R. Adam's secret: Radiant AUTOGENERATOR COIL

[peper10]

Hi Guys!!

Just want to mention that Tommy Lee Reed as done something about
MAGNETIC DRAG awhile ago.
He as seperate a transformer coil and put all the M shape together.
Then he mesure the distance betwen each point of the core and manage
to have the with the magnets on his rotor.
Has he was mention:As the magnet go though the first point it send an
oppose magnetic field to the next point. Thus attracting the same magnet..
So as the rotor rotate,it`s always attracting the next magnet......
Results: magnets cancel each others..
And controling the coil by having only 1 diode at one end of the coil,you
retain the magnetic field long enouf to attract the next one....
Thats one way to eliminate the flux without any transistors.
Dont forget that going though any diode you lost voltage somewhere..

Just my thaughs!!!!!


Alain D

[Sephiroth]

When a Coil is beside a turning Magnet, the Coil dont need to be attached to anywhere, but there will be Current in.

HA HA HA HA HA HA HA

THERE ISN`T CURRENT IN A OPEN PATH, OPEN LOOP. SORRY

There is in a coil within range of a moving magnetic field. If you hook an oscilloscope up to a "open path" generator coil you will see the voltage fluctuating. (In classical physics) this is because the magnetic field from the rotor is pushing electrons from one side of the coil to the other... in a sense, the two ends of the coil are like the two plates in a capacitor, but instead of a capacitor's dielectric keeping the charges seperate, it is the magnetic field from the rotor magnets. So even when it is an open circuit there will still be some current as the electrons flow back and forth between the wire ends.

Just a technicality... not meaning to pick hairs

[darkwizard]

Sephiroth the coil charges with pure potential , and there is a difference in potential (voltage) between the positive and negative branch , but that not means that the current is established, the opposite magnetic field builds only if the current is flowing at a valuable amount, not a nano amper. The oscilloscope uses some current in order to measure the voltage, a nanoamper at least.

The difference in potential not means any current is flowing , the free electrons move a little out of the orbits but there is not a current flow.

I will get older if i keep on, trying to explain.

I hope that you will understand

[cody]

Ok, i redid my original setup to make sure i wasnt posting wrong information. Its not the circuit patmac has,(i dont have the parts on hand), its the konzen circuit i posted, except i just use one diode instead of a full wave. I know that this is not the circuit you guys are using but i believe the function is the same, or at least the basic circuit to achieve those back spikes in a generator coil. My results are the same, i get a high voltage spike, and i put a load on the motor. I can prove both of those effects and i may do so later in a video so everyone can see some basic concepts with true results. Patmac and darkwizard, is there a way to adjust my circuit in some way to get rid of the drag, how would you suggest to do that?

The reed switch closes at top dead center of magnet passing center of coil, then opens sending backspike into charging cap/battery. Basicly what your circuit is doing right? Im still wondering what your additional diodes and capacitors are doing

[Jetijs]

doesn't the reedswitch have to be in series ov the coil ratger than parallel?

[darkwizard]

When a magnet magnetic field hits a coil`s core, the core gets magnetized and a difference in potential is measured, if you connect the positive and the negative, it is a flow of current at the order of nanoamper, if you connect the circuit to a oscilloscope. But if you don`t connect the circuit it`s pure potential energy. Moving magnetic field makes voltage in a open path, and on a closed path makes current + voltage. Current doesn`t exist until the path for the electron flow is established.

[patmac]

cody

Yes that was my first proof of concept results in my first post:

Then taking a Reed Swtich and Neon and connecting them on the coil, and Reed switch near to the rotor, Neon glows perfetly. Ok Alright, is radiant enegy, dipole is formed with magnets on the core coil and shorting circuiting the coil is self induced with this energy. Then by putting a diode and cap, I've tried charge the cap with this energy, but the reed switch loose the RE and show the purple spikes. Cap was charged only 20 volts (200vols X 330uf cap)

Arc spikes is loose energy on your reed, connect it, and look the reed. Maybe you can use a snubber I'm not sure.

That circuit is not like mine, generates drag, look my schematic if you remove the C1, 100uf cap, drag no dissappear when load is attached on output.

You can test it.... My circuit work like Bedini SG work but without input, the only input is for switching system. Maybe spikes generate heat on semiconductor but with lower looses because is sealed, reed is sealed but space between space is free, is like dielectric capacitor is harder spike is present on sealed semiconductor with resins than reed space free between plates spikes goes to another plate easily, maybe with very big reed where plates is more separated can works.

I think that if you don't block the current with a diode connected in series with reed, Lenz Law will be present on that circuit. If you don't put a diode in paralel with your coil to block the reversal current lenz law will be present too.

[darkwizard]

Yes Cody that is what i have been trying for explain.

The Lenz Drag in our pulse motor is here because the electron current on the coil creates magnetic friction because the polarity of the magnetic generated field is the same that of the magnet.

A north pole magnet at top center dead of the coil generates a electric field in the coil with a closed loop, and that electric field in the coil generates a north pole (and south pole) that opposes , that is repels the magnet, but this causes drag because the magnet is aligned just at the middle, center of the coil, and it causes a no directional force that causes friction against the rotor.

[cody]

jetijs,
I just tried how you suggested

My results: that doesnt work, i no longer get any high voltage collapsing spikes, and there is barely any charging capable from it. I know its weird to think of directly shorting the legs of a generator coil together and getting any effect at all from it, but trust me, it does give you a HV spike just like a bedini motor. Why it does this, im not exactly sure.

Patmac,
Im still having a hard time understanding what you are saying. I think im just going to have to build your circuit and give it a try.

[Jetijs]

Ok, thank you cody for doing that test for me

[Joit]

Darkwizard

Do you have a problem, to post one thread, it looks like,
you start writing all time without thinking before.

And when you cant answer normally or think, you are the smart Guy here, i will start you asking some other things.

And for sure is there Current in a unattached Coil,
because there is the same Induction und fluctuation inductiv from Energy as if the Coil is connected.
When the coil is shorted itself you see, what power there is still in.
It can slow down an other coil.

[darkwizard]

That is the drag. There isn`t such thing as lenz drag, only a law that can be manipulated.

[darkwizard]

Joit, there isn`t a current , nothing, understand, nothing.

Do you know what electrons are? The free electrons of the copper atom moves a little gaining energy with the magnet, but that is not current, only potential difference, true dipole.

[darkwizard]

Power is there but it isn`t current flowing, your problem is that you don`t understand basic electrodynamics.

[Joit]

Darkwizard, i dont think you can judge, what i do understand or what not.

Show an example, that there is none.
But not that one with 'because when you connect something'

And where do you know from, that there are Electrons moving, did you see them? got any Proof, or do you have only your Physic book.
Why are you that sure, that it is not something else.
I know, there is current in the Coil very well. I got even a practical Proof, what i doubt, that you have.