ENERGY AMPLIFICATION

[wattsup]

Just a small note that I made an avi of JLNaudins animation as requested by @foster. It was a 12 frame gif animation. Just exported to AVI. It gives you total frames over 10 seconds. It will give you a timeline basis.

I opened an energy-amplification directory on my ftp site and put it there.

http://purco.qc.ca/ftp/Overunity.com%20-%20Forum%20members/energy-amplification/foster/JLNaudin/

Enjoy.

[forest]

thanks wattsup

Exactly what is this frame about ?
I have a theory that maybe it is using BEMF as a forward current after store it inside capacitor so we have two for one arm (switch) moving - FEMF and then converted BEMF. Again that would be very easy to check - just get any DC-DC booster the simplest the better (which is exactly Tesla igniter patent just with diode and cap to store BEMF) - then add a transformer on a return line and check if the sum from transformer and a booster is more then just a booster energy (DC-DC booster is 95% efficient alone)
Or help me arrange coil,transformer,diode(s)  and cap to use FEMF and BEMF together on the same transformer.
P.S.
here http://en.wikipedia.org/wiki/File:Boost_conventions.svg L can be transformer with secondary and diode bridge ?

[forest]

http://www.youtube.com/watch?v=-fK0m5mDxbw


This one?   

Mags

Mags

Schematic please !

[pese]

In this way - only possibel
stepping up voltage
BY lost of AMPERAGES !!

so not Power (Energy in Watts)
can be amplified.


SO: NOT WAY !


http://en.wikipedia.org/wiki/File:Boost_circuit.png
is only: Inverter


Gustav Pese

[wattsup]

There is one big difference with this circuit from many you will see.

In most circuits, there is only one side of a capacitor that is switched to charge it and one side of a coil to discharge it. This circuit uses both sides. So what is the difference. This means the cap or load is not pre-biased to one polarity before the other one hits it. Both hit at the same time and from my own experience this shoots up the voltage higher then the applied voltage to the capacitor which is standard stuff in itself. Also this halves any spark development since it is shared by both contacts.

If the load is inductive enough, it will then discharge back into the cap when it is disconnected and the cap will discharge into the source when it is connected to source. So you have three actions, one when the contact is on the source, one when the contact is off both and one when the contact is on load.