Okay, fixed it..now everything looks perfect. Just a question of how to fold it and incorporate the stuffing and filters as painlessly as possible. I noticed that Hornresp does not save the changes you make under filling and filters to be view-able at the general "Acoustic power" window. Is there a way to make it show whatever changes I've made and display them outside of the "Loudspeaker wizard" window?
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Guys, I started calculating the TH's dimensions in order to fold it, but I can't get into the Horn Segment Wizard in Hornresp, as it is greyed out..
(which I guess is where this menu is in the new versions of Hornresp)
So, how do I get access to this menu, so I can export the file with all the numbers?
Or, is there a spreadsheet available where one can put in the segment data from Hornresp and get out the possible sizes; what's your advice on the best way to do this, guys?
Cheers

(which I guess is where this menu is in the new versions of Hornresp)

So, how do I get access to this menu, so I can export the file with all the numbers?
Or, is there a spreadsheet available where one can put in the segment data from Hornresp and get out the possible sizes; what's your advice on the best way to do this, guys?
Cheers
I also have a question about the segments in reality; where does each one end and respectively, where does the other start (where does S1 end and S2 start). My thinking is, that having a certain volume as well as a certain length, is what constitutes a segment as such. Is that correct? Most diagrams, such as this one, seem pretty confusing:
It looks like segments start and end depending on where the driver is.

It looks like segments start and end depending on where the driver is.
I also have a question about the segments in reality; where does each one end and respectively, where does the other start (where does S1 end and S2 start). My thinking is, that having a certain volume as well as a certain length, is what constitutes a segment as such. Is that correct? Most diagrams, such as this one, seem pretty confusing:
![]()
It looks like segments start and end depending on where the driver is.
S2 is defined as the driver tap point. So the center of the driver is at S2. In that diagram the same thing goes for S3.
I guess, looking at bjorno's sim, having a L12 of 155cm is what confuses me the most.. where am I supposed to put the driver, then? I think that's why the guides say to use small L12 and L34 that are also equal..
There are all kinds of simple ways to fold a horn. If you want a simple single fold you need the first and last segment lengths to be almost equal.
So, I played around with Hornresp some more, keeping in mind what I'd like the TH's parameters to be. I wanted a L12 that's somewhat small as well as L34 that's a little bit larger in value, but not too much. Also with the filters I wanna use and some stuffing.. Here are some sims, please, take a look:
The response looks good to me, as well as the XMAX at 15W/3.6R
Cheers


The response looks good to me, as well as the XMAX at 15W/3.6R
Cheers
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hi
i ask in another thread if this woofer would be suitable for a tapped horn
peavey low max
18 inch
Revc (ohms) 6.10
Sd (Square Meters) 0.1237
BL (T/M) 25.51
Znom (ohms) 8
Vas (liters) 294.7
Cms (uM/N) 135.6
Mms (gm) 167.9
QMS 8.741
Qes 0.330
Net weight lb. / kg: 33.5 lbs. / 15.2 kg
Qts 0.318
Voice coil material: Polyimide coated copper ribbon wire Polyimide-impregnated fiberglass former Nomex® stiffener Solderless diffusion welded OFHC copper leads
Xmax (mm) 8.25
Voice coil diameter: 4.0" / 100 mm
Le (mH) 0.751
Cone: Kevlar® impregnated cellulose
SPL (1W 1m) 97.1
Usable freq. range: 30 Hz ~ 500 Hz
No (%) 3.21%
Sensitivity: 97.1 db
Vd (cu. in. / ml) 128.7 / 2110
Power capacity: 4800 W Peak, 2400 W Program, 1200 W Continuous
Pmax (Watts pgm.) 2400
Impedance 8 ohm
Disp (cu. in. / ml) 284 / 4655
Fo (Hz) 33.5
Weight Unpacked: 21.94 lb(9.95 kg)
Weight Packed: 24.14 lb(10.95 kg)
Width Packed: 20.079"(51.00066 cm)
Height Packed: 20.866"(52.99964 cm)
Depth Packed: 8.268"(21.00072 cm)
i ask in another thread if this woofer would be suitable for a tapped horn
peavey low max
18 inch
Revc (ohms) 6.10
Sd (Square Meters) 0.1237
BL (T/M) 25.51
Znom (ohms) 8
Vas (liters) 294.7
Cms (uM/N) 135.6
Mms (gm) 167.9
QMS 8.741
Qes 0.330
Net weight lb. / kg: 33.5 lbs. / 15.2 kg
Qts 0.318
Voice coil material: Polyimide coated copper ribbon wire Polyimide-impregnated fiberglass former Nomex® stiffener Solderless diffusion welded OFHC copper leads
Xmax (mm) 8.25
Voice coil diameter: 4.0" / 100 mm
Le (mH) 0.751
Cone: Kevlar® impregnated cellulose
SPL (1W 1m) 97.1
Usable freq. range: 30 Hz ~ 500 Hz
No (%) 3.21%
Sensitivity: 97.1 db
Vd (cu. in. / ml) 128.7 / 2110
Power capacity: 4800 W Peak, 2400 W Program, 1200 W Continuous
Pmax (Watts pgm.) 2400
Impedance 8 ohm
Disp (cu. in. / ml) 284 / 4655
Fo (Hz) 33.5
Weight Unpacked: 21.94 lb(9.95 kg)
Weight Packed: 24.14 lb(10.95 kg)
Width Packed: 20.079"(51.00066 cm)
Height Packed: 20.866"(52.99964 cm)
Depth Packed: 8.268"(21.00072 cm)
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