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Amplifiers
Higher Effiency vs Lower Ohm Load
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<blockquote data-quote="Jimi77" data-source="post: 8877566" data-attributes="member: 673702"><p>No, I'm not saying that impedance is steady from 200hz and up. The software doesn't bother to plot it since we would normally crossover electronically and don't care about response above ~100hz. Inductance would be merely be a 1st order LPF with impedance approaching infinity with ever increasing frequency. As I said before, you're probably just trolling since it appears you're familiar with what an impedance curve should look like and when the VC's inductance should start acting as an LPF. </p><p></p><p>You can download Winisd or whatever software is available to observe how manipulating enclosures changes the impedance curve. Of course if were actually concerned about this issue, you would just do your own modeling, google search, etc. I think you're probably just arguing for arguing's sake. </p><p></p><p>Is LEAP good enough for you?</p><p></p><p>[ATTACH=full]59119[/ATTACH]</p><p></p><p>[ATTACH=full]59120[/ATTACH]</p></blockquote><p></p>
[QUOTE="Jimi77, post: 8877566, member: 673702"] No, I'm not saying that impedance is steady from 200hz and up. The software doesn't bother to plot it since we would normally crossover electronically and don't care about response above ~100hz. Inductance would be merely be a 1st order LPF with impedance approaching infinity with ever increasing frequency. As I said before, you're probably just trolling since it appears you're familiar with what an impedance curve should look like and when the VC's inductance should start acting as an LPF. You can download Winisd or whatever software is available to observe how manipulating enclosures changes the impedance curve. Of course if were actually concerned about this issue, you would just do your own modeling, google search, etc. I think you're probably just arguing for arguing's sake. Is LEAP good enough for you? [ATTACH type="full"]59119[/ATTACH] [ATTACH type="full"]59120[/ATTACH] [/QUOTE]
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Higher Effiency vs Lower Ohm Load
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