- #1
Jdo300
- 548
- 5
Hello Everyone,
I have a quick and dirty question to ask. I have earlier posted about how to make a coil resonate at the Schumann resonance frequency (or multiples of if), and thank you all for your help so far. I thought I may as well tell you what I am trying to do here. I have an idea for a way to make an electrical generator that would be powered by the schumann resonance frequency. The idea is rather simple and I am confident that I could get it to work if I could get all the tuning issues worked out.
The basic idea is to take a toroid ring made of some ferrous material, and wrap three coils around it (spaced 120 degrees apart but with spaces between them). One of the coils would be tuned to resonate at the Schumann resonance once a magnet is placed next to it. THe idea here is that the coil that is resonating would induce a current in the other two coils that are on the toroid loop and cause them to resonate too. But since they are spaced 120 degrees apart, the resonance would be three-phase (I think, this is all hypothetical here). The idea here would be to get these three coils to resonate out of phase to cause the toroid as a whole to appear to have a rotating magnetic field (to mimic a normal bar magnet being mechanically spun). I'll have to stop right here with the explanation because this is where I'm running into a lot of trouble. I'm not even sure if what I am describing here could work, but it seems like there should be some kind of way to do this.
Ideally, the thought is that if I could get this rotating magnetic field effect to work, I could wind one big secondary coil around the entire toroid to induce an electrical current in it. I know I'm making a lot of assumptions here and I really don't have the technical background to really make this work on my own. So I thought I'd get a few ideas on it. What do you all think? Is this something that could possibly work?
- Jason O
I have a quick and dirty question to ask. I have earlier posted about how to make a coil resonate at the Schumann resonance frequency (or multiples of if), and thank you all for your help so far. I thought I may as well tell you what I am trying to do here. I have an idea for a way to make an electrical generator that would be powered by the schumann resonance frequency. The idea is rather simple and I am confident that I could get it to work if I could get all the tuning issues worked out.
The basic idea is to take a toroid ring made of some ferrous material, and wrap three coils around it (spaced 120 degrees apart but with spaces between them). One of the coils would be tuned to resonate at the Schumann resonance once a magnet is placed next to it. THe idea here is that the coil that is resonating would induce a current in the other two coils that are on the toroid loop and cause them to resonate too. But since they are spaced 120 degrees apart, the resonance would be three-phase (I think, this is all hypothetical here). The idea here would be to get these three coils to resonate out of phase to cause the toroid as a whole to appear to have a rotating magnetic field (to mimic a normal bar magnet being mechanically spun). I'll have to stop right here with the explanation because this is where I'm running into a lot of trouble. I'm not even sure if what I am describing here could work, but it seems like there should be some kind of way to do this.
Ideally, the thought is that if I could get this rotating magnetic field effect to work, I could wind one big secondary coil around the entire toroid to induce an electrical current in it. I know I'm making a lot of assumptions here and I really don't have the technical background to really make this work on my own. So I thought I'd get a few ideas on it. What do you all think? Is this something that could possibly work?
- Jason O
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