ilandtan,
It's not about your slayer exciter.. its about THE slayer exciter..
no relation to ground,..
maximum current is achieved by resonance where coils impedance is 0..
and I mean the secondary coil as well.. because it interacts with your primary is it not?...
your slayer exciter maybe in resonance. but once you introduce a coil that is vibrating differently, it will end up messing up the vibration of your "Auto Resonant Slayer" or whatever it is.. this will result in higher amp draw to your source. once you get them close to get more power from it.
your primary coil and secondary coil must be designed to resonate, your primary should have a matching capacitor, and your secondary as well. as much as possible keep a High Q Tank Circuit.. spaced out your turns well, not too close.
If your pushing a swing at certain intervals, and you have someone on the other side pushing it back at different intervals.. he will end up destroying your momentum.. same thing with your exciter.. It may be designed to be at resonance automatically.. once you introduce some other coil that is not it will mess it up..
here is a calc tool I use to calculate my wire length and Coil Inductance, given I use standard value capacitors.
Resonance_Calc.zip
If you really wish to keep your slayer exciter. at least find its resonant frequency and build secondary coils according to that frequency.
let me say this.. sometimes manual is a lot better than automatics.. as It gives you absolute control.
It's not about your slayer exciter.. its about THE slayer exciter..
no relation to ground,..
maximum current is achieved by resonance where coils impedance is 0..
and I mean the secondary coil as well.. because it interacts with your primary is it not?...
your slayer exciter maybe in resonance. but once you introduce a coil that is vibrating differently, it will end up messing up the vibration of your "Auto Resonant Slayer" or whatever it is.. this will result in higher amp draw to your source. once you get them close to get more power from it.
your primary coil and secondary coil must be designed to resonate, your primary should have a matching capacitor, and your secondary as well. as much as possible keep a High Q Tank Circuit.. spaced out your turns well, not too close.
If your pushing a swing at certain intervals, and you have someone on the other side pushing it back at different intervals.. he will end up destroying your momentum.. same thing with your exciter.. It may be designed to be at resonance automatically.. once you introduce some other coil that is not it will mess it up..
here is a calc tool I use to calculate my wire length and Coil Inductance, given I use standard value capacitors.
Resonance_Calc.zip
If you really wish to keep your slayer exciter. at least find its resonant frequency and build secondary coils according to that frequency.
let me say this.. sometimes manual is a lot better than automatics.. as It gives you absolute control.
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