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<blockquote data-quote="Papermaker85" data-source="post: 6398980" data-attributes="member: 572595"><p>also you don&#039;t understand how motor strength and lineatrly account for a high bandwidth.. if the woofer doesn&#039;t have the motor strength to move the mass fas/far enought your going to get lowered output/efficiency.. its extremely rare that inductance affects a subwoofer.. and 99% of the amps today have a high enougt dampning factor to supress the affects both durning the signal and after..&nbsp; i have tested tons of woofers, and i have yet to test a woofer in a ideal install for which it was designed take 400% of its rated power... even subs like DD3500 strugggles to take 4.5kw and its built with a much stronger cone, suspension and much more surface area viz the much larger 3&quot; VC as well as the extensive cooling... i folded the AVs cone in 3 cubes tuned to 31 with less than 2kw.. id like to see the TRUE RMS voltage and AMPERAGE that the woofer was exposed to..</p></blockquote><p></p>

[QUOTE="Papermaker85, post: 6398980, member: 572595"] also you don't understand how motor strength and lineatrly account for a high bandwidth.. if the woofer doesn't have the motor strength to move the mass fas/far enought your going to get lowered output/efficiency.. its extremely rare that inductance affects a subwoofer.. and 99% of the amps today have a high enougt dampning factor to supress the affects both durning the signal and after.. i have tested tons of woofers, and i have yet to test a woofer in a ideal install for which it was designed take 400% of its rated power... even subs like DD3500 strugggles to take 4.5kw and its built with a much stronger cone, suspension and much more surface area viz the much larger 3" VC as well as the extensive cooling... i folded the AVs cone in 3 cubes tuned to 31 with less than 2kw.. id like to see the TRUE RMS voltage and AMPERAGE that the woofer was exposed to.. [/QUOTE]

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