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Right Guys...
This has only been in existance for an hour so I can't say I know much about it yet but it is generating a form of electricity that behaves in a very very unusual way which I believe is pure radiant energy.
The schematic is attached. I think of it as "distilling" the output.
A brief summary of the additional componants.
The MJL21194 transistor is triggered by a standard reed switch with a 400 ohm resistor in series.
the coil if bifilar wound with 22 guage wire litzed (BY HAND!!! I spent 8 hours yesterday litzing the wire 1 foot at a time as I wound the coil!) approximatly 850 turns with 5-10 twists per inch.
the core is iron filings mixed with epoxy resin.
the capacitor WAS 165,000uf but that fried pretty fast since it was only rated for 16 volts
so now it is a 40,000uf cap.
the bridge rectifier is made from 4 x 1N4007 diodes.
The additional coil is a small 1000 turn (approx) air core coil made from 28 guage wire.
The caps are discharged with a relay set to discharge for 1/100 of a second every 2 seconds. (but I don't think that is important)
I think that's everything...
ANYWAY.... the odd behavior of the output...
When connected to the capacitor and relay directly, the battery voltage shoots up to over 15 volts (but fluctuates) and is independant of the relay being open or closed. Basically regardless of whether the relay is open or closed that is the voltage reading across the charging battery's terminals.
so you'll notice in the schematic that I have added a diode between the capacitor and the charging battery. When that diode is present the battery voltage acts "normally" ie. jumps up when the relay closes but sits on 12.35 volts. Don't know if that is a good thing
and even though there is only 15 volts being read, a neon will light with just one of the legs attached to either the postive or negative of the batteries or capacitor while I hold the other leg.
But it get's better...
it will also light an LED in exactly the same way! This is exciting because it will light despite which leg I connect on the LED. Remember an LED is a diode (so current can only flow in one direction) so this means that energy is being drawn into the system from outside!
Another bizarre thing is that if I place my hand over the "conversion coil" (the one seperate from the stator) I can feel a cold breeze coming from the hollow core for a distance of about 4 inches then it becomes unnoticable. However there doesn't appear to be any movement of air.
I can connect one lead from a voltmeter and get a 5v reading while the other lead is attached to nothing. I can attach one lead of an ampmeter and it reads 1 amp while the other leg is attached to nothing. I believe these are errors with the meters since a small filament bulb won't light with one leg attached.
The oscilloscope is showing instant discharge of the flyback voltage but the spike is too high to capture on the oscilloscope so I don't know what its voltage is.
So far I am not seeing any amazing charging effects. It will take a few days to get results on it's COP.
It is drawing approx 200ma.
so.... what do you think?
This has only been in existance for an hour so I can't say I know much about it yet but it is generating a form of electricity that behaves in a very very unusual way which I believe is pure radiant energy.
The schematic is attached. I think of it as "distilling" the output.
A brief summary of the additional componants.
The MJL21194 transistor is triggered by a standard reed switch with a 400 ohm resistor in series.
the coil if bifilar wound with 22 guage wire litzed (BY HAND!!! I spent 8 hours yesterday litzing the wire 1 foot at a time as I wound the coil!) approximatly 850 turns with 5-10 twists per inch.
the core is iron filings mixed with epoxy resin.
the capacitor WAS 165,000uf but that fried pretty fast since it was only rated for 16 volts
so now it is a 40,000uf cap.the bridge rectifier is made from 4 x 1N4007 diodes.
The additional coil is a small 1000 turn (approx) air core coil made from 28 guage wire.
The caps are discharged with a relay set to discharge for 1/100 of a second every 2 seconds. (but I don't think that is important)
I think that's everything...
ANYWAY.... the odd behavior of the output...
When connected to the capacitor and relay directly, the battery voltage shoots up to over 15 volts (but fluctuates) and is independant of the relay being open or closed. Basically regardless of whether the relay is open or closed that is the voltage reading across the charging battery's terminals.
so you'll notice in the schematic that I have added a diode between the capacitor and the charging battery. When that diode is present the battery voltage acts "normally" ie. jumps up when the relay closes but sits on 12.35 volts. Don't know if that is a good thing
and even though there is only 15 volts being read, a neon will light with just one of the legs attached to either the postive or negative of the batteries or capacitor while I hold the other leg.
But it get's better...
it will also light an LED in exactly the same way! This is exciting because it will light despite which leg I connect on the LED. Remember an LED is a diode (so current can only flow in one direction) so this means that energy is being drawn into the system from outside!Another bizarre thing is that if I place my hand over the "conversion coil" (the one seperate from the stator) I can feel a cold breeze coming from the hollow core for a distance of about 4 inches then it becomes unnoticable. However there doesn't appear to be any movement of air.
I can connect one lead from a voltmeter and get a 5v reading while the other lead is attached to nothing. I can attach one lead of an ampmeter and it reads 1 amp while the other leg is attached to nothing. I believe these are errors with the meters since a small filament bulb won't light with one leg attached.
The oscilloscope is showing instant discharge of the flyback voltage but the spike is too high to capture on the oscilloscope so I don't know what its voltage is.
So far I am not seeing any amazing charging effects. It will take a few days to get results on it's COP.
It is drawing approx 200ma.
so.... what do you think?
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