I would like to know how to use T/S parameters to calculate the
optimal sealed enclosure size of any given woofer. I already
know how to determine if the woofer is appropriate for sealed
applications (EBP); now I need the size of the enclosure.
I am considering the 12" dayton HO or MKiii.
HO:
Specifications: *Power handling: 700 watts RMS/1200 watts max *VCdia: 2-1/2" *Le: 1.75 mH *Impedance: 4 ohms *Re: 3.4 ohms *Frequency range: 26 - 600 Hz *Fs: 26 Hz *Magnet weight: 150 oz. *SPL: 88 dB 2.83 V/1m *Vas: 1.62 cu. ft. *Qms: 4.00 *Qes: .44 *Qts: .40 *Xmax: 12mm
MKiii:
Specifications: *Power handling: 500 watts RMS/700 watts max *VCdia: 2-1/2" *Le: 3.17 mH *Impedance: 4 ohms *Re: 3.07 ohms *Frequency range: 22-500 Hz *Magnet weight: 100 oz. *Fs: 22.2 Hz *SPL: 88.6 dB 2.83V/1m *Vas: 2.61 cu. ft. *Qms: 6.12 *Qes: .47 *Qts: .44 *Xmax: 18.7 mm
I'm also looking for the formulas so I can calculate this myself.
optimal sealed enclosure size of any given woofer. I already
know how to determine if the woofer is appropriate for sealed
applications (EBP); now I need the size of the enclosure.
I am considering the 12" dayton HO or MKiii.
HO:
Specifications: *Power handling: 700 watts RMS/1200 watts max *VCdia: 2-1/2" *Le: 1.75 mH *Impedance: 4 ohms *Re: 3.4 ohms *Frequency range: 26 - 600 Hz *Fs: 26 Hz *Magnet weight: 150 oz. *SPL: 88 dB 2.83 V/1m *Vas: 1.62 cu. ft. *Qms: 4.00 *Qes: .44 *Qts: .40 *Xmax: 12mm
MKiii:
Specifications: *Power handling: 500 watts RMS/700 watts max *VCdia: 2-1/2" *Le: 3.17 mH *Impedance: 4 ohms *Re: 3.07 ohms *Frequency range: 22-500 Hz *Magnet weight: 100 oz. *Fs: 22.2 Hz *SPL: 88.6 dB 2.83V/1m *Vas: 2.61 cu. ft. *Qms: 6.12 *Qes: .47 *Qts: .44 *Xmax: 18.7 mm
I'm also looking for the formulas so I can calculate this myself.
