Bye .
I have small question, can it someone applied loudspeaker Focal 10V6412 in Transmission Line or in different application.
pa_nterka1@o2.pl
I have small question, can it someone applied loudspeaker Focal 10V6412 in Transmission Line or in different application.
pa_nterka1@o2.pl
T/S Parameters of the 10V6412:
Re = 5.30 Ohm
Le = 1.30 mH
Fs = 37 Hz
Qms = 4.30
Qes = 0.40
Qts = 0.36
Rms = 2.20 Ns/m
Mmd = 37.47gr
Mms = 40.00gr
Cms = 0.45mm/N
Cas = 5.2e-07 m^5/N
Vas = 73.00 L
Sd = 340 cm²
BL = 11.20N/A
Pmax = 100W
Xmax = 16.5mm p-p
Airgap Height = 6.0mm
Voicecoil Height = 22.5mm
Efficiency = 0.89% --> 91.5 dB/1W/1m
Grtz, Joris
Re = 5.30 Ohm
Le = 1.30 mH
Fs = 37 Hz
Qms = 4.30
Qes = 0.40
Qts = 0.36
Rms = 2.20 Ns/m
Mmd = 37.47gr
Mms = 40.00gr
Cms = 0.45mm/N
Cas = 5.2e-07 m^5/N
Vas = 73.00 L
Sd = 340 cm²
BL = 11.20N/A
Pmax = 100W
Xmax = 16.5mm p-p
Airgap Height = 6.0mm
Voicecoil Height = 22.5mm
Efficiency = 0.89% --> 91.5 dB/1W/1m
Grtz, Joris
http://www.focal.tm.fr/gb/compo/woofer/10v6412.htm
Here parameters 10V6412 are.
Fs 50 Hz
Qts 0,42
Sd 346,4 cm^2
pa_nterka1@o2.pl
Here parameters 10V6412 are.
Fs 50 Hz
Qts 0,42
Sd 346,4 cm^2
pa_nterka1@o2.pl
Using Focal's specs, a ML-TL looks good:
T/S max flat:
rp = 2"
Lp = 5"
density = 0.4lbs/ft^3
L (in)
29.941
S0/SL (in^2)
78.491
S0/SL (width)
11.270
S0/SL (depth)
6.965
X0 (in)
12.228
Sd (in^2)
53.692
Qts
0.4234
Vas or Vb(ft^3)
1.36
Fs or Fb (Hz)
47.6
All dims inside
'rp' = radius of port
'Lp' = length of port
'XO' = centerline of driver down from top
width/depth are golden ratio suggestions, you can make your own based on 'S0/SL (in^2)'
dims can be rounded off somewhat, I just printed out part of a spreadsheet
GM
T/S max flat:
rp = 2"
Lp = 5"
density = 0.4lbs/ft^3
L (in)
29.941
S0/SL (in^2)
78.491
S0/SL (width)
11.270
S0/SL (depth)
6.965
X0 (in)
12.228
Sd (in^2)
53.692
Qts
0.4234
Vas or Vb(ft^3)
1.36
Fs or Fb (Hz)
47.6
All dims inside
'rp' = radius of port
'Lp' = length of port
'XO' = centerline of driver down from top
width/depth are golden ratio suggestions, you can make your own based on 'S0/SL (in^2)'
dims can be rounded off somewhat, I just printed out part of a spreadsheet
GM
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