Partnered Output Coils - Free Energy

[wistiti]

Hey guys! Great start!
Thanks for your both schematic!
Lostfox, it is a quite interesting idea! The best way to see how it be is building it!
For now i will try the circuit Chris have share cause i have already wound a ferrite rod. (See the photo)
I have to wait for some component before complete it...

I Also found some nice coil (see photo) the left one is salvage from a microwave oven fan 120vac.
The already poc in the middle came from drain pump also 120vac.

Ciao guys!

[EMJunkie]

Hey guys! Great start!
Thanks for your both schematic!
Lostfox, it is a quite interesting idea! The best way to see how it be is building it!
For now i will try the circuit Chris have share cause i have already wound a ferrite rod. (See the photo)
I have to wait for some component before complete it...

I Also found some nice coil (see photo) the left one is salvage from a microwave oven fan 120vac.
The already poc in the middle came from drain pump also 120vac.

Ciao guys!

Hey Wistiti, Yes good start!

I have drawn the other Implimentation mentioned above, I am not sure yet if it will be any good, will test and try.

Have wound some coils, hope to get a rig running soon.

Circuit below:

   Chris Sykes
       hyiq.org

[wistiti]

Thank you again Chris for the schematic.

[l0stf0x]

Thank you Wistiti and EMJunkie

Yes I forgot Skywatcher! The list was in alphabetic order, but I fixed it .

@EMJunkie  - Wow! That looks a very very very nice circuit! I will move to that immediately


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I made a simple bridge circuit for balancing the secondaries before we connect them to the circuit.

[itsu]

Here my 3th build, again with the 20/2cm rod, 2x 100 turns bucking secondaries, but now with the bifilar primary slidable across the secondaries.
Together with the 1KOhm potmeter i can adjust/tune both the frequency and input power as well as the coupling between the primary and the secondaries.

The both secondary bucking coils measure 1574uH and have a 1mm gap between them, see picture.

After many settings/positions of the potmeter/primary coil, the max. efficiency comes to 44%.
This max. efficiency is when the primary is straight over the secondary with the OTHER winding direction (40% versus 44%).

No real peaks or dips are found when sliding the primary along the both secondaries.

The reduced efficiency compared with the first 63% probably is due to again the coupling factor primary/secondary as now there is about 0.5mm mylar between the
primary and secondary while in the first attempt (63%) the primary was directly wound over the secondary.

I measured the current in both legs of the output coils, see diagram below with probes in red, with the primary exactly in the middle.
The resulting currents can be seen in the screenshot, where white is the current in one leg, and green the current in the other leg.
I believe this shows that the currents are opposite to each other, so in bucking mode.
Trying to measure the magnetic field with a hall sensor gives distorted readings, i believe due to the primary near by.


Will fiddle around with this setup for a while.


Regards Itsu