Quote from: Tito L. Oracion on April 13, 2010, 09:32:19 PM
watch it again it seems that you didn't get it!
http://www.youtube.com/watch?v=9qF3v9LZmfQ&feature=channel

@tito

The author of that video already confirmed it was a fake. lol

If he would have put some air core pick up coils elsewhere around the turning magnets, he could have picked up more power to send to his motive coils. But as he shows it there, it will never work because the magnet approaching those single coils will never charge the coil enough to then reuse that energy to push it out. lol Actually he would need more magnets all around the wheel.

Hmmmmm. Might be something to try.

http://amasci.com/elect/poynt/poynt.html

P.S.
wattsup
That info seems important to your experiment also. Seems that it's possible that output circuit with closed loop path have different source of charge like ground while power source be just a Poynt flow generator using tiny energy to recreate dipole (which is a source of electric energy).Did you tried a collector coils with ground connection like in Don Smith lecture video ?

Quote from: Magluvin on April 14, 2010, 03:47:40 AMImagine the oscillation not being there. We close the switch, shorts the cap, charges the inductor, then release the contacts. Any charge that is built into the cap from the inductors collapse, will go back to the battery as the potential of the cap is more than the battery and that cap and battery will level out. But it oscillates.
Not forever, but if the oscillation dies very quick, then we possibly dont have the potential in the cap to dump into the primary. Remember, no diodes, so the cap will not remain charged when the coil collapses into it.
So what Im getting at is the description for the purpose posed by Tesla is uncertain once the circuit is applied.
I get sparks, Ill do a vid here shortly just to get a spark coming from it. I have the relay operated by the 555 to adjust the timing.

Many have seen how quickly and efficiently a spark raises the potential across a coil or primary.
Immediately after this injection of energy the voltage drops as the field collapses.

I've been playing with a pnp circuit to replace the spark gap. What I am looking to test is to place
a short across the coil shortly after the potential is initially setup using a npn or mosfet.

Doing this manually is interesting but I have had limited time to play with solid state methods. I'm
hoping to, someday, see this circuit show a magnetic or core resonance.

Shorting a primary immediately after initially injecting a potential across it should induce quite a bit
of current into the core and should then be reflected out on the secondary.

Performing the energy injection and then shorting the primary using solid state switching should
come with little energy cost.

I just haven't had the time test this out yet.

Take care.

nap

Sparks
I know of CDI. But I have to say that this is somewhat different or just crude. The theory is good. Instead of holding power to the primary, then releasing to get the spark, the source is held through the large inductor, due to lower current use while closed then dumped into the cap to be discharged to the primary. But if the cap is constantly changing state of charge, unlike modern CDI, then how are we sure to get a spark at any particular time?

Naps
I like the idea of the shorting of the primary while fully charged. Got any views of the setup?

Mags

"An inductor (an electromagnet coil) is an electric current device. A capacitor is an electric voltage device. If energy is stored in a shorted coil, the energy is in the surrounding magnetic field, and there must be an electric current circulating in the coil. If energy is stored in a non-shorted capacitor, the energy is in the voltage field between the plates. If the short is suddenly removed from the inductor, there is a loud bang, and a huge voltage briefly appears. If a short is suddenly connected to a capacitor, there is a loud bang and a huge current briefly appears. Capacitor, coil. Electro, magnetism. "EM" energy."

http://amasci.com/miscon/voltage.html