Partnered Output Coils - Free Energy

[poynt99]

Well then,your own statement says im correct in my statement. It is obvious at that point in time,with that particular test,that the inner secondary !was! putting out more power,as the outer secondary wasnt putting out any power,as it only had a voltage across it without current flowing through it. As the LED on the inner secondary was brightly lit,then we can safely assume that there was a voltage across it,and a current flowing through it. So i stand by what i say- it is obvious the one secondary is putting out "far more power" than the other secondary,because the other secondary wasnt putting out any at all.

You got me there , nonetheless its pretty obvious what you meant.

[poynt99]

The primary and inner secondary inductance measurements would be revealing. Have you picked up an inductance meter yet?

Which one would you say has the higher inductance? Or since they both have the same number of turns, maybe the inductance should be the same as well?

[EMJunkie]

Here is the video i shot last night.

https://www.youtube.com/watch?v=mC8bwuZAMYo

@Tinman - Nice video!

A Good explanation! Thanks!

So, why do you think the Vrms is higher on the Inner Secondary?

   Chris Sykes
       hyiq.org

P.S: I would like to see input coil Current through a CSR. Loaded/Unloaded?

PPS: Who is the Pork Chop that down voted Tinman? You Goon!

[Drak]

tinman, Thank you.

[tinman]

Which one would you say has the higher inductance? Or since they both have the same number of turns, maybe the inductance should be the same as well?

I would have thought that the inner secondary would have the highest inductance,as the whole of the winding is encased in core material,while the outer two windings are wrapped around the outside of the core material-and in this case,not that tightly or neat.

The primary and inner secondary inductance measurements would be revealing. Have you picked up an inductance meter yet?

Indeed i have. Here are all the winding measurements/values

Inductance
Primary and outer secondary-=29.8mH
Inner secondary= 93.2mH

Resistance
Primary and outer secondary=1.6 ohms
Inner secondary=.7 ohms

Capacitance between windings
Between primary and outer secondary= .68nF
Between primary and inner secondary= .31nF
Between outer and inner secondary= .31nF

Hope this helps.