http://www.magneticgeneratorguide.com/magnetic-generator-q-and-as/how-to-solve-for-the-number-of-turns-in-a-magnetic-coil-2/ Tue, 31 Jan 2012 03:57:19 +0000 hourly 1 http://wordpress.org/?v=3.3.1 http://www.magneticgeneratorguide.com/magnetic-generator-q-and-as/how-to-solve-for-the-number-of-turns-in-a-magnetic-coil-2/comment-page-1/#comment-2534 Marianna Tue, 27 Jul 2010 18:21:25 +0000 http://www.magneticgeneratorguide.com/magnetic-generator-q-and-as/how-to-solve-for-the-number-of-turns-in-a-magnetic-coil-2/#comment-2534 There are hundreds of people experimenting with the windbelt generator. Just type "Windbelt" into your search engine, and you will see many sites about it. Surely, one of them (or the sum of them) will give you all the information you need. As for the number of turns (coil): This is always a compromise between voltage and current. The more turns, the more voltage, but because of the wire resistance, the current reduces with more turns (length of wire). You will therefore often find that (any) generators produce a relatively high voltage, which then gets stepped-down (with a transformer, voltage down, current up) to achieve something useful. There are hundreds of people experimenting with the windbelt generator.
Just type "Windbelt" into your search engine, and you will see many sites about it. Surely, one of them (or the sum of them) will give you all the information you need.
As for the number of turns (coil): This is always a compromise between voltage and current. The more turns, the more voltage, but because of the wire resistance, the current reduces with more turns (length of wire). You will therefore often find that (any) generators produce a relatively high voltage, which then gets stepped-down (with a transformer, voltage down, current up) to achieve something useful.

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