Potential Difference Inc Bi-Toroid Transformer Demo

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Uploaded by on Jul 13, 2008

PRO-PEACE, OIL FREE, NEW FREE-WORLD ORDER TECHNOLOGY
http://video.google.com/videoplay?docid=-1656880303867390173&hl=en
Http://www.zeitgeistmovie.com/

July 14th, 2008 Ottawa University
POTENTIAL DIFFERENCE INC.

Bi-Toroid Transformer which uses opposing coil Back EMF induced flux according to Lenz's Law to self regulate the voltage accross the load.

Transformer Input Power = 0.99 watts
Output accross 100 ohm load = 13.5 volts or 1.82 watts.
Efficiency = 183.1%
Discussion here: http://www.overunity.com/index.php/topic,4047.msg112624.html#msg112624

The primary core leg has a higher reluctance flux path than the outer toroid sections so secondary flux under load does not cause the primary coil to draw additional power under load as per a conventional transformer - in fact the primary input power actually dereases under load.

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Uploader Comments (ThaneCHeins)

  • can i ask a question did you look at the splatter of the EM feild and the radio freq. that you are taking out as well ?

    toroids are bad for that.

    Richard

  • @Magnacoastermotors,

    Of course we did and with great success! We use it to tune into the Playboy Channel!

    Cheers

    Thane

Top Comments

  • Could you please show the circuit digram ?

  • Please please please get some decent instrumentation to make your power measurements. I recommend the Clarke-Hess 2330 power analyzer, but there are others that will do a good job too. Your work is too important to waste time with cheap equipment and poor measurement technique. I'm sure there are local lab equipment rental agencies that will rent you a decent power analyzer for a week or so. Then you can put the skeptics to rest--or not.

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All Comments (11)

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  • cold electricity

  • in transformer you just change the voltage up by lowering the amps or the other way. so then the watts stay as they are. for example, P=UI -> I=P/U therefore you could get higher voltage by lowering the amps (1 watt input with 10 volts and 0,14 amps Transforms without gain to 1 watt 13,50 volts and 0,074 amps) hard to think it's 150% efficient without further info...

  • Nice - Keep up the good work Thane. Always interested in what you are up to and have been following your work since you went public with the back emf motor.

  • That's terrific. Now can it run by itself, or is it still plugged into a wall socket?

  • I just saw, that you posted, that you have a cos phie power factor issue....

    So are your measurements still valid or are they in error ?

    Maybe you can shift the phase with an additional capacitor into resonance, so you get cos phi= 1 ?

  • How do you measure exactly the input power ?

    What kind of meter do you use and

    do you use it in a range, where not much big error

    could occur for the 1 Watt range ?

    Could you please show the circuit digram ?

    Many thanks.

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