XMachina is a passive crossover designer.
XMachina works unassisted. Define your goals, import drivers characteristics start XMachina and let it create designs for you.
There are several goals that XMachina tries to achieve:
- use only "real" component values (specified on lists),
- get close to the target dBspl system response,
- do not go under specified system impedance limit,
- do not exceed electro-acoustical slopes defined for ways,
- do not use many components unless it's necessarily.
XMachina works in any Win32-compatibile environment.
It has been tested on Win10/64, Win7/64, WinXP/32. O/S version 5.9.16-1-MANJARO Wine version wine-6.4
(It should probably work with other Wine / Linux versions too)
The .exe file size is about 3MB.
XMachina is free of charge for DIY personal use.
Latest version info & download
XMachina briefly
A humble .pdf with instant instructions
Index of later features (not included in the pdf):
Few tutorials on YouTube
XMachina works unassisted. Define your goals, import drivers characteristics start XMachina and let it create designs for you.
There are several goals that XMachina tries to achieve:
- use only "real" component values (specified on lists),
- get close to the target dBspl system response,
- do not go under specified system impedance limit,
- do not exceed electro-acoustical slopes defined for ways,
- do not use many components unless it's necessarily.
XMachina works in any Win32-compatibile environment.
It has been tested on Win10/64, Win7/64, WinXP/32. O/S version 5.9.16-1-MANJARO Wine version wine-6.4
(It should probably work with other Wine / Linux versions too)
The .exe file size is about 3MB.
XMachina is free of charge for DIY personal use.
Latest version info & download
XMachina briefly
A humble .pdf with instant instructions
Index of later features (not included in the pdf):
- Power Response target with off axis measurements LINK
- System off-axis responses on charts LINK
- Polar Maps LINK
- Automatic Curve Reader LINK
- Parallel processing LINK
- Force common GND filter architecture LINK
- Design time manager LINK
- Impedance phase equalization LINK
- Impedance calculation up to 200kHz LINK
- Target follows the woofer at LF LINK
- Optimise for crossover price LINK
Few tutorials on YouTube
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