The Scientists and Engineer's Guide to Digital Signal Processing | Book |
Description: A full textbook on DSP theory and application.
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Author(s): Smith, Steven W. License: Commercial Format: Paper URL: http://www.dspguide.com/ pdfbook.htm Limitations: You can order a paper copy of Dr. Smith's book for $64 at his web site. You can also download all chapters of the book in PDF format at no charge. ReviewText: Every bit as detailed as the texts you used in college - this IS a college text. Chapter headings include:
Keywords: ADC , DAC , DSP , statistics , Sampling Theorem , linear systems , convolution , Fourier transform , filters , Chebyshev , companding , imaging , neural networks , data compression , Laplace transform , Z-transform Submitter: EE HomePage Editorial Staff Affiliation: Reader xml_ID: 1146195164 (single entry page) |
| Algorithms for programmers: ideas and source code | Book |
Description: The cover page notes that "this is a work in progress". Pretty impressive considering this text is already 792 pages long!
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Author(s): Arndt, Jorg License: Unknown Format: PDF Price: free download URL: http://www.jjj.de/ fxt/ fxtbook.pdf ReviewText: The scope of this text is STUNNING. The table of contents alone runs for many pages. Look here for if you need algorithms! Keywords: programming , convolution , Fourier transform , Chebyshev , algorithms , FFT , endianess , Gray codes , Hilbert curve , Fibonacci words , CRCs , sorting algorithms , LIFO , FIFO , stack , finite-state machines , decimation , Walsh transform , Reed-Muller transform , Kronecker product , Haar transform , Hartley transform , transcendental functions , AGM Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1169087247 (single entry page) |
| Name | Type | Details |
| FilterLab | Filter Design |
Description: Offered by MicroChip. FilterLab is a software tool that simplifies active filter design. Available at no cost, the FilterLab active filter software design tool provides full schematic diagrams of the filter circuit with component values and displays the frequency response.
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License: Unknown Price: Free URL: http://www.microchip.com/ stellent/ idcplg? IdcService=SS_GET_PAGE& amp;nodeId=1406& amp;dDocName=en010007 OSs: Windows Limitations: None noted. ReviewText: This is a great little tool which supports design of Butterworth, Chebyshev and Bessel active filters. Keywords: Chebyshev , filter , Butterworth , Bessel Submitter: EE HomePage Editorial Staff Affiliation: User xml_ID: 1143247398 (single entry page) |
| Active Filter Synthesis Applet | Filter Design |
Description: web-based applet by Analog Devices for design of active filters. Supports design of Butterworth, Bessel, Gaussian, Equiripple, and Chebyshev filters using voltage feedback op-amps.
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License: Unknown Price: free online URL: http://www.analog.com/ Analog_Root/ static/ techSupport/ designTools/ interactiveTools/ filter/ filter.html OSs: Browser-Based Limitations: Web-based ReviewText: You'll be limited to specific circuit configuations, but appears to be a very nice web-based application. Keywords: Analog Devices , op amp , Chebyshev , filter , Butterworth , Bessel , Gaussian , Equiripple Submitter: EE HomePage Editorial Staff Affiliation: None xml_ID: 1146427097 (single entry page) |
No matching Orgs were found.