Hydro said it months ago, the VIC uses leakage inductance. Dynodon said it months ago the VIC resembles a flyback.
The VIC has bobbin cavities... and separate bobbins. This does a few things, the duly noted theory is to increase distributed capacitance, we all see this, but there is also distributed inductance and as Stan shows the inductive coupling it might not be obvious unless you are looking for it, but this is designed to have poor coupling, meaning there is stray flux, leakage flux, throughout the space occupied by the Delrin bobbins. If you wanted a transformer with 'unity' coupling then you would wind the primary and secondary as closely and tightly as possible. That is not what stan is doing, he designed this transformer with LOTS of space in between the coils. There is not only leakage flux, but as we know, a series of capacitors formed by the bobbin sections. So effectively this is designed to store BOTH magnetic and electric fields / flux. Now with the leakage flux you can design it to limit current without losing energy, and the energy is sent back into the input. THIS IS THE MAGNETIC FIELD THAT STAN USES TO RESTRICT THE AMPS. you could do some simple math and figure it out, but at a guess the VIC is probably 70% Delrin and 30% wire by volume, which leaves plenty of room for the storage of magnetic flux which will perform the job of restricting amps and letting voltage take over.
yea, never be afraid to accept everything you know about something is wrong, it's the easiest way to learn the truth and sort through bs.
anyway, it only really matters if we can put this stuff to use, and figure out how this stainless steel wire works, and this electron bounce phenomenon works, because the concept is that difficult to understand... apply the voltage and switch it off before the electrons move, this preserves your source energy... it all ties into high voltage direct current pulses... the secret to everything, this is just one more clue that shows what the pulses need to accomplish, and also that resistive wire, instead of copper wire, can hold some secrets
it's made of long metal tubes, that when hit or tapped they vibrate at a tone dependent on their length, i was tapping it and watching it vibrate and listening to it, and thinking how this is so similar to stans long tubes, then must be vibrating at specific tones, and matched/tuned to each other, I'm pretty much 100% sure the tubes are tuned to vibrate at the same tone.
Ok, this will be fun, i'll get this RVIC wound then I'll start looking into pulsing it, i'll also be thinking about building a new cell or two, depending on what I want to experiment with next, I really should have built a larger tubular array, but I was just working with what materials I had. Variable spacing plate cell would be really nice to play with.
I've been re-reading some patents and have some new things to think about. It appears that stans pulsing circuit had some options that i've never seen any of you guys play with, as well as the actual "resonant cavity" phenomenon... it's not just a name, it's a description of how you get that pulsing and get the water resonating back and forth like air between a tuning fork or something, a physical motion of the water matched to the electrical pulses, this is important too.
I think stan played with a lot of stuff before he came up with the VIC, which shows that we should be able to get some results with different configurations, but we really need to plan our experiments to achieve the things he was trying to do, restrict amps, simultaneous pulsing of positive and negative voltage, gating and pulsing...
I suggest you guys take a read thought some of his earlier patents and really try to visualize his set up and match that with other stuff we know about his set up. all the patents are cleanly posted in my section.
Kevin is still doing electrolysis, he's using amps, and his water gets hot, and he makes steam. He has rewound alternators in the normal way with finer wire... but his results are not like Stan's, I've been talking to him and I think he is going to try the RVIC soon, that'll be nice to see, since he'll probably have his finished before I get mine finished.
Kevin is doing what he thinks is best with the best of his knowledge and tools, and that you have to respect, he's trying a lot more than anyone else is.
I wonder if your 3 phase thing you have been working on for months is a product that there is no market for? I'd hate to see your efforts wasted. You can get 3 phase from the alternator, or you can do single phase from a circuit. Maybe you could explain to me what your circuit is going to accomplish?
No where in Stan's documents do I recall him pulsing the alternator with a pulsing circuit. The only pulsing the alternator gets is 60 Hz AC from the wall rectified into 120 Hz DC into the rotor, but this is not meant to be something fancy, it's just what comes out of the wall. Kevin is doing some things that are not 100% in line with Stan, which is fine, it's great.
Are you using distilled water? sending 100 volts and 1 amp to tap water should give you something?
Not sure if you are using those capacitors, I'm not sure how they are supposed to help, but I know stan used bifilar chokes that have capacitance.
My thought was just that varying the rpm will vary the frequency, maybe i should say "adjustable" frequency, rather than a constantly changing rpm, but an adjustable rpm would give an adjustable frequency, just like you have a Potentiometer on a pulsing circuit, and maybe you can find a frequency that the alternator works better at, just like chokes have a frequency that gives them a nicer output, the thing is you would have to have a scope hooked up to it to notice any change in wave form. maybe it wont do anything, maybe you can't even get into the rpm range where it would do something.
I keep wondering about this, no conclusion yet, so i'm just asking people about their experience and opinions, trying to learn. I do have a spare Variable Frequency Drive, if I hook it up to the drive motor I can adjust the rpm. It may or may not be worth the effort.
Also, i'm not sure how many winds, but if you have 47 winds, then i'd do say 15 per coil, 3 coils... depends on how much space you have, and what gage wire
Also, kevin is not doing this, nobody has built this since stan, ( if they did, they didn't share results), but ill build it as soon as i'm done of exams next week.
This is my original drawing, with edited description to show exactly how Stan did it, each line you see as a secondary or choke, just imagine that has your 13 loops on it. but to draw that would make it a lot more complicated! (http://img.photobucket.com/albums/v81/bigbuba/Picture15-1-1.png)
To wind this circuit: (http://img.photobucket.com/albums/v81/bigbuba/Picture7-1.png)
you need to completely rewind the stator, the chokes are part of each phase winding on the stator, so instead of have 3 wires on the stator, you have 9
so instead of winding 1 wire per phase, you wind 3 wires per phase, and connect them in series, so it's like the wire goes around the stator 3 times
here is a picture of Stan's RVIC, i'm not sure if you read the whole topic, but there are new discoveries and information towards the end
he says the end choke coils are bifilar, so, you would wind 2 wires bifilar, and one wire alone, put these together, then put them in the stator as a single phase, do this 3 times, keeping track of all your wire ends, and your wire ends go in like this:
and you have your blocking diodes in between the secondary and the top choke, and then your isolation diodes at the other end of that choke before the positive terminal
i'm not sure if you were using a 3 phase bridge, but you can't use a simple 3 phase bridge for this, because you're not using negative diodes at all, and you're blocking diodes are separate from the isolation diodes
I am playing with an alternator setup as well, and I have done a lot of research into Stan's Rotary Voltage Intensifier Circuit, and will be building it over the Christmas break.
If you have the ability to rewind an alternator I would like to encourage you to read this topic, The RVIC is wound in a special way, which is figured out and described here:
