My first crossover

[Ben Martin]

Hi!

I'd say the peak comes from the driver itself. If I simulate it without any crossover it shows the same peak. Further, if I were the to scale the original Dayton plot to the same X- and Y axis as the simulation, it reveals the peak is present there as well.

Yeah. You are right.
I've tried my best to compromise in the Xover overlap frequencies but I guess, there is not much to do, regarding this subject.

 

[AllenB]

Well, if you see that last crossover image, I've done that.

It doesn't seem to be showing for me. You have acoustic issues. Much of it might be the combined T/W response. At this moment I'm having a little trouble working anything out from the shown information.

 

[Ben Martin]

It doesn't seem to be showing for me. You have acoustic issues. Much of it might be the combined T/W response. At this moment I'm having a little trouble working anything out from the shown information.

Ok... I'll try to explain what I did, step by step.
I'll be busy in the next day, so I may take some time to do it but I promise I'll post the step by step flow.

Thanks for your patience.

 

[AllenB]

No problem. My issue is more with your simulator program. Acoustic issues are easier to see with polar information. The sim shows various angles for the combined driver responses but only a single angle for the single driver responses.

It does get too much to show on one screen at a time, but designing a crossover involves switching back and forth between different views.