@ Bart

I feel your pain...I've been where you have been many times but I keep coming back...hope I guess is what keeps us trying...meanwhile I'm still stuck at the same old problem...all roads seem to lead to resonance and HV BEMF but how to extract it without killing the dipole...still looking for answers without getting too complicated...hopefully Tito will enlighten you in the right direction...best of luck

Hey Goat
Have you tried it with an air core transformer? I have tried it with regular and the output is good, just not enough to replace what was used. Delboy says that it is my transformers that are a problem. Im working on a couple air core designs that I want to give a go. we will see.  =]
In this circuit, I dont see that resonance is a tuned thing. Think about it, a gas engine will be changing rpm, thus the speed of the timing will change also. That is why I felt strongly about this. Now if we were able to store the output, can that be converted to a viable power that can run things or even recharge its own battery? Thats the way I see it.

Mags

Hey Mags

Unfortunately I've been away from my shop for months now so I haven't tried the core-less coils yet but I'm still following you and everyone's progress...that's why I've been on the sidelines thinking over the different ideas presented...I'm not always an armchair warrior though...once I'm back home in my shop I'll try to build different projects to test out different ideas but I've never found any OU just a lot of batteries that end up needing a regular recharge....I've had some unusual effects like recharging my camera batteries once where they lasted a long time in the camera but eventually dying and become un-rechargeable...I've also seen this when using pulse charged regular lead acid batteries....go figure...

But I'm curious about the 1 wire method that Delboy talked about...but instead of going to a second receiver I was thinking of the following (see pic below)....I've done and recorded this behavior awhile back either here or on the energetic forum where I had used the Avramenko type setup on the end of the wire coming off an ignition coil which functioned to seperate the 1 wire HV into + and - voltage...might be worth looking into since I'm not advanced enough in electronics to build a transmitter and reciever...besides I like to keep things as simple as possible    

Thanks and keep up the good work...
Paul

I agree Goat, I love simple
What delboy is saying is, you get the setup going at a freq of resonance, and if you have another separate resonant coil/cap, it will resonate by only 1 wire between the 2. This way we are not killing the oscillations of the original resonator.  And we can put as many separate resonators connected by 1 wire, to the original circuit without actually drawing from it. The same with rf. Many receivers without causing the transmitter to loose power output.
I need to try some of these things myself to get it right in my head with the resonance and how to draw power from the separate resonators.
So if this is true, if we can get power from 1 separate resonator that is even 50% of the source resonators input, then if we have 4 separate resonators running 1 wire, the total of the 4 resonators power will be 200% output as compared to the source input. Thats where the freebe comes from.  =]
Lol  Im just figuring this stuff out now.   Sound great doesnt it?  Im slow at some things, but once I get it, it sticks.  ;]
It is just the drawing from the separate resonators that I am thinking about at the moment. That is why I speculated 50% from each separate resonator, just as a guess. Cuz as we draw from them, we are killing their resonance as we do. If it is only 10%, then we need 20 receivers, 1 wire, to get 200% out as in.


Make sense?  =]

Mags

Oh  your redraw is good. Put the rectified output to a cap and then convert that as necessary. If the input is low as said as compared to the output, then the conversion can be done in a normal dc/dc fashion to bring it down to the input voltage level, that should be capable of more than what is used at the source input.  I hope.  =]

Mags