ENERGY AMPLIFICATION

[Magluvin]

Kick the Pizza!   lol  Bad pizza

Teets. Can you tell us some of your favorite ingredients for the Kick Pizza? 

Just to keep up with the status quo.   

I knew you were not going away.  Cuz Your Not A Quitter!   


Mags

[Tito L. Oracion]

Kick the Pizza!   lol  Bad pizza

Teets. Can you tell us some of your favorite ingredients for the Kick Pizza? 

Just to keep up with the status quo.   

I knew you were not going away.  Cuz Your Not A Quitter!   


Mags

Sorry buddy i'm not a quitter but i'm a respectful man . 


i'm a man of words, well, sometimes i'm failing just because of reasonable reason. 


for me you are the best player here buddy   


buy buddy i'll just watch from now on, and watch when i only want to watch. 


Goodbye and this is sealed with a 


lol


ps: i only eat the mushroom in the pizza co'z massive energy exploded in a room if you fail in some sense of common. 

[Qwert]

@Tito.
With the respect to you Tito, I hope you'll change your mind yet.
@All:
@ http://www.panaceauniversity.org/ I found a pdf "EVGRAY vibrator circuit". On the very first page of this doc: "Quote â€"I suggest that you all read page 304 and the section on resonance pg 340 from Tesla’s book "The Inventions, Researches, and Writings of Nikola Tesla"." What is on page 304 of "The Inventions..."? This:

"...plan is to charge condensers, from a direct or alternate-current source, preferably of high-tension, and to discharge them disruptively while observing well-known conditions necessary to maintain the oscillations of the current. In view of the general interest taken in high-frequency currents and effects producible by them, it seems to me advisable to dwell at some length upon this method of conversion. In order to give you a clear idea of the action, I will suppose that a continuous-current generator is employed, which is often very convenient. It is desirable that the generator should possess such high tension as to be able to break through a small air space. If this is not the case, then auxiliary means have to be resorted to, some of which will be indicated subsequently. When the condensers are charged to a certain potential, the air, or insulating space, gives way and a disruptive discharge occurs. There is then a sudden rush of current and generally a large portion of accumulated electrical energy spends itself. The condensers are thereupon quickly charged and the same process is repeated in more or less rapid succession. To produce such sadden rushes of current it is necessary to observe certain conditions. If the rate at which the condensers are discimrged is the same as that at which they are charged, then, clearly, in the assumed case the condensers do not come into play. If the rate of discharge be smaller than the rate of charging, then, again, the condensers cannot play an important part. But if, on the contrary, the rate of discharging is greater than that of charging, then a succession of rushes of current is obtained. It is evident that, if the rate at which the energy is dissipated by the discharge is very much greater than the rate of supply to the condensers, the sudden rushes will be comparatively few, with long-time intervals between. This alwavs occurs when a condenser of considerable capacity is charged by means of a comparatively small machine. If the rates of supply and dissipation are not widely different, then the rushes of current will be in quicker succession, and this the more, the more nearly equal both the rates are, until limitations incident to eacli case and depending upon a number of causes are reached. Thus we are able to obtain from a continuous-current generator as rapid a succession of discharges as we like. Of course, the higher the tension of the generator, the smaller need be the capacity of the condensers, and for this reason, principally, it is of advantage to employ a generator of very high tension. Besides, such a generator permits the attaining of greater rates of vibration."
Page 340 starts an article about resonance.

"The Inventions...": http://ia700302.us.archive.org/16/items/inventionsresear00martiala/inventionsresear00martiala.pdf

[Tito L. Oracion]

@Tito.
With the respect to you Tito, I hope you'll change your mind yet.
@All:
@ http://www.panaceauniversity.org/ I found a pdf "EVGRAY vibrator circuit". On the very first page of this doc: "Quote â€"I suggest that you all read page 304 and the section on resonance pg 340 from Tesla’s book "The Inventions, Researches, and Writings of Nikola Tesla"." What is on page 304 of "The Inventions..."? This:

"...plan is to charge condensers, from a direct or alternate-current source, preferably of high-tension, and to discharge them disruptively while observing well-known conditions necessary to maintain the oscillations of the current. In view of the general interest taken in high-frequency currents and effects producible by them, it seems to me advisable to dwell at some length upon this method of conversion. In order to give you a clear idea of the action, I will suppose that a continuous-current generator is employed, which is often very convenient. It is desirable that the generator should possess such high tension as to be able to break through a small air space. If this is not the case, then auxiliary means have to be resorted to, some of which will be indicated subsequently. When the condensers are charged to a certain potential, the air, or insulating space, gives way and a disruptive discharge occurs. There is then a sudden rush of current and generally a large portion of accumulated electrical energy spends itself. The condensers are thereupon quickly charged and the same process is repeated in more or less rapid succession. To produce such sadden rushes of current it is necessary to observe certain conditions. If the rate at which the condensers are discimrged is the same as that at which they are charged, then, clearly, in the assumed case the condensers do not come into play. If the rate of discharge be smaller than the rate of charging, then, again, the condensers cannot play an important part. But if, on the contrary, the rate of discharging is greater than that of charging, then a succession of rushes of current is obtained. It is evident that, if the rate at which the energy is dissipated by the discharge is very much greater than the rate of supply to the condensers, the sudden rushes will be comparatively few, with long-time intervals between. This alwavs occurs when a condenser of considerable capacity is charged by means of a comparatively small machine. If the rates of supply and dissipation are not widely different, then the rushes of current will be in quicker succession, and this the more, the more nearly equal both the rates are, until limitations incident to eacli case and depending upon a number of causes are reached. Thus we are able to obtain from a continuous-current generator as rapid a succession of discharges as we like. Of course, the higher the tension of the generator, the smaller need be the capacity of the condensers, and for this reason, principally, it is of advantage to employ a generator of very high tension. Besides, such a generator permits the attaining of greater rates of vibration."
Page 340 starts an article about resonance.

Wow, Your really the best reader i'ved ever had buddy.  [size=78%]  [/size]


but i think  i have already tackleing this thousands of time a long time ago already. am i correct ?
not as detailed as this one but very easy to grasp in my way.


bye buddy take care.

[Magluvin]

Ok Pizza, Tito, Teets, Tits(someone said that once ;]) Oracian, Otits, and matrix.

Thanks. 

Just in the last part of winding my transformer. took a break. Winding by hand and jig.

I used a core and bobbin from a UPS power supply and soaked it in laquer thinner for 2 days and separated the core and removed the old windings from the factory bobbin.  There were 2 flat windings in there.  ;]

Anyways, the secondary, wound on bobbin first, is 35 turns of .025 wire, 1 layer.

The trifi input and shorted bifi is going to be about 6 layers of 3x .015.  About 29 individual turns per layer of the bifi and 15 turns each layer for the input(kicker winding, wound along side of the bifi turns.

Will have pics tomorrow, of the sec and the primary tri.  ;]

Then figure out what freq she wants to run at.

Mags