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<blockquote data-quote="528hz" data-source="post: 8602820" data-attributes="member: 581076"><p>That is true by that formula...but why is it that...say for instance you are running a "sufficient" electrical setup for a 2000 watt setup. Why is that you typically see your lights dim more or voltage drop more at higher frequencies? Does ohms law get thrown for a loop when you also must take into consideration impedance rise? I mean we all know heat is a primary cause for impedance rise, but the dynamics of the box itself had to play a roll too I assume...</p><p></p><p>Ohms law is only applied to a consistent, constant?</p></blockquote><p></p>
[QUOTE="528hz, post: 8602820, member: 581076"] That is true by that formula...but why is it that...say for instance you are running a "sufficient" electrical setup for a 2000 watt setup. Why is that you typically see your lights dim more or voltage drop more at higher frequencies? Does ohms law get thrown for a loop when you also must take into consideration impedance rise? I mean we all know heat is a primary cause for impedance rise, but the dynamics of the box itself had to play a roll too I assume... Ohms law is only applied to a consistent, constant? [/QUOTE]
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