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<blockquote data-quote="squeak9798" data-source="post: 2321543" data-attributes="member: 555320">High frequency extension is primarily dictated by inductance, not woofer diameter.Beyond that, enclosure design can play a role aswell.&nbsp; A small sealed enclosure will have decreased low frequency extension, but it will have a nice little hump in the upper bass region.Keep in mind subwoofers are designed to play *gasp* sub bass....not midbass as you are wanting.&nbsp; So yes, when someone evaluates a subwoofer it&#039;s typically limited to the frequencies it was designed to play...subbass.Why do you need to play 100hz through your subwoofer ?&nbsp; This is what the midbass speakers are there for ?If you need to play 100hz from your sub...you have problems in other areas of your system.Anyways...if you are wanting high frequency extension out of a sub, look for a sub with low inductance (regardless of size).</blockquote>

[QUOTE="squeak9798, post: 2321543, member: 555320"] High frequency extension is primarily dictated by inductance, not woofer diameter. Beyond that, enclosure design can play a role aswell. A small sealed enclosure will have decreased low frequency extension, but it will have a nice little hump in the upper bass region. Keep in mind subwoofers are designed to play *gasp* [I]sub bass[/I]....[B]not[/B] midbass as you are wanting. So yes, when someone evaluates a subwoofer it's typically limited to the frequencies it was designed to play...[I]subbass[/I]. Why do you need to play 100hz through your subwoofer ? This is what the midbass speakers are there for ? If you [I]need[/I] to play 100hz from your sub...you have problems in other areas of your system. Anyways...if you are wanting high frequency extension out of a sub, look for a sub with low inductance (regardless of size). [/QUOTE]

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