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  • great job! if i was to wire a bunch of the Tesla circuits in series, what parts to I connect to what parts. The antenna or the power? which end of the circuit is wired to the next? thanks again, keep up the great work!

  • @galanisj You should be able to get 20v, but 4.62 ah will be very tough. My best guess would be to try using a radio ferrite coil and variable capacitors to allow you to tune to the strongest signal for a chance at some real power. Good Luck and don't for get to check local laws and stay out of trouble.

  • Cool. I think you and also Inventor3 have made something like the tesla radiant energy collector. Would be nice if you could take the setup to someplace away from power lines and other basic consumer rf interference to be sure whether it's radiant or not. maybe campgrounds, some park someplace. i think you may find the energy should increase with elevation also.

  • @VideoVegetable yes, I have had energy spikes that coincide with solar flares and people who wish I would make this unit with variable caps and coil. Then in theory you can tune to the strongest source..(probably radio station) or tune it to low natural hurts cycle...if you know what that is suppose to be naturally. fun fun fun ...and good luck

  • Hey, great job!

  • i was thinking of working my home clocks with free electricity

  • what are the diodes

    and what are the valuables on the caps

  • the power you are getting for your calculator is probably being induced from nearby power lines - so it is not free at all and if you were sitting under a power line dong it with a large conspicuous col on top of your car you'd be arrested for stealing electricity by the power company if you were caught. It happened here in the UK years ago and made the headlines.

  • @computersolutions164 h.........sorry I didn't post this sooner. The diodes are Germanium (1N34), the caps are 100uf 50v and 0.2 or 0.1 uf 50v ceramics.

  • @newmrv Here's an idea for you, as an adaptation of your schematic. if you put a parallel tuned circuit in your antenna lead resonant at 60Hz (in the U.S), you might be able to determine how and at what frequency your "free" electricity is coming from. You could even make it variable, so that you could find the strongest point and best frequency for free electrical power. If you know the frequency, you could make a guess as to where your energy is coming from. Put it on the HAARPS frequency !!

  • @computersolutions164 These are excellent ideas. I would love to give these a try. Thanks a lot for sharing your ideas. I hope some one has time to do this one.

  • @newmrv h-t-t-p-:/ / community[dot]discovery[dot]co­m/eve/forums/a/tpc/f/970196777­6/m/7551967659

    This might interest you

  • cool man i love that

  • If this gets popular we will one day be using calculators, clocks, flashlights running off free air circuit just by using a ferrite rod antenna with this circuit. We just have to wait until someone comes out with a surface mount germanium diode.

  • If your using these designs let me know if you get extreme readings around the time of extreme solar activity...... it's like a solar flare detector....mine went off the chart and blacked out the calculator and clock and read up to 70 volts ...I hooked up a led and it blew.....duhh...then I grounded it and the led ran nice and bright for 10 min or so...now its all back to normal................let me know what you find.

    thanks

  • @newmrv step down the voltage

  • This is amazing, but how much did it cost to put the thing together?

    and if you had 100 of these in a series how much power would you get?

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