1850 Watts free energy power ? New GEGENE circuit by JL Naudin shows COP = 2.8

[Paul-R]

. It gets _very_ bright, but the glass is visibly darkened after only tens of minutes runtime.

I think this is to be expected if you overrun it. It is the process of the filament beginning
to evaporate and deposit on the bulb. The bulb won't last long.

[FatBird]

@ TinselKoala,

Your wireless receiver sounds great. 
Is there anyplace we could find the schematic for that?

Thanks.

.

[Madebymonkeys]

Hmmm.... thanks, that's interesting.... but in my systems I'm not using halogen bulbs, I am using ordinary incandescent automotive dome and instrument lights, and NE-2s. And I am driving them at higher peak voltages than their nominal ratings. For example, one type of bulb that I use a lot is a car dome light bulb, Osram K5618, rated 12 V 10 W, and my wireless receiver drives it with a nice 800 kHz sine wave at a p-p voltage of around 40 volts. It gets _very_ bright, but the glass is visibly darkened after only tens of minutes runtime.

Sorry about that, didn't know what type you were using.
Seems like the ratings on these and halogens should be adhered to where possible - seems the halogens go dark at lower voltage and the incandescents go dark at higher voltage
I guess this is a good reason to use a resistive load and also a good reason not to use light output as a measure of performance in a system!

[TinselKoala]

I think this is to be expected if you overrun it. It is the process of the filament beginning
to evaporate and deposit on the bulb. The bulb won't last long.

I believe I said the same thing about boiling off the filament and sputter-coating the glass. However, I have yet to have a failure of these bulbs. I think that the material quantity being transported from filament to glass is very small.

I have cracked the glass on some NE-2 bulbs though, from overheating them with the Bedini motor.

[TinselKoala]

@ TinselKoala,

Your wireless receiver sounds great. 
Is there anyplace we could find the schematic for that?

Thanks.

.

It's designed to work with my wireless transmitter systems. If you look at my YT channel and search for "wireless power" you'll find a bunch of videos showing the development of the system. The receiver is basically identical to some of the output stages we are seeing in the Kapadnaze threads, coupled through space rather than through a transformer core. Principle is the same, though.
Below I show the full schematic for DC output in addition to lighting the bulb. If only bulb is needed, as in the photo above, then just chop off everything to the right of the bulb.