Thane Heins Perepiteia.

[CRANKYpants]

HI Thane,

Sorry to draw your attention to a typo but 8.57 / 100.5 = 0.0853 A  and it is 85.3mA,  not 8.53mA,  right?  This nicely corresponds to your measured 0.086A (which is 86mA).

Thanks,  Gyula

GOT IT!
THANKS
Thane

[alan]

I'm talking about the input.
Output is double checked and does seem correct, I only suggested a method to double check the input.
Input a known charge quantity or input current limiter, so nothing passes by unnoticed.
I wouldn't rely only on an amp meter using inductance, while the whole device is based on inductance and shows OU.
Don't need it to be any clearer, just sharing my ideas. 

Good luck monday when you present it at U.

If you really have achieved OU, then 1 should be able to run 10 of these. Just need to transform the voltage to 38V again.

[CRANKYpants]

I'm talking about the input.
Output is double checked and does seem correct, I only suggested a method to double check the input.
Input a known charge quantity or input current limiter, so nothing passes by unnoticed.
I wouldn't rely only on an amp meter using inductance, while the whole device is based on inductance and shows OU.
Don't need it to be any clearer, just sharing my ideas. 

Good luck monday when you present it at U.

I WILL DOUBLE CHECK THE INPUT CURRENT WITH THE OSCILLOSCOPE.

IN SOME PREVIOUS PHOTOS YOU MAY HAVE SEEN A POWER ANALYZER WHICH I WAS ALSO USING FOR THIS TEST - ITS CURRENT READING WAS 0.00 A AND IT CANNOT READ TO THE THIRD DECIMAL - IF THE INPUT CURRENT WAS EQUAL TO OR ABOVE 0.005 THE METER WOULD HAVE READ IT AS 0.01 A BUT IT DID NOT.

AGAIN IT TOOK ME A LONG TIME TO BELIEVE THAT THE CURRENT WOULD BE SO LOW - BUT WHEN YOU CONSIDER THE SIZE OF THE SECONDARY CORE AND THE FACT THAT THE PRIMARY IS ALREADY BEGINNING TO SATURATE (YOU CAN SEE ON THE SCOPE HOW THE CURRENT WAVEFORM IS ALREADY A LITTLE FUNKY) - HOW AND WHY WOULD SECONDARY BACK EMF FLUX MAKE IT BACK TO THE PRIMARY UNDER THESE CONDITIONS?

THANKS
Thane

[gyulasun]

Photos!

Hi JustMe,

Stefan increased the size of the uploadable photos from 50kB to 100kB a few weeks ago.  I mention this so that you may not have to fiddle to much with the photos to downsize them below 50kB and the picture quality can remain even better.  (Not that quality is a problem with the 50kB limit, you do an excellent job!)

( http://www.overunity.com/index.php/topic,4207.msg103973.html#msg103973 )

Thanks,  Gyula

[nul-points]

hi Thane

very encouraging to see these latest developments on the bi-toroid Xfr!

i was experimenting with multi-toroids a year or so ago, inspired by the Jensen 'Uni-Directional Transformer', and although i was able to get regular transformer action, i didn't see any evidence of avoiding Lenz effects

i'm attaching a couple of pics of my xfr (tri-former, as i called it) - the toroids are approx 1.25" OD, primary is approx 200 turns of approx .2mm mag wire, two secondaries give approx 1:1 offload (when connected in series)

in your opinion, what are the key elements to achieve the Lenz-less type operation?
-  scale up to greater turns & current operation?
-  move from pulsed DC to Sine waveforms?
-  take outputs from secondaries and rectify separately, rather than series? (so that secondary back-emfs oppose each other)
-  use different cores?

any pointers much appreciated!

keep up the good work - all the best with the presentation
sandy
Doc Ringwood's Free Energy site  http://ringcomps.co.uk/doc