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<blockquote data-quote="Papermaker85" data-source="post: 8461095" data-attributes="member: 572595">Fact is 8 layer could take more power than 4 layer but the fact is we rely on air as a cooling source and the glues and metals ability to exchange the heat into the air. The more windings you have the better it can withstand the induced heat but it has more &quot;trapped&quot; heat.The thing I don&#039;t agree with is long voice coils aren&#039;t a bad thing. In almost all cases your better off with a very long 4 layer vc and a larger topplate to compensate for the bl difference them using a smaller topplate and a 8 layer vc.2 reasons.1 The longer coil has much more surface area.2 the increased topplate height also I creases thermal conductivity and dissipation over the 8 layer smaller topplate designs I see ll to often.And annadizibf and electroplating don&#039;t do very much in increasing terminal conductivity. It&#039;s really used for corrusion protecting..It&#039;s really that easy to understand</blockquote>

[QUOTE="Papermaker85, post: 8461095, member: 572595"] Fact is 8 layer could take more power than 4 layer but the fact is we rely on air as a cooling source and the glues and metals ability to exchange the heat into the air. The more windings you have the better it can withstand the induced heat but it has more "trapped" heat. The thing I don't agree with is long voice coils aren't a bad thing. In almost all cases your better off with a very long 4 layer vc and a larger topplate to compensate for the bl difference them using a smaller topplate and a 8 layer vc. 2 reasons. 1 The longer coil has much more surface area. 2 the increased topplate height also I creases thermal conductivity and dissipation over the 8 layer smaller topplate designs I see ll to often. And annadizibf and electroplating don't do very much in increasing terminal conductivity. It's really used for corrusion protecting.. It's really that easy to understand [/QUOTE]

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