I'm curious as to what's used to model and design a BVR cabinet for a particular driver. It's either that, a reflex/onken or a MLTL.
In this case, the driver is my single trusty Stephens Trusonic 206 AXA 15" coax. I was considering a corner cabinet, which naturally lends itself to BVR (Qts appears a bit high for true rear horn loading)
T/S measured using a Dayton WT3 are
D 317.5 [mm]
Re 9.44 [Ohms]
Fs 43.07 [Hz]
Zm 163.30 [Ohms]
BL 19.56 [N/A]
Qms 7.009
Qes 0.430
Qts 0.405
Vas 186.700 [liters]
L10k 0.89 [mH]
n0 3.31 [%]
dBSPL 97.30 [1W/1m]
Ms 64.39 [grams]
Cms 0.21 [mm/N]
I have a licensed copy of Martin King's worksheets in case they can be used (perhaps the double mouth horn sheets??).
Thanks
In this case, the driver is my single trusty Stephens Trusonic 206 AXA 15" coax. I was considering a corner cabinet, which naturally lends itself to BVR (Qts appears a bit high for true rear horn loading)
T/S measured using a Dayton WT3 are
D 317.5 [mm]
Re 9.44 [Ohms]
Fs 43.07 [Hz]
Zm 163.30 [Ohms]
BL 19.56 [N/A]
Qms 7.009
Qes 0.430
Qts 0.405
Vas 186.700 [liters]
L10k 0.89 [mH]
n0 3.31 [%]
dBSPL 97.30 [1W/1m]
Ms 64.39 [grams]
Cms 0.21 [mm/N]
I have a licensed copy of Martin King's worksheets in case they can be used (perhaps the double mouth horn sheets??).
Thanks