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<blockquote data-quote="The_Quiet_One" data-source="post: 8486233" data-attributes="member: 614562">If you seriously think that a CAB 1600.1 is capable of 3000W RMS they need to revoke your license because obviously you don&#039;t understand what RMS means since you&#039;re clearly describing Peak wattage. A couple things you definitely haven&#039;t mentioned is the associated phase angle between nor the fact that the electric field leads the current/the effects of back EMF upon dynamic bursts. If you seriously want to talk about electron drift speeds, slew rate, the e&amp;amp;m effects of a loudspeaker, and the physical impact different gauge wires will have with dynamic AC signals then we can...Bottom line is OP would be fine running smaller gauge wire at the expense of infinitesimal power dissipation. I personally would go with the largest gauge that can easily fit and call it a day. If op is willing to go bigger then great if not then it&#039;s not going to be any issue running 14 ga.</blockquote>

[QUOTE="The_Quiet_One, post: 8486233, member: 614562"] If you seriously think that a CAB 1600.1 is capable of 3000W RMS they need to revoke your license because obviously you don't understand what RMS means since you're clearly describing Peak wattage. A couple things you definitely haven't mentioned is the associated phase angle between nor the fact that the electric field leads the current/the effects of back EMF upon dynamic bursts. If you seriously want to talk about electron drift speeds, slew rate, the e&m effects of a loudspeaker, and the physical impact different gauge wires will have with dynamic AC signals then we can... Bottom line is OP would be fine running smaller gauge wire at the expense of infinitesimal power dissipation. I personally would go with the largest gauge that can easily fit and call it a day. If op is willing to go bigger then great if not then it's not going to be any issue running 14 ga. [/QUOTE]

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