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<blockquote data-quote="Prowler573" data-source="post: 2453240" data-attributes="member: 561023">The average range of human hearing goes from 20Hz on the low end and 20,000Hz on the high end. Of course there are exceptions but that&#039;s the range which is the accepted average human&#039;s audible frequency range.Your amp produces output from 17Hz on the low end up to 250Hz on its high end (the reason that it was assumed you were talking about a Class D sub amp).17Hz, obviously, is a bit lower than the accepted average and that&#039;s the lowest frequency at which your amp is specified to produce output.250Hz, which is pretty solidly in the frequencies commonly termed &quot;midrange&quot; is the highest frequency at which your amp is specified to output sound.Knowing that, as well as knowing that frequency range isn&#039;t anywhere near the accepted average hearing range, is what tells us that your amp is specifically designed for powering subwoofers.</blockquote>

[QUOTE="Prowler573, post: 2453240, member: 561023"] The average range of human hearing goes from 20Hz on the low end and 20,000Hz on the high end. Of course there are exceptions but that's the range which is the accepted average human's audible frequency range. Your amp produces output from 17Hz on the low end up to 250Hz on its high end (the reason that it was assumed you were talking about a Class D sub amp). 17Hz, obviously, is a bit lower than the accepted average and that's the lowest frequency at which your amp is specified to produce output. 250Hz, which is pretty solidly in the frequencies commonly termed "midrange" is the highest frequency at which your amp is specified to output sound. Knowing that, as well as knowing that frequency range isn't anywhere near the accepted average hearing range, is what tells us that your amp is specifically designed for powering subwoofers. [/QUOTE]

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