Is this the Smith/Kapanadze secret ?

[Belfior]

Anyone able to get the "Tesla Magazine" that Don Smith is talking right here? 5 page article laser printed?

https://youtu.be/Cr07kI7HhzU?t=2472

Energy is everywhere. That is why you don't need to think where it is coming from. Nature will deal with that.

What Don is showing is that you disturb that ambient so that electrons that normally are neutral (non-reactive in a local space) are exited to a higher energy level and then you provide a non-resistive path to ground. This is what the Tesla secondary is for. Self loop L2 with a spark gap to ground. L1 and L2 are in resonance and you pickup from L3 through diodes to a cap bank.

[Belfior]

Hi ppl,
AG Not necessarily. A charge on a capacitor with high voltage can be converted back into current without necessarily using a variac or a magnetic process .

In this video i made some years ago ,  i try show how to transform a high voltage in the order of 10KV with a low current, in lower voltage but with current through a nonmagnetic process. We could say that two terminal of spark gap could be considered a plates of a capacitor and the air the insulator , so in this way we have a electrostatic event because a capacitor store charges. This charges Vs time = current .

https://www.youtube.com/watch?v=lf64CP-8rvk&t=74s

regards

Nelson Rocha

Any chance you might want to post a schematic or explain the process? I thought you kinda have to put the HV into a cap bank and then pulse a transformer to get it to lower voltage? how can I get my 8000V fully charged cap to a manageable level (12V super caps?) or even straight to 230V AC?

[Belfior]

So my idea here is that I can fill up a cap bank with a 35100Hz PSU putting out 9000V at 30mA. Current is irrelevant, if it is enough to charge the caps that have some internal resistance.

(so charging something that takes 105A/s to charge is not going to work https://youtu.be/xpy9CmAWrGo?t=90)

So my load is 0,26A at 230V 60Hz light bulb. My logic tells me that I need to match the amount of charge I am putting into the caps with my fast PSU to the pull that my load needs. So small buckets of charge 35100 times per second need to match the bigger pull of the load, but it only pulls 60 timer per second.

So how much load you can have depends on the charging of your cap bank. You could maybe put a voltage meter on the cap bank and if the voltage starts to droop while loaded that means the amount of out going charge is bigger than what you are putting in.

Sure there has to be some losses and components in between the cap bank and the load. We need to get down to 230V from 9000V and then get the freq right if we don't decide to go with a rectifier to 12V DC

[Jo-EL]

Looking at the series of videos put out by Rick Frie......................
..............

So what Kapanadze is trying to hide with all the boxes and shit is a tesla coil with L1, L2 and then L3 on the other end of L2. L1 and L2 are in resonance. L2 is looped to itself and grounded. Slayer exciter could take care of that. L3 feeds a cap bank. Rest is transformation to usable range.

......................
The only problem is the transformation. How do you get 200kV at 2.4MHz into a cap bank or translated in some other way to 12V DC? Voltage is difficult because of capacitor limits and frequency is nasty because of transformer hysteresis and eddy currents. Just give me a couple of methods and I will leave you all alone.

You knows what you mean please make a Circuitdrawing.

Jo

[AlienGrey]

You knows what you mean please make a Circuitdrawing.

Jo

I looked at this one and thought I need a drink too !

Do you mean this ? page try p82    http://free-energy-info.com/Smith.pdf
AG