How do you calculate what baffle diffraction effects will be excluded due the gate on an MLS signal?
In my file "Baffle Effects" I modeled my measurement baffle. Not so good. I'll be using a 6.1 ms gate for farfield, since I've got a bit a of room from the floor to ceiling in my garage and I want good resolution. Nearfield has a much longer gate but the point of nearfield is to "drown out" those kind of baffle effects correct? So that shouldn't be a problem.
Also I modeled another baffle, "Baffle Effects_woofer" This had the smoothest response I could come up with. So worst comes to worse this simulation can at least give me an idea what peaks and dips are not really in the drivers true FR.
So is this a problem or am I worrying about nothing? Now that I think about, maybe there is way to subtract this effect out from a driver's FR in SE....hmmm
EDIT: Files to big. Give me a bit to crop them.
In my file "Baffle Effects" I modeled my measurement baffle. Not so good. I'll be using a 6.1 ms gate for farfield, since I've got a bit a of room from the floor to ceiling in my garage and I want good resolution. Nearfield has a much longer gate but the point of nearfield is to "drown out" those kind of baffle effects correct? So that shouldn't be a problem.
Also I modeled another baffle, "Baffle Effects_woofer" This had the smoothest response I could come up with. So worst comes to worse this simulation can at least give me an idea what peaks and dips are not really in the drivers true FR.
So is this a problem or am I worrying about nothing? Now that I think about, maybe there is way to subtract this effect out from a driver's FR in SE....hmmm
EDIT: Files to big. Give me a bit to crop them.
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