![]() ![]() Deep knowledge of the underlying theory helps us understand which parameter must be altered to get the desired change. Because using such a software involves decision-making concerning too many possible changes in enclosure dimensions and driver placement coordinates. Can we just start using such a simulation program and let all the theory of the past decades aside ? Some of them also attempt to simulate the effect of the diffraction SPL step (or loss) that rises from the finite (not very large as in the case of the infinite baffle condition) dimensions of the enclosure. There are several pieces of software that simulate the low frequency behaviour of woofers in Vented Box (Bass Reflex) designs, giving estimates of system SPL responses in the range 10Hz-1000Hz. We also have a rough estimate of the required (internal) volume of our VB enclosure. ![]() We have already chosen our loudspeaker drivers and therefore have their datasheets along with their dimensions and TS (Thiele Small) parameters. This part is dedicated to Vented Box (VB) design. Details THE DESIGN PROTOCOL: PART 2b,VB-LOW FREQUENCY TUNING ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |