Thane Heins BI-TOROID TRANSFORMER

[gsmsslsb]

I just had a thought when I wrote the report above and went back up to the bench.
I tested some more and when adding the capacitance in paralell with the primary the input amperage goes right down to 60 ma and the out put power does not change.
I am still drawing a lot less output than input power so way under unity but I thought of the Kwang jeek lee patent.
He says that the main issue in his system is to stop the output impedence reflecting back to the input and I am thinking I may have this happening.
So I will investigat more about running the primary at resonance.
I would really like a circuit that will osscilate the primary of a transformer at resonance.
I have a capacitor box so I can add or remove capacitance to keep the frequence in a range where the transformer can work but I need a  simple circuit that will find the resonant frequency of the primary and latch into it.

[FreqShift]

I just had a thought when I wrote the report above and went back up to the bench.
I tested some more and when adding the capacitance in paralell with the primary the input amperage goes right down to 60 ma and the out put power does not change.
I am still drawing a lot less output than input power so way under unity but I thought of the Kwang jeek lee patent.
He says that the main issue in his system is to stop the output impedence reflecting back to the input and I am thinking I may have this happening.
So I will investigat more about running the primary at resonance.
I would really like a circuit that will osscilate the primary of a transformer at resonance.
I have a capacitor box so I can add or remove capacitance to keep the frequence in a range where the transformer can work but I need a  simple circuit that will find the resonant frequency of the primary and latch into it.

Hello gsmsslsb,

   I really enjoy what you are doing.

   Actually, I have been wanting to experiment with the 3 Phase AC line Reactor.

   I have some very large magnets purchased from salvage.  They came out of an old government computer system. (old hard drive or tape drive?)

  Attached, are some picture of these magnets.  Not sure what they are made of,  but they will break and flake easily if allowed to smack together.

  However, these magnets are very powerful.  It's a bit scary to handle them.  They already bit one of my fingers.

  Handling these magnets for any length of time will make a person dizzy, then nauseous.  I dare not put these magnets too close to my brain.

  Anyway, I was thinking slapping two of these magnets onto the top and bottom of a 3 Phase AC Line Reactor.

  Its' time to start shopping for a 7" wide Reactor.

   What I am hoping for with this project is to increase the run time of a 500 Watt electric scooter.

   Although I know basic electronics, I am not too proud to admit that I need help.

   Here's my first question.  The scooter is 500 watts, it runs on two 12 volt batteries.
  So, this means it pulls 20 or so Amps, lets say 40 amps to give it a buffer and spike buffer.

   What 3 Phase AC Line Reactor amperage rating should I buy? They are sold from 2 - 1000 amp ratings.

    The Reactors are also sold according to an 'impedance' rating. They are typically sold with a 2.4 - 10 rating.
   Which impedance rating do I want?

  EVERYONE'S Input and Advice appreciated, and welcomed.

gsmsslsb...  Keep up the good work... please continue to post your results.

Will do the same.

[FreqShift]

I will also need help in the future with changing AC to DC and Vice-Versa for this project.


   You guys dream this stuff, so I know I'm in the right place.



 

[FreqShift]

Is this the result?


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[bozon]

this is the same as http://www.leedskalnin.com/LeedskalninsPerpetualMotionHolder.html