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DIY & Tutorials
DIY For Audio
My custom speaker project
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<blockquote data-quote="Shonver" data-source="post: 32524" data-attributes="member: 34"><p>Pity about the router marks. I think that 2.2kHz is probably conservative for this tweeter. IIRC, it has been used down to 1.4kHz. I would shoot for 1.8kHz 4th order (or even try elliptical). But I get the feeling that this is it for you. Why don't you use the digital filter in SE, then you don't have to keep building different iterations of the crossover.</p><p></p><p>BTW, irrespective of the amount of baffle step, your tweeter will still receive the same amount of power.</p><p></p><p>Do me a favour (and yourself): measure the drivers-in-box in the location from where they will be playing (shelf/top of TV), and give us a comparative FR plot. My biggest mistake with centre channels I have built has been to design for free air. Dialling in less baffle step will get you closer, but I believe the best would be to measure in situ.</p></blockquote><p></p>
[QUOTE="Shonver, post: 32524, member: 34"] Pity about the router marks. I think that 2.2kHz is probably conservative for this tweeter. IIRC, it has been used down to 1.4kHz. I would shoot for 1.8kHz 4th order (or even try elliptical). But I get the feeling that this is it for you. Why don't you use the digital filter in SE, then you don't have to keep building different iterations of the crossover. BTW, irrespective of the amount of baffle step, your tweeter will still receive the same amount of power. Do me a favour (and yourself): measure the drivers-in-box in the location from where they will be playing (shelf/top of TV), and give us a comparative FR plot. My biggest mistake with centre channels I have built has been to design for free air. Dialling in less baffle step will get you closer, but I believe the best would be to measure in situ. [/QUOTE]
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DIY & Tutorials
DIY For Audio
My custom speaker project
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