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Good stuff, here we go
Alright, ive been doing tests to calculate drag with different charging circuits. conclusions: All my previous circuits that made the generator coil short and produce the high voltage created a significant drag, weather they were charging a cap or not, drag was present in either case. Patmac i also had that same drag in the circuit you posted for me as part of your secret, maybe i did something wrong there, but that was my result. However, good news here, my newest circuit produces the high voltage with no drag at all. I compare the drag of that circuit to the drag of the coil without any circuit operating at all, just an open circuit coil as the control to compare to. I have all my figures to prove this, and ill probally post them later after i get a better grab on this. The circuit is posted below, ill describe its operation. First let me describe what i think is going on here, and what i think patmac has discovered. This is operating like a bedini, but in the reverse direction. Lets start by thinking of both the bedini motor and this generator coil circuit as resonant circuits composed of a capacitor and inductor with a frequency applied(motor speed) to understand the components functions. In the bedini, the power comes from the capacitor (battery) and goes to the coil, where it wants to oscilate back(resonate) but we stick a diode in there to direct that oscilation to a charging battery. Ok,now the generator coil circuit is in the exact opposite direction. Now our power is coming from our coil and goes to the capacitor, where it wants to oscilate back(resonate) but we stick a diode in there to direct it to charge a battery or cap or whatever. Got it, both resonant circuits, one with starting power coming from cap, the other with starting power coming from coil. Now look at my picture to see this in the circuit. The power starts in the coil from the magnet going by it, we close our switch and the power goes to the pulse cap, there it wants to bounce back and when we open our switch it does bounce back and we use the diodes to direct that into our charging capacitor. Thats what makes the bedini so efficient and thats same thing is whats making this generator coil so efficient. Changing the pulse cap value will tune you into resonance and make your output go up for your given frequency(motor speed) and inductance. Im just starting to get a grasp on this, I may be wrong, but its all holding up so far with my testing.
Alright, ive been doing tests to calculate drag with different charging circuits. conclusions: All my previous circuits that made the generator coil short and produce the high voltage created a significant drag, weather they were charging a cap or not, drag was present in either case. Patmac i also had that same drag in the circuit you posted for me as part of your secret, maybe i did something wrong there, but that was my result. However, good news here, my newest circuit produces the high voltage with no drag at all. I compare the drag of that circuit to the drag of the coil without any circuit operating at all, just an open circuit coil as the control to compare to. I have all my figures to prove this, and ill probally post them later after i get a better grab on this. The circuit is posted below, ill describe its operation. First let me describe what i think is going on here, and what i think patmac has discovered. This is operating like a bedini, but in the reverse direction. Lets start by thinking of both the bedini motor and this generator coil circuit as resonant circuits composed of a capacitor and inductor with a frequency applied(motor speed) to understand the components functions. In the bedini, the power comes from the capacitor (battery) and goes to the coil, where it wants to oscilate back(resonate) but we stick a diode in there to direct that oscilation to a charging battery. Ok,now the generator coil circuit is in the exact opposite direction. Now our power is coming from our coil and goes to the capacitor, where it wants to oscilate back(resonate) but we stick a diode in there to direct it to charge a battery or cap or whatever. Got it, both resonant circuits, one with starting power coming from cap, the other with starting power coming from coil. Now look at my picture to see this in the circuit. The power starts in the coil from the magnet going by it, we close our switch and the power goes to the pulse cap, there it wants to bounce back and when we open our switch it does bounce back and we use the diodes to direct that into our charging capacitor. Thats what makes the bedini so efficient and thats same thing is whats making this generator coil so efficient. Changing the pulse cap value will tune you into resonance and make your output go up for your given frequency(motor speed) and inductance. Im just starting to get a grasp on this, I may be wrong, but its all holding up so far with my testing.
D3 i do understand. 
But ill keep playing with it and see if i can figure it out. I am happy to say i feel i finally understand basicly what we are doing now, you have had a lot of time to figure it out and im just trying to catch up. Thank you for making this thread and helping me. If i make any more videos on youtube about these advanced techniques, i will make sure to give the credit to you
No high voltage from it
Maybe i wired it wrong or you got a diode backwards or somethng. What do you think? Just so you know, the circuit that i am currently using puts no additional drag on the rotor, other than the drag of the magnet being attracted to the core as it leaves it. What happened to darkwizard? No one else seems to be interested in this thread anymore
Is there any way you could make a energy flow diagram of your circuit, like i did with the red and blue lines so i can better understand what is happening with your circuit? I just used paint on my computer, then uploaded the picture onto photobucket.com and attached the link to here.
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