going to dig up the thread I started on this, check there for updates
madhatter
4 posts · 48 more in threads this archive does not carry · writing between Nov 2010 and Aug 2012
An identity on Energetic Forum as it was harvested, not an account on this site. Nobody here has claimed it, and nothing connects it to a person by name.
Armagdn03 wrote:
That is not a capacitive transformer. It is a reactive voltage divider. The impedance of different capacitors will differ based on their capacitance, and so will offer differing "resistance" to the AC current, meaning you essentially have two resistors one after another, creating...A voltage divider.
This is a true capacitive transformer, and a very good idea.
C Stack
Any idea where this went if anywhere? It's exactly what I've been currently working on. There is some strange things with capacitive transformers, they don't obey conventional electrodynamic theories for one.
Funny, I did not know this thread existed. I started on some research nearly identical to this, however instead of using multiple plates it was to test the displacement theory of current.
The circuits here are the same as what I've tried. running the neutral lead to the bridge puts the circuit into the mains circuit and as such will always see a load, so that amperage can get dangerous if not careful.
I was more interested in Psi charge fluctuations, Although the amperage I'm getting is low, it's not drawing from the circuit on the capacitor.
The circuits here are the same as what I've tried. running the neutral lead to the bridge puts the circuit into the mains circuit and as such will always see a load, so that amperage can get dangerous if not careful.
I was more interested in Psi charge fluctuations, Although the amperage I'm getting is low, it's not drawing from the circuit on the capacitor.
sebosfato wrote:
Peakprodk
Ok now you just used the principle i have discovered and described for free, and you want to copyright it?
You is one of the only ones who understood what i said in my thread, than why don't we think about the thing together? do you want?
I want to make it solid state, cause would make at a certain frequency to use the effect more effectively at maybe millions times per second. It has to do with behavior of the electrons as waves. Standing waves. Meyer with his bifilar coils have done it. With his bifilar coils. My belief is that he used the bifilar to create resonance and to be able to couple only the capacitive side of the coils to the load, as one can be made to completely cancel the other inductance you could make the other to resonate with a capacitor and the electric field within the coils would move the electrons creating an electricity caused by the force of the electric fields on the electrons of the wire. On one side of the coil you will have 0 volts on the other you will have 40kv... he said he could do it capacitively in my understanding according to his writings.
He talked about dynamic coherent voltage something like that.
Basically adjusting the lengh of the coils you can find a variable relation of electro and magnetic fields.
You feed the load without loading the resonant tank.
you don't have to have rotating assemblies in fact I believe that only causes more trouble. vibrating the 'insulator' material to create the high potential then capturing it with the right antennae is all that is needed. After working on some ideas then the coils that Tesla used become antennae directly, if the charge is fed to the coil it doesn't work, however the coil will transmit the charge to the load wireless.