Generator - 12 Dc Volts In - 237 Dc Volts Out

[magnetman12003]

Check out my You Tube video:

YouTube - GENERATOR 12 DC VOLTS IN --237 DC VOLTS OUT

Thanks,Tom

[EgmQC]

Check out my You Tube video:

YouTube - GENERATOR 12 DC VOLTS IN --237 DC VOLTS OUT

Thanks,Tom

I have 2 transformer , 12v in/ 10kv out , whats the point ?

Forget the voltage , can be 1v in / 1 trillion v out , its not overunity. Power in / POWER OUT will tell you something and dont forget the phase angle if its AC. the voltage alone dont mean anything.

[magnetman12003]

Take another look. I just posted additional comments to questions on the U tube.

You cant compare this to a transformer as there is no step up or step down link to the spinning magnet.

IF THE POWER GENERATED OUT OF THE MAGNET FLUX PICKUP IS GREATER THAN THE POWER THAT SPINS THE MAGNET THAT WILL FACTOR IF THIS GENERATOR GOES INTO OVERUNITY.

[EgmQC]

Take another look. I just posted additional comments to questions on the U tube.

You cant compare this to a transformer as there is no step up or step down link to the spinning magnet.

IF THE POWER GENERATED OUT OF THE MAGNET FLUX PICKUP IS GREATER THAN THE POWER THAT SPINS THE MAGNET THAT WILL FACTOR IF THIS GENERATOR GOES INTO OVERUNITY.

Ill not waste my time anymore posting in your thread with answer like that.I wish you will learn something with your experiment.

[juju]

Take another look. I just posted additional comments to questions on the U tube.

You cant compare this to a transformer as there is no step up or step down link to the spinning magnet.

IF THE POWER GENERATED OUT OF THE MAGNET FLUX PICKUP IS GREATER THAN THE POWER THAT SPINS THE MAGNET THAT WILL FACTOR IF THIS GENERATOR GOES INTO OVERUNITY.

hi magnet man

dont forget that the run coil, or drive coil will induce some voltage in your pick up coil, since they are close together. so the 237V is not only energy induced by the magnet, its mixed with voltage from the colapsing field of the pulse. Only potential voltage, that will decrease on load.

i believe that its possible to get more energy from pick up coils, that the one that is pulsing the magnet, and you will get there! but dont forget the back EMF, that will slow down your spinning magnet on load.

this way people will never give you any credit, you shoud show amps and voltage to the drive coil, and amp draw and voltage on the pick up coil, ON LOAD, that is very important.

hugs and keep the naice work, i like it!!

[ewizard]

Hi Tom, I see you've been working hard on getting a very low friction setup. It looks like your main magnet is quite a ways above the pickup coil. Is that an optimal location or could it be closer? I had bought some transistors and parts to try your previous setup but got stalled out a bit due to low budget when it came to getting wire and a diametric magnet. But while it's on the back burner I look forward to trying some of your setups in the future. Good luck with this new setup.

[magnetman12003]

Hi Guys,

I am having the time of my life fooling with this thing. Maybe it will go somewhere and maybe it wont but its the neatest thing I ever tried. I already had very strange things happen. Notice that in my video I have two very strong magnet north poles touching the acorn nuts from both ends. If I place a thin non metalic disk beween the acorn nut and the ball magnet the magnet shaft will not turn at all !! The setup seems to feed on the end magnet polaritys in a strange way.

I keep a small test coil with an LED wired into it to check for magnetic field strenght. That coil is not wired into any circuit. Just a coil itself and wired LED. It only lights up at about 4 inches from any power field.

I noticed however at 280 volts it lit up "12 inches" away from the spinning magnet. The magnet has to spin to light the LED. Any setup coil will not light up the LED. Only when the magnet spins does that happen.

I discontinued the U Tube rating section becausea few persons were not kind enough to tell me why they did not like my setup in a E mail.

Here is my reasoning for what I am attempting. i AM NOT OUT TO INSULT ANYONE ELSES THINKING.

I found that the Bedini Davro circuit will spin fast any Diametric magnet with great ease and can handle a 2 inch magnet spin also. That circuit had a currrent limiting action incorparated in it so the current stays small no matter what the load on it is. I found that to be true. Even when I used 12 volts input.

My next thought was to super spin a magnet that was large enough and had a hi N rating inside a coil and extract the output. Then compare the output to the input power. I have only been working with a small 1 inch ring magnet so far. Being retired I have limited funds.

I know about transformer parameters and there is no comparison to them at all.
We have a input power source that is seperate from the output power source.

Sure there might be some magnetic coupling between the spin coil and the flux pickup coil but that remains to be seen in the final outcome.

Look at this in a Laymans way:
You are standing next to a powerful house sized magnet that was supported on a base that swiveled by the touch of a hand.
All around that house size magnet ( And you) is a huge flux coil and you give the magnet a push.
Would not the energy extracted from the magnet/coil combination be more than what you exerted to push the magnet in the first place?

I am not meaning to offend anyones thinking at all. Just posted this as food for thought

[Joit]

Magnetman
It may looks all some complicated, but at last, it allways count,
how much Power you need for the input, and what you get out from the Output.
Even when you got 200 Volts out, then it does not mean, you get the same Power as you have on the Grid.
A easy try is, place a bigger resistor between
the end of the coils, or measure the Voltage, when you got a Led or a 5 W bulb at the generator Coil, when it still keep the Voltage, then you found something,
else, the Voltage will drop down and you can again calculate, what you get wattage out.
Watt = how bright a Bulb will be, or a Speaker loud is.

I did once pulse a torroid Transformer with 12V input and could measure 3000V,
but its nothing, when you put a Bulb on it, and it even does not shine, because Voltage drops down to <1V.
Even when it did in this case light a CFL but i think more it was because of the high Freqeuncy.

The simple compare i do, i connect a 12 V 5 W Bulb at the supply, measure how bright it is with a certain input, ie. 12V 300ma, and then at the Coil, if it is same bright or lesser.
Then you see, what at the other Side is generated.
Torroid Coil pulsed 12V DC - EnergeticTube.com*-* Where technology goes LIVE!