Electricity Amplification by Neo Magnet

[gotoluc]

Would you mind making a drawing of this circuit that is on your latest video?

I think there is no rectifier in this latest video?? I just want to be sure I understand what you did.

Thank you

jeanna

Hi jeanna,

here is the circuit you chose the transformer step up you like, you don't need a toroid!.. It works well with a 12v wall plug power supply, just crack it open and take out the rectifier (electronics) and use the 12v side as your input and the 120v side as output for the bulb or what ever you want as load.

No rectifier. It does not get any simpler than this.

Basically what this shows is that one magnet and a small transformer can do what an inverter does

Have fun.

Luc

[hartiberlin]

Hi Luc, well done,
now try a 2nd Neo magnet oscillator inside secondary circuit, where the bulb is.
When you get both to oscillate you even have much lower power input from the
12 Volts source.

Good luck.

Regards, Stefan.

[gotoluc]

Hi Luc, well done,
now try a 2nd Neo magnet oscillator inside secondary circuit, where the bulb is.
When you get both to oscillate you even have much lower power input from the
12 Volts source.

Good luck.

Regards, Stefan.

Thanks for looking and posting Stefan. I order to re-pulse the voltage on the secondary side (where bulb is) I would need to rectify it back to DC since AC will not pulse on the neo magnet and then put it through a 2nd transformer to raise the voltage once again.

Is that what you are thinking?

Luc

[libra_spirit]

Luc,

It is simple and functional!

I was thinking about a 5 Hz oscillator using a voltage high enough to jump an opened arc.
The opened arc is set up to latch, in series with a closed one set up to jump opened like you are doing here.

Now the initial closing arc jumps the opened gap and as this is pulled towards and sticks to the magnet it starts higher current in the second one that now jumps opened. As this one opens the other now drops as current is broken.

You have now seperated the closing arc from the opening arc, and generate a square wave with two rather sharp transitions, hopfully.

Now you can play with parameters to try and get the arc that opens to become negative energy, by studying the spark visually.

Dave L

[hartiberlin]

Thanks for looking and posting Stefan. I order to re-pulse the voltage on the secondary side (where bulb is) I would need to rectify it back to DC since AC will not pulse on the neo magnet and then put it through a 2nd transformer to raise the voltage once again.

Is that what you are thinking?

Luc

No, just chop the AC up on the secondary site via such a neomagnet-mechanical
switch or better graphite versus magnet switch..
as you did with the DC on the primary side.

This will reduce the Lenz law and still reduce the used power
on the primary side.