The Gabriel Device, possible COP=8

[Real Boots]

I only have a small AC cap from a microwave at hand, tried it as you mention but it is too small to have any effect.  The strange thing I am seeing is that there is almost no phase shift with no load or high resistance load, when I overload  the secondary with only 6vac on primary (outer winding around shell) then the phase shift increases.  This is in fact opposite what normal transfo would do however I assure u it eats energy like crazy when you pull down the secondary like that to get max phase shift.  I have reduced eddy losses to a minimum with this build by using thin layers of steel with insulating tape in between layers so I expect only major losses in cores to be from hysterysis and magnetorestriction but those seem small compared to what eddy losses could lose if layers were not used.  Wondering what layer of bisthmith powder in between shell and inner core would give for phase shift....
-boots

[dieter]

Boots,


make shure the insulation layers aren't too thick, otherwise the permeability could be reduced on one axis. In fact, eddy currents may be a minor problem up to a few hundred Hertz AC as far as I know.


For the cap, simply use two electrolytic caps, connected with eachother at their plus pole, this substitutes an AC cap. In fact, electrolytic caps may even be used directly (a single one) in proper AC, because the the damage due to the wrong polarity of one halfwave is auto-repaired during the next halfwave. Just stay rather far away from the caps' max voltage. Try 100 uF. When you use two, use 200uF each, as the series reduces capacitance (and increases the allowed voltage).


When you watch the QEG diagram, you'll notice two of four coils are only connected to eachother, basicly two coils shortened, and they got a cap in series with their short circuit... they must have been thinking something when they did this.


That said, I yet have to see a QEG in operation.


Regards

[Real Boots]

Dieter;
Eddy currents are basically shorted turns inside the core when the core is electrically conductive so they are the major losses at any frequency with electrically conductive cores unless they are prevented by construction methods such as insulating thin layers or using small diameter insulated iron wire.  Hysterysis is the big one that is material dependent, carbon In the steel dramatically increases hysterysis losses. 
I have made a new smaller test device closer in design to the tesla patent 433702 to investigate further before I rip apart the large device to revamp it in the hope that the smaller device will help me understand best way to improve large device.  I used paddle wire to construct inner core and the shield, that stuff is cheap (like 3$ canadian a paddle from walmart) and used two paddles for the inner core and 2 for the shield.  The shield was not easy to construct.  I will be testing it shortly but initial tests show significant phase shift.  See attached pics of unit during constructon and when ready to test. 
-Boots

[Real Boots]

I forgot to mention something important about the 26 gauge paddle wire(floral wire), the green paint is most likely lead based so please take this in mind while working with it.  Wear gloves and wash your hands frequently while working with it. 
-boots

[dieter]

This looks awesome!


Thanks for the info about the green color. Had no problems yet, but good to know.


Regards