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4th Order Bandpass Subwoofer Box Equations Formulas Design Calculator
Low Frequency Enclosures - Car Audio - Home Theater Sound System


Solving for maximum air volume displaced by cone excursion.

maximum air volume displaced by cone excursion

note:
for S=0.7  use b=0.7206 
for S=0.6 use b=0.9560
for S=0.5 use b=1.2712

Inputs:
tuning frequency (fb
minimum vent port diameter (Dmin
number of ports or vents (Np


Conversions:
tuning frequency (fb) = 0    = 0  hertz
minimum vent port diameter (Dmin) = 0    = 0  centimeter
number of ports or vents (Np) = 0    = 0  


Solution:
maximum air volume displaced by cone excursion (Vd)  =  HAS NOT BEEN CALCULATED 


Other Units:


Change Equation
Select an equation to solve for a different unknown

Fourth Order Bandpass

sealed rear chamber Q
vented or rear bandpass chamber Q sealed rear chamber Q
passband ripple passband ripple
sensitivity gain sensitivity gain

low frequency f3 rolloff
low frequency f3 rolloff low frequency f3 rolloff
speaker resonance frequency speaker resonance frequency
speaker total Q speaker total Q

high frequency f3 rolloff
high frequency f3 rolloff high frequency f3 rolloff
low frequency f3 rolloff low frequency f3 rolloff
speaker resonance frequency speaker resonance frequency
speaker total Q speaker total Q

front chamber port tuning frequency
front chamber port tuning frequency front chamber port tuning frequency
sealed rear chamber Q sealed rear chamber Q
speaker resonance frequency speaker resonance frequency
speaker total Q speaker total Q

ported front chamber net volume
ported front chamber net volume ported front chamber net volume
overall bandwidth overall bandwidth
speaker total Q speaker total Q
equivalent air compliance equivalent air compliance

sealed rear chamber net volume
sealed rear chamber net volume sealed rear chamber net volume
equivalent air compliance equivalent air compliance
sealed rear chamber Q sealed rear chamber Q
speaker total Q speaker total Q

maximum air volume displaced by cone excursion
maximum air volume displaced by cone excursion maximum air volume displaced by cone excursion
cone effective radiation area cone effective radiation area
cone peak linear displacement cone peak linear displacement

cone effective radiation area
cone effective radiation area cone effective radiation area
cone diameter plus one third of surround cone diameter plus one third of surround

port or vent length
port or vent length port or vent length
volume of enclosure or box volume of enclosure or box
tuning frequency tuning frequency
end correction factor end correction factor

minimum port or vent diameter
minimum port or vent diameter minimum port or vent diameter
maximum air volume displaced maximum air volume displaced
by cone excursion
tuning frequency tuning frequency



References - Books:

1) Dickason, Vance. 1991. The Loudspeaker Design Cookbook. Audio Amateur Press. 4th ed.
2) Steele, Brian. 2002. The Subwoofer DIY Page v1.1. http://www.diysubwoofers.org.





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