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<blockquote data-quote="Villeza1" data-source="post: 7855477" data-attributes="member: 608393">hit up Ed about that. He made a video about too, he can explain it better than I can.Why not, I&#039;ll give it a shot. Basically when wired parallel (D4 coils), each coil is receiving the power simultaneously, meaning the power goes through each coil at the same time. (At the same impedance) The D1 coils wired in series means that one coil (coil 1) receives the power at the +, goes through that coil to its -, then moves to coil 2 at it&#039;s +, then to it&#039;s -, back it it&#039;s +, transfers to the coil 1 -, back to it&#039;s +. Instead of going through both coils at the same time. Both coils reacting to the power will be louder than each coil receiving power separately. The coils wired parallel will heat up faster than series coils though (also depending on the power they are receiving and cooling).I know I suck at explaining but I tried. Hit up Ed for a more detailed answer or watch the youtube video he did.</blockquote>

[QUOTE="Villeza1, post: 7855477, member: 608393"] hit up Ed about that. He made a video about too, he can explain it better than I can. Why not, I'll give it a shot. Basically when wired parallel (D4 coils), each coil is receiving the power simultaneously, meaning the power goes through each coil at the same time. (At the same impedance) The D1 coils wired in series means that one coil (coil 1) receives the power at the +, goes through that coil to its -, then moves to coil 2 at it's +, then to it's -, back it it's +, transfers to the coil 1 -, back to it's +. Instead of going through both coils at the same time. Both coils reacting to the power will be louder than each coil receiving power separately. The coils wired parallel will heat up faster than series coils though (also depending on the power they are receiving and cooling). I know I s[COLOR=black]uc[/COLOR]k at explaining but I tried. Hit up Ed for a more detailed answer or watch the youtube video he did. [/QUOTE]

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