Graham Gunderson's Energy conference presentation Most impressive and mysterious

[k4zep]

Let the Junk Box Replication Experiments Begin!

Right on Mark!

Ben K4ZEP

[tinman]

Considering TK's described scenario, a question to all:

With a given black box power source producing a pure sine wave, and when measured the voltage and current are precisely 90º out of phase, could there be real power delivered and measured at the load?

See attached representation of this hypothetical setup.

Yes,there most defiantly can be real power delivered to the load in this case,and the higher the frequency,the greater the real power delivered to the load.


Brad

[TinselKoala]

@Spokane1:
Yes, I've done a bit of TTL design. I may be able to figure out the unknown chip if you can provide an actual schematic. No way I can do it from just looking at the photo of the breadboard.

[TinselKoala]

The MicroQEG runs at about 300 kHz and the wireless transmitter/receiver systems run typically around 800-900 kHz.

Here's an image of one of the wireless transmitter systems under construction. Missing are the chokes, heatsinks and single-turn output loop.

And fwiw I was able to find the "first light" testing image of the completed system with its receiver, lighting up an incandescent bulb.

[k4zep]

@Spokane1:
Yes, I've done a bit of TTL design. I may be able to figure out the unknown chip if you can provide an actual schematic. No way I can do it from just looking at the photo of the breadboard.

TK, your a comedian!.  If he had a schematic, he wouldn't need your help!

Ben K4ZEP