Kapanadze Cousin - DALLY FREE ENERGY

[Hoppy]

  Hoppy:
  Since you have the Mazzili circuit working, perhaps you can show us how well it works lighting some higher wattage bulbs with it. A video would be good, although some pics would do as well. That would be the best advice that you can give.
  I can also PM you my address in Costa Rica, if you would like to send me a letter with two of those 15v, 5 watt Zener diodes, and maybe a couple of those IRF 260N transistors, if you can find them in your area, as I can't.
   I have some of the transistor shaped fast switching diodes (like Igor uses), maybe those would be better than the regular diode bridge, or the regular diodes, for looping the circuit.

  Geo: Did you get your caps and other component parts needed for the feed-back path?  Have you been in contact with Igor? Sorry to be such a pest about the looping aspect.
  Maybe the space brothers can help, to make the best self-running circuit. As you seam to have some telepathic abilities and can "talk" to them once a month, or so.
  Please remember to show a clear close up picture of your Mazzili oscillator, so that a proper replication can be made of it. As just the diagram of it is not really enough to go on. Igor's recent Royer/Mazzili circuit diagram will also do, as well.
  Thanks,
               NickZ

Nick,

I have attached a set of photos showing my Mazzilli running a 240V / 40W bulb (photo 05) compared to the same bulb running on the grid (04). Photo 01 shows the complete setup. The 4.5A/hr Nicad battery pack supplies 13.5V on load and is protected with a 7A resettable fuse. The primary coil is around 60 turns bifilar inside a 600 turn secondary which is impedance matched to the 40W lamp load using an adjustable 10mm x 200mm ferrite rod core. Photo 03 shows the mazzilli running an 18W flouro tube. Photo 02 shows the Mazzilli built on a heat sink that is way larger than it needs to be! The two yellow coded ferrite cores are connected in parallel. As has been pointed out by me and others, the transformer turns ratio needs to suit the load, so that the load is impedance matched as closely as possible. I'm not able to fully light bulbs above 40W with this coil setup.

I will be pleased to send you some components in the New Year. Its too late for a pre-Xmas posting from the UK.

[Grumage]

Was thinking about a mechanical analog of this mazzilli... obviously the LC tank is equivalent to a flywheel... but power is stored there... but when you take power off of this inertial wheel... which equivalently could be done with a centrifugal clutch (when the wheel is up to speed, contact is made with another wheel to transfer some out...


But this is all 'power' there isn't a separation of 'volts' and 'amps' to compare analogously. well I guess that amps is sort of related to the speed and voltage is the inertia; but in this system those are equivalent... a higher 'inductance' would be a heavier wheel... so transferring  1:1 ratio of mass wheel the target wheel will get brought up to some speed in some amount of time... a lighter wheel will be faster quicker (more current), but have less inertia (flat conversion from current to force)... a heavier target wheel will get up to speed less quick (less current), but will have more(?)... will have a larger than 1:1 ratio inertia... but that must put 1:1 at a defined loss point


but then I guess; current through a coil has a direct relation to its magnetic field, which is a direct relation to potential voltage.


So I also guess the first flywheel is driven by a 'water drop' where a unit of water falls on the outer rim to impart motion... the mass of this at a radius results in an acceleration; but is then limited to the rate at which the water is moving in the first place...


so then, is there a relation between where the mass is on the wheel (even distribution/outer mostly(wagon wheel)/outer only(cylininder) vs the inductance of a coil? and the geometry of the coil?


are these relationships real?  Or are they a byproduct of having electricity's definition based in mechanical observations in the first place?

Dear d3x0r.

WOW!! Now that's thinking !! 

Keep it up, I have to agree with most of the above !!

Dear Nick.

See attached GeoFusion's revised schematic the flexible and solid are clearly marked.

Cheers Grum.

[NickZ]

  Grum:
   I'm aware of where the flex wire goes, but what I'm asking is what is this 3mm flex wire made of. Iron braid, copper braid, or what? As it was mentioned that it's important to help keep the Fets from burning up.

  Hoppy: Thanks for uploading the pics.  Your circuit, like mine, seams to be very limited in not being able to light any higher wattage bulbs, nor anything like what Geo's circuit can do. Also if that circuit has a higher draw, than when connecting the bulb to the grid, then, something else is not right, as well. I'm not knocking it, I'm just saying that we need to look further for the trick to light higher wattage bulbs, without heating of components. Also, when looking at Geo's video, he is not using the 5 watt Zeners, and his oscillator is still staying fairly cool, at least for up to 7 hours run time, if I got that right. Anyway, just some observations... Thanks again for the pictures.

  Here is an example of a fairly clear picture of my transistor version of the Royer circuit.
You can see where each connection goes, and is what is needed to be able to replicate a  circuit properly. Sorry, but I could not resize this image any smaller for some reason.

[GeoFusion]

Hi guyz

Nickz:
3mm squar wire is copper braid wires. they are yellow wires in my vid. my circuit is kept cool becuase of two CPU fans.
otherwise it can burn in les then 1 hour. all the fets gone.
Btw my Royer circuit  uses Germanium Diodes 1N34A, no more zeners of 18volts.

about the components that had to arrive, no they did not arrive yet, Having some problems with the transfering :/
It's alright to ask, i have no problems at all.
I will be receiving ideas soon how i could complete it without waiting to long hopefully.
I will give some closeups for sure of the circuits I made. some of them are on closeups in some vids.. But i will also show there is no hidden wires or any other trickery involved, this is pure from Battery to circuit to caps and coil to load.

Grum: thnk you for reuploading the schematic for ppl to see it again and debate on . everything is givin on  that schematic nothing is left out. use the royer/mazilli circuit to operate it.. the same that is used to operate the roundcore.


Hoppy:
thnx for uploading those pics . Looks great. keep it coming.

Khwartz and all:

I will be posting the Motor/Generator vid for all to see how simple it is will be showing one that is uses Belt, producing almost 2.5Kw 60hz 120V/220V, My schematic shows already what has to be done while shafted.
remember it's all magnets that spin inside the generator that produce energy in the coils.

be patient as I am having some quality time with my gf that is back on the island. 

Cheerz!

[a.king21]

Hi guyz


Khwartz and all:

I will be posting the Motor/Generator vid for all to see how simple it is will be showing one that is uses Belt, producing almost 2.5Kw 60hz 120V/220V, My schematic shows already what has to be done while shafted.
remember it's all magnets that spin inside the generator that produce energy in the coils.

be patient as I am having some quality time with my gf that is back on the island. 

Cheerz!

That's what some of us are eager to see.