Electricity Amplification by Neo Magnet

[pese]

Luc.
Important .
With way the Bridge is connected inside ?

- AC AC +     (is the usual way)
- AC # AC     (is also used -europ)


Your circuit is possibley used the  2. sort ob rectifier bridges,

BUT for "understand" This circuit and the Working" exactly, WE must know
the right way of the 4 diodes inside the bridge,
Pese

[gotoluc]

    
Hi all and thanks for looking and your input. I have been busy doing another video with better results and it will answer most of your questions.

I will keep posting updates at my first page of this thread in order to keep it all information at one place instead of all over this thread. So please keep looking at the first page for the latest information and frequently asked questions.

Please go to my 1st Post: "Electricity Amplification by Neo Magnet" for the most up to date information.

http://www.overunity.com/index.php/topic,4124.0/topicseen.html

Thanks

Luc

[hartiberlin]

Hi Luc,
great second video.

With the 2 magnets you even shut off the current in the transformer coil even faster, so more
BackEMF voltage as the cuttoff of the current is faster thus higher induction voltage and thus more energy inside the cap.

As inductionVoltage = - L x di / dt
as you shorten the switch time dt you get a higher induction voltage.


Did you use the low voltage coil of the transformer or
the 110 Volt side ?
Maybe do you have a scope and can show
the input current at a shunt into the transformer coil ?
But be careful, use at least a 10:1 scope head as
the BackEMF spikes could kill your scope input.
You will probably have around 2000 Volts of Spikes there, so also be cautious
not to touch with both hands each end of the coil !

Many thanks.

Regards, Stefan.

Well done.

Regards, Stefan.

[hartiberlin]

Hi Pese and all,
as I have performed this test also already
with my Newman coil, which I also did post a while
ago here in a Bedini thread
( still have to search for it)
here is enclosed the right polarity that you have to use
for the bridge rectifier.
Many thanks topLuc tobring this up.
Yes,now I see, that you used the secondary lower impedance side
of the transformer, so not the 110 Volts side.
At 17.7 Volts and about 2.5 Ohm
coil resistance, you draw already about 7 amps,
if your inductance is not too big, so the current reaches the
end value of the exponential current curve,
which is CoilCurrent(t)= I(end) x ( 1 - e^t/tau)
which comes out to a momenttariry 125Watts of input power.
Butas you switch fast enough with your pulsing the wire, this
input power level probably will never be reached.
I guess you are having the same effect as
Magnetocaster has used in his older machine
and also Mr. Newman is using in his sparking commutators.

Regards,Stefan.

[gotoluc]

Yes,now I see, that you used the secondary lower impedance side
of the transformer, so not the 110 Volts side.
At 17.7 Volts and about 2.5 Ohm
coil resistance, you draw already about 7 amps,

Regards,Stefan.

Stefan, you are confusing the new power supply I now use in Test 2 with the transformer I pulse.

@all, please note in both tests, I pulse the same transformer on its primary (110v 2.5 ohms) side. However in Test 2 I used a 12v - 1,200ma power supply instead of the 12v - 7amp in the first video. So please note, even though I used a lower output power supply to pulse the new configuration of 2 neo magnets alternately pulsed N-S, I was able to raise the voltage faster and higher. I have no Ideal of how hi I can go since my cap can only take 200v. I will do Test 3 with a 3.7v 350ma power supply and see how hi I can go with that kind of small input.

Please click: http://www.overunity.com/index.php/topic,4124.0/topicseen.html  For most up to date information.

Thanks

Luc