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<blockquote data-quote="mrogowski" data-source="post: 4693097" data-attributes="member: 569061">Ok, if there is no reference on voltage applied, they could have used the standard 2.83 volts applied to the driver.&nbsp; This yields a slightly higher sensitivity than what other companies may post.&nbsp; You can reference all this stuff here:<a href="http://www.the12volt.com/ohm/ohmslaw.asp" target="_blank">http://www.the12volt.com/ohm/ohmslaw.asp</a>I use the same reference when posting the Mach 5 stuff.&nbsp; I do however provide a voltage reference, so there is a reference and there are no surprises.&nbsp; It is not a bad thing, just something folks should be aware of.Hope this helps you.Oh, and yes, to have a driver with higher sensitivity will result in a driver that is louder with the same amount of power applied as compared to a driver with lower sensitivity.&nbsp; If you look at pro audio drivers, they have a very high sensitivity because of the requirements to play very loud with modest power applied.</blockquote>

[QUOTE="mrogowski, post: 4693097, member: 569061"] Ok, if there is no reference on voltage applied, they could have used the standard 2.83 volts applied to the driver. This yields a slightly higher sensitivity than what other companies may post. You can reference all this stuff here: [URL="http://www.the12volt.com/ohm/ohmslaw.asp"]http://www.the12volt.com/ohm/ohmslaw.asp[/URL] I use the same reference when posting the Mach 5 stuff. I do however provide a voltage reference, so there is a reference and there are no surprises. It is not a bad thing, just something folks should be aware of. Hope this helps you. Oh, and yes, to have a driver with higher sensitivity will result in a driver that is louder with the same amount of power applied as compared to a driver with lower sensitivity. If you look at pro audio drivers, they have a very high sensitivity because of the requirements to play very loud with modest power applied. [/QUOTE]

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