ENERGY AMPLIFICATION

[Dave45]

After the insults i shouldn't share anything but im here to help.
This is a polarity probe it will give you some understanding whats happening as your magnets pass a coil.
Wound bifilar on a core. If you don't have a scope this will help.
Evidently ERfinder has something he wants to share and im not here to distract from that.

[wattsup]

My Dogma...
The cap is the fulcrum of the system because:
    +    It is charged in series with the primary......
    +    It is discharged in parallel with the primary......
Fundamentally you are dealing with the same components, however, you must recognize that you are dealing with two distinct circuits, circuits operating at different instances, circuits which owing to their specific relations CANNOT oscillate at the same frequency, circuits which owing to the aforementioned are not operating in phase! 

Your eyes have been shut to the true nature of this and just about every other circuit Tesla has preserved.  You only see half of a whole.  You only see the parallel LC, you dont understand what the parallel LC is.  Most assume  when you have L and C you must tune.  Just because you can doesn't mean it's what you are supposed to do.

@Erfinder

I had prepared two posts but did not post them simply to not ruffle delicate feathers.

But on your last post, there is nothing that can confirm what you just said simply because the Tesla Ozone Patent (TOP) has a great omission that prevents anyone from speculating as such on the capacitor function.

The omission is having failed to outline the SPECIFIC relationship between the motor commutator (E) and the Rotary Switch (H).

1) Are the brushes on E thinner, same size or greater then the width of each commutation?
2) How many commutators are on E?
3) How many contacts on H and what is their contact/contact width relationship?
4) What is the relation between contacts on H and E. Does H open when E is closed?

These are but a few of the many variables in just that one relation. Each one will produce a different result.

Then here is a question about the Capiyself.

The cap receives constant positive DC on one side. The negative DC comes to the motor winding through E then through the working primary to then arrive at the other side of the Cap. So question is, does the positive stop at the cap and wait for the negative to pass the motor coils and the primary to arrive and the other cap end, or, does the positive pass the cap, pass the primary to then land in the center of the motor coils where the negative arrives at the first half of the motor coils.

Then you say there is a discharge of the capacitor but again that will only depend of the relations between H and E. We know the capacitor will charge to the inductance of the motor when E is connected since there is no other choice. But for it to then discharge, E has to open and H has to close. But when E opens the inductor will discharge bleeding off the cap. So in the TOP, Tesla left some things unsaid and it is those unclear, unmentioned point that are probably his secret to work through and arrive at the feed source being replenished and thus making it a perpetual device or OU. 

Tesla was a fanatic for precision and his omission of these detail in the TOP are in my view, the crack in the wall that guys need to look through.

wattsup

[citfta]

As I posted earlier we have two things going on at the same time when brushes K and G are connected together.  We have power now going directly to the motor and we have a circuit completed allowing L to discharge through M.  Since L and M make up an LC circuit if G and K stay connected long enough then L and M could oscillate back and forth or ring as a decaying signal.

I think what some people may not realize is you can have more than one signal on a conductor at the same time.  The DC power can be going to the motor at the same time there can be an oscillating signal going back and forth from M and L.  Many times I have seen the same cable used to deliver DC to a preamp or other device and also that same cable can carry a RF or audio signal back down the cable.

I do not see in this circuit where either one would necessarily affect the other.

Carroll

[citfta]

Plates P and coil N can also be an LC circuit that could oscillate at some frequency which may or may not be the same as the frequency of L and M.  I am not sure how good a dielectric ozone is for plates P to act as a capacitor.  Would moving the ozone through the plates increase or decrease the ability of the ozone to act as a dielectric?

Carroll

[jbignes5]

 I find it funny that no one has seen the primary after the motor coils is an extra coil as Tesla would say. The cap hooked across the extra coil as a freely oscillating circuit... People are too hung up on traditional circuits and ideas to see the plain truth of the situation. Plus the front controller is a cap and coil shortening device. This would allow the extra coil and cap to oscillate freely in the off times of the DC motor section.