ENERGY AMPLIFICATION

[Bob Smith]

@a.king21
Thanks for the vote of confidence. And yes, best not to get embroiled in arguments over things that don't help the thread.
I checked out Lasersaber's flashlight.  Works a lot better than the shaking flashlights I've bought over the years. Shows how little R&D goes into these mass-produced things, or perhaps it's built-in inefficiency, to keep the consumer public buying new and improved versions every so often. His work looks encouraging.

Right now, I'd really like to see us all crack the core principle of Tito's energy amplification system.  I have to read more of the Tesla interview that Teets quoted in the last page or so. There's something about tapping a standing wave. Teets quoted Tesla saying that it was the damped wave.  How do we tap the standing wave?  How does the zener diode fit in with this (I suspect it's part of the feedback loop)?  The puzzle is gradually going to come together.  I think many of us have learned a lot on this thread.
Bob

[Jeg]

Dear Bob is it possible to find the drawing of the last videos of Daly from wesley? Inside, there is the answer for both of your questions. i.e a method to create a resonant standing wave, and how these zeners are used for creating sharp peaks in a coil..

And by the way, before some pages i had calculated the energy stored in a bank of capacitors and what happens when we charge in parallel and discharge in series. What i had concluded was that the energy is the same in one or either way. But i hadn't consider something that can make the difference. When we discharge in series, the energy is the same as in parallel, but...
1) The pressure is much higher than in parallel due to higher voltage, and
2) The discharge is happening in a quicker way as the capacity becomes smaller, which means more abrupt and sharp discharges.

Both of these reasons are able to make a difference.

Tnks
Jeg

[Jeg]

The standing wave is being created by the open end coil, which oscillates at each own inter capacitance and inductance.  The circuit that feeds this coil, also uses two zeners in a Tito like arrangement..

Ps. Zener KB203 as in the drawing is 1.3watt at 120volt. If I make a mistake pls correct me!

[Tito L. Oracion]

Musta pare buti ka pa ang dami mong friends dito samantalang ako nabibilang lang sa daliri. 
Pareho tayo hirap din ako makipag usap dito nakakanosebleed kasi mag english kaya misan akala nila suplado ako pero ang tutuo di ko lang masabi ang gusto ko sabihin.
Problema ko na naman ang diabetis ko maataas na naman nakakatakot baka magka komplikasyon na ako.

Di bale friend naman tayo e.
Nasabi ko naba sayo na mabisa ang dahon ng guyabano na may dahon ng abokado sa diabetis at kung may balbas pusa ka isama mo rin. pakuluan mo ng 15 mins at uminum ng isang baso pag gabi.
kung gusto mo naman subukan yung kay reh herbal na nabibili sa robinson at sm "KINGS" ang pangalan.

at hwag ka masyado sa kanin o hwag ka masyado magkakain.
at lakipan mo ng ehersisyo.

otits 

[gyulasun]

The standing wave is being created by the open end coil, which oscillates at each own inter capacitance and inductance.  The circuit that feeds this coil, also uses two zeners in a Tito like arrangement..

Ps. Zener KB203 as in the drawing is 1.3watt at 120volt. If I make a mistake pls correct me!

Hi Jeg,

In the schematics from the video you uploaded above, the two diodes are labeled as КД203А  which 'translates' to  KD203A (and not KB203), ok?   
And these diodes are not Zener diodes but 600V peak reverse voltage and 10 Amper rated 'normal' Si diodes.
http://www.ec-centre.com.ua/diodes/alldiodes.php   These types are approximately equivalent to the now obsolote
1N2258 diode type. 
On ebay you can buy КД203А type:
http://www.ebay.com/itm/25-PCS-KD203A-203-SILICON-RECTIFIER-DIODE-600V-10A-/161074727062

One more thing: you mention that "The circuit that feeds this coil, also uses two zeners in a Tito like arrangement.."   
I wonder how you know what Tito's arrangement looks like??      

Gyula