ENERGY AMPLIFICATION

[Tito L. Oracion]

From what I read in the pat., the capacitance 'neutralizes' the self induction.

Neutralize the self induction. Not reduce, but neutralize.

In a transformer, what would this mean?


Here is the pat below. Only 2 pages of text.

Mags

It actually correcting it, that's why capacitor is also called a power corrector.


and that is also the reason that gives way to free energy. 

really a wonderful work of a cap.


@everyone


First thing to solve, to energize a lot of coil first we need a strong stress of magnetic field ok?


Then sometimes we ask, why there's a lot of coils needed. 


I think sir forest can contribute something, cause the way he talk i smell strong energy he is experiencing, he even having problems what to do with it.  am i right sir? 

and i believe sir Romero can add some magic.  


by the highway, multi strand wire is just used for heat solution and fast kicking out of eddy currents

goodluck and be careful friends 


God bless- courtesy of sir qwert's sarcasm


Tito L. Oracion 

[totoalas]

That means strong or high pulse voltage
In my fly swatter spark gap relay tests hv spike on secondary coil connected to earth wster piperegisteref 1000plus v using only a small 4.8 v dc rechargeanle battery
To noost this as peter linderman did  he used the pulse positive of the coil to combine with hv put via a hv 20k diode

[Neo-X]

Hi to all

Imho regular relay  wont work in tits circuit coz it can only switch on and off at a low frequency. Now what if we use piezo as relay? We all know that piezo can vibrate at very high frequency so im thinking it might work in parallel LC tank circuit..

[gyulasun]

thanks gyula
but if in your drawing  L3 secondary ( from 2nd primary)  and L4 secondary ( under L1 primary) then its correct.....  anyway
one more day and Ill be off to test .....the circuit.....
all wirings are connected to terminal block for easy alteration 
im just preparing all the parts for the tests tomorrow.   any update info/ drawings are welcome
totoalas

Hi totoalas,

I show you a schematic where diode D1 charges C2 when you switch S1 off and diode D2 charges C1 when you switch S2 off. It all depends on wire end connections and / or winding sense of coils, it is good to use terminal block for doing easy variations.

I include another schematic to check in a simply way how much voltage can be captured in C2 when you switch S1 off.  Just charge up C1 to start this test and for S1 just use the (black-dotted) wire end of coil L1.  Start with say 10 or 15V DC in C1 and monitor the voltage across C2, try to touch coil wire end to the positive of C1 for a very short time you can so that some Volts may still remain in C1. Of course you can leave S1 on for a full discharge of C1 and see the induced voltage in C2 in that case too.
Your new capacitors are able to keep the charge for a reasonable time? (unlike your 2200uF ones), it is also good idea to monitor the voltage across C1 if it is needed (not a must) and you have two voltmeters.

rgds,  Gyula

[Neo-X]

@tito

Can u tell us what exactly did u do and u discover the free energy? If im not mistaken what u only did is discharge a capacitor in a coil using relay?