Partnered Output Coils - Free Energy

[EMJunkie]

@TK - Thank you for doing the Experiment!

I really appreciate your going to this effort!

I need to read again but to give some answers to your prior questions:

Yes I have seen many of your videos and the link you posted is one of them. Thanks for sharing this sort of information!

Two Coils, I call them Partnered Output Coils can be configured in two different ways that will show results.
1: CW/CW - One coil is Flipped over to the first. I normally rotate one 90 degrees to the axis of the core making for easy connection. Coils are Series Connected.
2: CW/CCW - One Coil is wound in the reverse Direction to the First. Coils are connected in Parallel and Output Terminals are Centre Tapped from each Parallel Inter-Connection

I have an understanding on what you said with the Current probe, I do sometimes us a 0.1 Ohm Sense resistor to measure the current also but thought in this case the result would be better if there was no introduced impedance in the output Circuit.

Re measurements on my probe, it was showing the Output Current x 1 - Yes the Meter was set on 1mv/10ma and it was, looking back and re-reading, it was confusing. But my Output Current was displayed on the Scope x 1.

Hope this covers it all. Let me know if there is anything else  Youre alright, we had a few falling outs!

See attached Pics:

Kind Regards

  Chris

[a.king21]

I wonder if TK or Mile High could look at the performance figures of this video.
It is a bucking coil trafo.
He performs
1 an open circuit test
2 short circuit test
3 and a test under load which is a 40 watt incandescent lamp.
I have screen captured the circuit diagram which clearly shows the opposing coils.


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


Your critical appraisal would be appreciated.

[MileHigh]

Chris:

At this point are you ready to concede that your free energy proposition is over?  The analysis has been done, we understand the scoop, and there is no over unity.  It was all just a big misunderstanding.

MileHigh

[Jimboot]

Holy moly! I just tried an IRF830 mosfet and that makes the positive spike go to a bit over 3.3kV !!

I'm having trouble believing this, I'll have to come up with some alternative measurement for that voltage. Anyone have any suggestions?
Maybe trapping it on a capacitor will work.


ETA: ZAP! I'm believing it more now, I just got a nice little shock off the open end of a NE-2 connected with one wire at TP A.

ETA2: Mosfet gets very hot, use a good heatsink if you try this at home.

Looking forward to the vid TK - thanks for doing the heavy lifting.

[TinselKoala]

Video will be up in a few minutes at

http://youtu.be/smocfnCxwKM

Meanwhile, I soldered 3 diodes BYV26E in series to make an "output string" that I will use for charging a capacitor bank once I put together a suitable one. Here's a picture of the thing lighting up 20 ea. NE-2 neons in series, through the diodes and a 1k current-limiting resistor. With this arrangement I still see the 3.3kV+ spike on TP A. Still running at 6.7 V input, about 470 mA (raw reading from inline ammeter).