Pulling energy from the ambient energy field using a coil capacitor

[dieter]

Oh BTW, rather interesting sparkgap feature I observed recently, when the two electrodes a the gap were just some thin wires: when the spark bridged the gap, somehow both electrodes became positive and therefor repelled eachother, and due to the flexible wire, the distance increased, which stopoed the spark. The wire was vibrating, and in that mode it worked for many hours, which is rather uncommon, almost like with a self-adjustent.
Maybe it was just coincedence that the wire had the right elasticity for this effect,ut it might be a way to quench the spark in a selfsynchronizing way.

[dieter]

Woopy has made a successful replication and posted an excellent video on the previous page of this thread.


I thougth I mention it, as some of you may have missed it.


kr

[ramset]

Woopy's work here
https://www.youtube.com/watch?v=OEaDoVnibj8&feature=youtu.be

Jack's work also being discussed here
http://www.energeticforum.com/renewable-energy/20728-open-source-ambient-harvesting-coil-capacitor.html

respectfully
Chet K

[AlienGrey]

Woopy's work here
https://www.youtube.com/watch?v=OEaDoVnibj8&feature=youtu.be

Jack's work also being discussed here
http://www.energeticforum.com/renewable-energy/20728-open-source-ambient-harvesting-coil-capacitor.html

respectfully
Chet K

Who was Alexander Chernetsky and his plasma generator 1982 decided. He managed to light bulbs from a coil and a capacitor too! Why reinvent the wheel, find the info get it to work the play on improving it!


Regards AG

[dieter]

Thanks also from me for your contributions.


I have made a quick test with the coil shown before. I have to say I'm bad in replications and the setup is far from ideal.


I had a sparkplug where Jack has the GDT. My primary was wound over the secondarie(s).


I guess the sparkgap was about 1mm or 1000vdc, which gave about 20Hz trough the 1.8 Ohm dcR coil.


No lightbulb was lit (220V, 12V car), then I tried a LED, blue 3V 100mA. It was lit a little bit, maybe 1 or 2 mA.


Unlike in Jacks and Laurents tests, the LED became brighter when I closed the two open coil ends.


By varying the sparkgap size I noticed, that the LED increased in brightness when the frequency was increased, despite the voltage going down. It seemed the output is less dependent on orimary voltage than on frequency. Also, the about 1.2 to 1 ratio of turns should have given 1000V output, but the LED wasn't destroyed.


It may be, may setup is highly inefficient in terms of basic induction, so the output current is so low that the LED can settle the voltage down.


Very interesting was the blocking diode test. I tested a LED and a schottky diode in series, one time >> and one time ><. Both times the LED was lit the same. Schottky diodes are fast, so the actual energy transfer must be very short.


So I have a current at the load, with an open coil, but in this inefficient setup only a few. I'll try to make a better test.