try it out... let us know...nobody answer my question jejeje.. i have a 36 hz 3cuft ported box, 300 rms for each sub will be ok?
3ft for each sub? 3ft sounds kinda big. or 3 ft for both. . . they would prolly love that.nobody answer my question jejeje.. i have a 36 hz 3cuft ported box, 300 rms for each sub will be ok?
but if you do it in a 3ft box per sub and try to put 600w an them a piece be careful becausethat will probably exceed the thermal handeling of thesubs and they will never hit xmax.i plotted out your sub and box. and i will hit xmax . . . in a 3ft box total at around 600w apiece. but in a box with 3ft per sub(6ft total) it will reach xmax around 250w apiece.p.s. these are all round about numbers. and given you don't clip the hel out of them.
Not quite sure what you are saying........the RMS of a sub is typically the thermal power handling of the voice coil (i.e. that amount of power won't fry the voice coils). But the mechanical power handling is dependent upon the size of the box.....as stated earlier, for a sealed box, small box = high mechanical power handling; large box = lower mechanical power handling. Since a box volume close to VAS is typically at the "larger" end of the box size spectrum for a given sub (since going too much over VAS causes the sub to act as if it were in an IB alignment [no box at all]), it's mechanical power handling would likely decrease well below the RMS wattage in a box close to it's VAS, in my opinion. Best way to find out the mechanical power handling limits is to load everything into a box program and look at the excursion graphs.So the limit of the sub (as the limit where it won't get ****ed) is the VAS of the sub at the RMS rating of a sub ?
preach on brother squeak! how come noone can grasp this concept?Not quite sure what you are saying........the RMS of a sub is typically the thermal power handling of the voice coil (i.e. that amount of power won't fry the voice coils). But the mechanical power handling is dependent upon the size of the box.....as stated earlier, for a sealed box, small box = high mechanical power handling; large box = lower mechanical power handling. Since a box volume close to VAS is typically at the "larger" end of the box size spectrum for a given sub (since going too much over VAS causes the sub to act as if it were in an IB alignment [no box at all]), it's mechanical power handling would likely decrease well below the RMS wattage in a box close to it's VAS, in my opinion. Best way to find out the mechanical power handling limits is to load everything into a box program and look at the excursion graphs.
And here is the download link [for the update to WinISD Pro]:
http://koti.mbnet.fi/jahonen/Audio/WinISDpro/WinISDProUpd.zip
Please try it out, everybody. Major new feature is the filter simulation. That's my personal long-time-favourite feature 8) Any comments are extremely welcome.
Oh, forgot to mention that aforementioned new version should be extracted on top of existing installation of WinISD pro. I also recommend deleting file "unitindex.dat", that might help for possible problems in unit handling, what might otherwise occur.