with Tapered Quarter-Wave Tubes, can they be done with multiple drivers per enclosure/transmission line?
if so how does this change the design brief?
thanks.
if so how does this change the design brief?
thanks.
..with Tapered Quarter-Wave Tubes, can they be done with multiple drivers per enclosure/transmission line?..
Hi, Yes
..if so how does this change the design brief?..
Brief: Not much but depends on how the drivers are mounted.
b🙂
Hi, Yes
Brief: Not much but depends on how the drivers are mounted.
b🙂
can you spare any time to give me some links or pointers for how to properly set up multiple drivers?
i have a single driver cabinet designed, and depending on how multiple drivers change the design parameters, i was just going to use 2 independent lines/cabinets stacked.
thanks.
is there software like winISD that models this type of enclosure easily? something i can use to see what the below looks like compared to the vented isobaric design winISD has suggested.
thanks.
mh-audio Tapered Quarter Wave Tube
using that it gave me this.
Fs - 37.4
Sd - 520
Fr - 37.4
inside width - 38.77
sa/sd - 1
se/sd - 3
Height (H) : 118.5 [cm]
Width(W) : 40 [cm]
Depth(D) : 53.9 [cm]
T1 : 13 [cm]
T2 : 26 [cm]
T3 : 91 - 98 [cm]
T4 : 93 [cm]
Dv : 12.9 [cm]
Lv : 19 [cm]
Pipearea : 130.7 [cm2]
Vb : 248.4 [liters]
F3 : 25.2 [Hz]
Linelength : 228.61 [cm]
thanks.
mh-audio Tapered Quarter Wave Tube
using that it gave me this.
Fs - 37.4
Sd - 520
Fr - 37.4
inside width - 38.77
sa/sd - 1
se/sd - 3
Height (H) : 118.5 [cm]
Width(W) : 40 [cm]
Depth(D) : 53.9 [cm]
T1 : 13 [cm]
T2 : 26 [cm]
T3 : 91 - 98 [cm]
T4 : 93 [cm]
Dv : 12.9 [cm]
Lv : 19 [cm]
Pipearea : 130.7 [cm2]
Vb : 248.4 [liters]
F3 : 25.2 [Hz]
Linelength : 228.61 [cm]
- Status
- Not open for further replies.