ENERGY AMPLIFICATION

[totoalas]

http://www.overunity.com/14378/akula0083-30-watt-self-running-generator/msg400763/#msg400763
Some ideas on recovering spikes

[Bob Smith]

Here is a simple way to demonstrate energy amplification. I have used this circuit with very good results and also used in the kapanadze 12 volt replication I have. D1 togheter with the right pulsing adjustment is the key to get a succesfuly working device. I hope people will understand what that D1 is doing there... I have tried to explain this before but nobody seems to understand.
Check the folowing link for more details http://jnaudin.free.fr/html/tbfrenrg.htm

See Romero's basic schematic on page 21.

Tito's response about components needed, down from Romero's post:

GOOD DAY!  (http://www.overunity.com/Smileys/default/grin.gif)
Well, i must admit that you're all doing a great job!.
though your work seems so complicated to me, but still good.  (http://www.overunity.com/Smileys/default/smiley.gif)
we actually need only coil, caps, diode, zdiode and relay to complete the working device that will last for 11 years (http://www.overunity.com/Smileys/default/smiley.gif)
Note: A.) Electricity is dual in one "CRON". so separate them then, Walla, we have controllable 
              energy!
        B.) We can actually re-use the collapsing magnetic field to make an extremely strong magnetic
              field. 
remember: how the nature work as tesla say about the rolling stone ice.

I suspect the relay is interchangeable with a mosfet or joule thief.  Relays can also be hooked up in reverse to self-oscillate, but they don't last very long doing so, in my experience.

From Page 22, post by Tito on caps:

The very fast bouncing point inside a cap is the direction if it is neg or pos bounce and from there we can collect all pos and neg bounce and from there also we develop a strong pressure, and if we have that pressure we want then thats the time we connect and distribute water to the consumer, ha,ha,ha sorry. i hope you can decipher it, its fun.

From Tito on page 23:

remember: i have now 12 different designs of free energy and i am telling all of them here, only in jumble manner sorry.  (http://www.overunity.com/Smileys/default/sad.gif)
BUT THEY POSSESS ONE COMMON CIRCUIT AND THAT IS THE AMPLIFICATION technique.
Everyone ok!: used the YIN and YANG technique to dissipate a strong energy and instead used it in divertion!

Teets, p. 28:  http://www.overunity.com/6763/energy-amplification/msg259628/#msg259628  using a very simple 555chip makes this tpu a smooth and safe. ofcourse with our amplifier added. 

Teets P. 30: http://www.overunity.com/6763/energy-amplification/msg260290/#msg260290  We can use a simple relay in ozone patent as a vibrator setup.
But computer fan is much better in heavy duty use.

[Bob Smith]

Another Example:

Let say for example everyone is holding a candle, starting from me, i will lighten the two and the two will lighten the four and so forth lighting everyone by everyone.

This technique is the rolling ice stone or falling domino and this is the ultimate amplifier of tesla that was not directly recorded but we can see the first steps in many of his patents.

All we need to do is RE. 

That's it, i have given you the closest tip i could give, i hope you can do it

Good luck once again, be careful and bye. 

Otits L. Noicaro

"All you need is RE." Is not another word for RE (radiant energy) the inductive kickback that takes place immediately after a voltage pulse?  Okay, so if your pulse is the "push", the RE is your "pull", as the open dipole sucks energy (RE) in.  There's your push-pull.  What do we do with the "pull" once we have it? If we have enough coils pulling in RE, we'd need to dump it into caps, away from the supply side to the load side, and diodes will help there.
Lunch over, back to work.
Bob

[forest]

RE- respond, replay, regarding, repeat, reassign , maybe to radiant energy


CRON - The software utility [/font][/size]cron[/font][/size] is a time-based [/font][/size]job scheduler[/font][/size] in [/font][/size]Unix-like[/font][/size] computer [/font][/size]operating systems[/font][/size]. People who set up and maintain software environments use cron to schedule jobs (commands or [/font][/size]shell scripts[/font][/size]) to run periodically at fixed times, dates, or intervals.[/font][/size]


Tito tips are so vague, he probably consider it to be easy but it's not.

[Jeg]

Guys
Tito have said once something that really needs some consideration.

'Charging capacitors in series and discharging in parallel.'

So, lets assume that we have 16 capacitors in series of 1μF each. Total capacity in series is 62.5nF. If we discharge the first one in the raw what will be the output energy from this cap? Will this correspond to an energy stored in a 1 microfarad cap? Because if this is the case, then we can charge a raw of some capacitors in series really quickly (very small capacitance), and by discharging each one separately we are going to rock.     


ps. Now that i think it more clearly, the voltage of each one in the raw will be the 1/16th. So energy from each capacitor will be lower than i was thinking. E=0.5 C Vsquare. So even charging them in series or in parallel the energy stored is the same. But still there is a big difference in charging time. Charging them in series, can be done much faster than the other way, and so the discharging will be in a more fast way. Do i miss something?