Witam
To moj pierwszy post na tym forum. Mam prosbe, wyliczylby ktos z Was mi obudowe do mojego glosnika. Glosnik to VIBE SPACE 15, parametry
SPEAKER MODEL: SPACE 15
RMS power 750
Diameter size in inches: 15”
Diameter size in mm: 392
Z - Nominal Impedance in Ohms: Dual 4
Qts = Total Q factor of driver: 0.485
Vas = Equivalent acoustic volume in cubic feet: 5.894
Vas = Equivalent acoustic volume in cubic litres: 117.873
Xmax = peak linear displacement of cone in inches: 0.551
Xmax = peak linear displacement of cone in mm: 14
Pe = Max Power in Watts: 1500
Ref = Speaker's SPL 1W at 1m in dB: 88.178
Voice Coil Diameter in inches: 3
Mounting depth in mm: 200
Sd = Piston Area in Square meters: 0.085
Cms = Mechanical Suspension compliance: 114.891
Mms = Mechanical mass of cone & free air load: 282.718
Qms = Mechanical Q factor of driver: 2.516
Qes Electrical Q factor of driver: 0.601
Revc = DC Voice coil resistance in Ohms: 7.2
Zmax = impedance t top of resonance curve in Ohms: 32
Fo = Free air resonance frequency in Hz: 27.925
Magnet weight oz. 150
Recommended sealed enclosure size in cubic feet: 3.0
W aucie beda zamontowane dwa takie glosniki. Chcialbym osiagnac najwieksze cisnienie SPL. Samochod to Volkswagen Golf. O zasilanie i odpowiedni wzmacniacz sie nie boje
To moj pierwszy post na tym forum. Mam prosbe, wyliczylby ktos z Was mi obudowe do mojego glosnika. Glosnik to VIBE SPACE 15, parametry
SPEAKER MODEL: SPACE 15
RMS power 750
Diameter size in inches: 15”
Diameter size in mm: 392
Z - Nominal Impedance in Ohms: Dual 4
Qts = Total Q factor of driver: 0.485
Vas = Equivalent acoustic volume in cubic feet: 5.894
Vas = Equivalent acoustic volume in cubic litres: 117.873
Xmax = peak linear displacement of cone in inches: 0.551
Xmax = peak linear displacement of cone in mm: 14
Pe = Max Power in Watts: 1500
Ref = Speaker's SPL 1W at 1m in dB: 88.178
Voice Coil Diameter in inches: 3
Mounting depth in mm: 200
Sd = Piston Area in Square meters: 0.085
Cms = Mechanical Suspension compliance: 114.891
Mms = Mechanical mass of cone & free air load: 282.718
Qms = Mechanical Q factor of driver: 2.516
Qes Electrical Q factor of driver: 0.601
Revc = DC Voice coil resistance in Ohms: 7.2
Zmax = impedance t top of resonance curve in Ohms: 32
Fo = Free air resonance frequency in Hz: 27.925
Magnet weight oz. 150
Recommended sealed enclosure size in cubic feet: 3.0
W aucie beda zamontowane dwa takie glosniki. Chcialbym osiagnac najwieksze cisnienie SPL. Samochod to Volkswagen Golf. O zasilanie i odpowiedni wzmacniacz sie nie boje