Resonant Frequency (fs)
36.4HzImpedance (Re) 6.8 ohmsElectrical Factor(Qes).47Mechanical Q (Qms) 11.6Total Q (Qts) .45Compliance Equiv. Vol. (Vas) 92 Liters/3.25cu. ft.Voice Coil Overhang (Xmax)14.0mmBL Factor35.11 T-MDiaphragm Mass (Mms).371 kg.Surface Area of Cone (Sd)m20.1104m2Reference Efficiency.88%Coil Inductance (Le)
cIARE SW 18
36.4HzImpedance (Re) 6.8 ohmsElectrical Factor(Qes).47Mechanical Q (Qms) 11.6Total Q (Qts) .45Compliance Equiv. Vol. (Vas) 92 Liters/3.25cu. ft.Voice Coil Overhang (Xmax)14.0mmBL Factor35.11 T-MDiaphragm Mass (Mms).371 kg.Surface Area of Cone (Sd)m20.1104m2Reference Efficiency.88%Coil Inductance (Le)
cIARE SW 18
Is this a good speaker for tapped horn
Hi,
FYI, A quick simulation comparing the proposed driver in a TH with a T-TQWT:
b
Resonant Frequency (fs)
36.4HzImpedance (Re) 6.8 ohmsElectrical Factor(Qes).47Mechanical Q (Qms) 11.6Total Q (Qts) .45Compliance Equiv. Vol. (Vas) 92 Liters/3.25cu. ft.Voice Coil Overhang (Xmax)14.0mmBL Factor35.11 T-MDiaphragm Mass (Mms).371 kg.Surface Area of Cone (Sd)m20.1104m2Reference Efficiency.88%Coil Inductance (Le)
cIARE SW 18
Hi,
FYI, A quick simulation comparing the proposed driver in a TH with a T-TQWT:
b
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