Friday, November 8, 2013

Speaker Design Theory and Calculations

Derivations of Speaker Response, Sealed and Ported Instead, the purpose of this report is to summarize the staple physics of soaked and ported speakers, with derivations of the formulas. A secondary purpose is to de-mystify the verse workings of speakers. I wrote a companion spreadsheet for this document, which utilisations the derived formulas to graph the considerably important speaker analyses. It is not so much for social occasion as a design program (there are break out ones addressable for lighten) but as a way to barricade my results against the free programs. References There are a couple of thin meshing pages along the lines of my derivation. I took material as necessary from these pages. hypertext transfer protocol://www.arcavia.com/kyle/Equations/index.html http://www.silcom.com/~aludwig/ http://www.diysubwoofers.org/ The formatting of this document is due to its innovation as a workbook from a math program called MuPad. I n addition, I seduce an Excel spreadsheet at my website, which implements the formulas derived here. General strategy I think that an overview mass help a green goddess in understanding where I am going with these calculations. The last goal is to generate the close important curves used in DIY speaker design: Sensitivity, cone excursion, port air speed. My progression is along these lines: 1.
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How a device driver works --electromechanical parameters delimitate. 2. Thiele-Small parameters defined for the purpose of using published driver data. 3. Equation of inquiry and its solution --identifying the forces on the speaker cone, and resolving Newtons F=ma to obtain the underlying excursion versus oftennes! s melt. Everything that follows beyond this point is derived as an addition to the excursion function for the driver. 4. Cone excursion versus relative frequency in sealed nook --the box is modeled as a simple limiting to the spring constant of the driver. The effective spring constant is how I deal with both sealed and ported boxes. 5. Cone excursion versus frequency in ported...If you want to get a full essay, crop it on our website: OrderEssay.net

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