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<blockquote data-quote="metalheadjoe" data-source="post: 8837693" data-attributes="member: 581422"><p>You correctly phrased that your amp pulls current, then incorrectly implied that your alternator pushes current in the same post? I'm dumbfounded.</p><p></p><p>You are correct in theory. Voltage is constant across all branches of a parallel circuit.</p><p></p><p>The variable is wire size, which can cause voltage drop across the wire. Current is constant through all components in a series circuit. That's why things like properly sized wire and "big 3" make such an impact.</p></blockquote><p></p>
[QUOTE="metalheadjoe, post: 8837693, member: 581422"] You correctly phrased that your amp pulls current, then incorrectly implied that your alternator pushes current in the same post? I'm dumbfounded. You are correct in theory. Voltage is constant across all branches of a parallel circuit. The variable is wire size, which can cause voltage drop across the wire. Current is constant through all components in a series circuit. That's why things like properly sized wire and "big 3" make such an impact. [/QUOTE]
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