The Gabriel Device, possible COP=8

[Mavendex]

With the shells connected was able to get it to go over by .31 watts at low power! Power Factor 1 easy peasy, now to disconnect the shells and see what happens

[Mavendex]

Mav

Was thinking.  If you used a cap to make the primary an LC, and find the resonant freq, and tune the input to that, your input should be lowered considerably. And if the transformer works the way I think, the secondary shouldnt spoil the primary resonance.
Worth a try. ;]

Mags

Hey Mags while I wait on Epoxy to dry, what is a LC?

[void109]

Hey Mags while I wait on Epoxy to dry, what is a LC?

He's referring to an L (Inductance in Henry's) C (Capacitance in Farads) resonant tank circuit.  You can adjust the resonant frequency of an LC tank circuit by adjusting either the L or C values of the inductor and capacitor.

[Mavendex]

Good to know

1 to 1 on the seperated shell halves and of this try for GMC and the shell halves did show 64 volts with 35 volts input which is pretty nice, so then I tried to pull power off and killed the GMC by breaking down the dielectric bleh re-epoxy Ill keep winding on primary to see where we end up

Mav

[Magluvin]

Hey Mags while I wait on Epoxy to dry, what is a LC?

Thanks Void. ;]

Like ringing a bell. If we try to capture the ring as energy the ring dies in conventional ways of retrieving the energy. But, if your sec doesnt affect the primay, then you can make good use of resonance by adding capacitance to the primary.

If you are trying for 60hz input, then a value of capacitance used with the primary inductance can be found to get it to resonate at or near 60hz. For my tests so far, it seems that if we want the LC to ring at 60hz, detuning input a hair below gives best results, like 59hz to 59.5.    At higher freq, as close as possible seems to be best.

Like a pendulum, set up to cycle at a particular freq, it doesnt take much input at the same freq to keep it going.

I believe there are 2 ways to go about it. Either precharge a cap then connect to primary periodically, or an ac input connected to the primary and cap in series.
Once your input is close to the resonant freq of the LC, you should see a good decrease in input power.  And hopefully put this thing on the books.  ;]

Ron paul 2012   Debate tonight 9pm  ;]

Mags