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Did you ask REW to find the filters on a smoothed graph???
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Nope, did all the work on the raw data, it didn't even cross my mind to work on the smoothed data. I just did the smoothing for publication.
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Turn it off so we can see it without
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I am still working, will be for a few more hours, when I get home I will post the raw graphs. I believe I saved the .mdat file from the three graphs in question, hopefully that will allow me to rebuild the graphs without retesting.
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so even though my receiver (when it is connected) will be crossed over at 80 hz, shouldn't I be able to control the freqeuncies above 120?
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Should have read;
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so even though my receiver (when it is connected) will be crossed over at 80 hz, shouldn't I be able to control the freqeuncies above 120 with the computer plugged directly into the BFD?
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Regarding the multisub configuration, you said yourself that the raw graph looked good, and it sounds rather impressive as well. The multisub, as is everything, is a tradeoff. Smaller subs used for the upper sub range might provide less doppler distortion, and be quicker. A larger sub for the lower sub range has the surface area to move a lot of air. When they are placed close together they behave as a single unit.
The 10" drivers are Dayton Titanics, and the 15" is a Rythmic Audio, so they're not el-cheapo, nor are they esoteric drivers. They are all good solid drivers in their own range.
Paul