Partnered Output Coils - Free Energy

[Jimboot]

Now there is a waste of air time.

Roll on bathurst

I'll watch it when they're all electric

[tinman]

Here is the next test video.

https://www.youtube.com/watch?v=paJbNcmJCac

[nelsonrochaa]

Chris, I forgot about this:

https://www.youtube.com/watch?v=zqFOIOTYt-4&list=PLml9VdOeqKa8F1PebS_EX7AX2aA_ZZtb9

The highest performance pulse motor architecture you will find complements of yours truly.

Well i'm simple out of words with you constatation ! Very good !

[hoptoad]

Here is the next test video.

https://www.youtube.com/watch?v=paJbNcmJCac

Great work tinman. Just curious, have you tried putting your output via an isolation diode or bridge to a second battery to see if you can
charge it with a greater current than the supply battery current ?


People insist on looping to prove OU, but positive feedback loops are not always beneficial, often due to mis-phasing and impedance mismatching.


However, a linear throughput to a secondary battery with a greater current than the supply current would be just as astounding
and just as practical to put to good use.


In almost every OU claim with batteries, it is the charging current which always falls short. High output voltages are easy to achieve
but current is always lacking, and always less than the supply at the necessary voltage for charging, with eventual drain down of
both supply and charging batteries, even when swapped over continually.


If you can loop this device - great, but If you can't, but can still charge a second battery at a greater CURRENT rate than the supply current, then you've still got me hooked, line and sinker.


KneeDeep

[tinman]

Great work tinman. Just curious,


People insist on looping to prove OU, but positive feedback loops are not always beneficial, often due to mis-phasing and impedance mismatching.


However, a linear throughput to a secondary battery with a greater current than the supply current would be just as astounding
and just as practical to put to good use.


In almost every OU claim with batteries, it is the charging current which always falls short. High output voltages are easy to achieve
but current is always lacking, and always less than the supply at the necessary voltage for charging, with eventual drain down of
both supply and charging batteries, even when swapped over continually.


If you can loop this device - great, but If you can't, but can still charge a second battery at a greater CURRENT rate than the supply current, then you've still got me hooked, line and sinker.


KneeDeep

have you tried putting your output via a diode or bridge to a second battery to see if you can
charge it with a greater current than the supply battery current ?

One would think that with all the pulse motors i have built that charge one battery while running from another-this would have been one of the first things i would have done -->but i never gave it a thought.
Im heading back out to the workshop now lol.