XMachina

In addition to the PS220 correction circuit design example, here is a comparation of two different results. The first one is from the YT demo ( Link ). It has two coils, two capacitors and it fits within c.a. +-3.5dB tollerance margin. The second one was designed with loosening part reduction strength, it has four capacitors, four coils but it is only a fraction of dB out of the target spl. The question if such a precise circuit is worth implementing remains open. However it's possible to design it with XMachina. spls: orange: driver, green: driver+simpler circuit (2xL, 2xC), gray: driver+precise circuit (4xL, 4xC) electrical transmitances: green: simpler circuit (2xL, 2xC), gray: precise circuit (4xL, 4xC), orange: driver spl

An example of a circuit design from scratch for a Full Range system having only a screenshoot of frequency and impedance characteristics. FR Driver employed: Dayton PS220. A real design should of course take into account influence of the box. This is just an example of how to work with XMachina. (8-min screen record)

New version of XMachina: [1171221] Two issues fixed: exception when creating a new project with automatic design ongoing, exception during phase calculation for the "Load ZMA from picture" option. Download page:  LINK .

New version of XMachian released : [1171218] Download page:  https://xmachina-ai.blogspot.com/p/current-version-info.html