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<blockquote data-quote="helotaxi" data-source="post: 3640499" data-attributes="member: 550915">the voltage still drops with a cap, the lights still dim, it&#039;s just a bit slower.&nbsp; From the time that initial drop occurs, the voltage actually stays lower and the light don&#039;t go back to full brightness.&nbsp; At this point the cap is a load until it recharges.&nbsp; ESR is what keeps a cap from being worth a **** and it&#039;s what softens the initial light dimming.&nbsp; A perfect cap would allow the lights to dim just a quickly because its minuscule storage capacity would be tapped out in less than a second, with voltage drop the whole time.No one has ever been able to measure a difference in amplifier response with a cp installed, what makes you think that you can hear one?&nbsp; Thanks for playing.&nbsp; You agree with the other two because you know just as little as them.&nbsp; Go buy a bunch of caps, you&#039;re the target audience.</blockquote>

[QUOTE="helotaxi, post: 3640499, member: 550915"] the voltage still drops with a cap, the lights still dim, it's just a bit slower. From the time that initial drop occurs, the voltage actually stays lower and the light don't go back to full brightness. At this point the cap is a load until it recharges. ESR is what keeps a cap from being worth a **** and it's what softens the initial light dimming. A perfect cap would allow the lights to dim just a quickly because its minuscule storage capacity would be tapped out in less than a second, with voltage drop the whole time. No one has ever been able to measure a difference in amplifier response with a cp installed, what makes you think that you can hear one? Thanks for playing. You agree with the other two because you know just as little as them. Go buy a bunch of caps, you're the target audience. [/QUOTE]

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