Partnered Output Coils - Free Energy

[wistiti]

Thanks lostfox for sharing your experiment!
it is a real pleasure to see  builders on it! Hope some other quiet reader will jump in!
Hope you receive your mesure instrument soon!
Ciao!

[l0stf0x]

Thank you Wistiti I hope too

Those coils are from a 220V AC motor and have many turns.. Are 4 coils with removed the 1 plastic side of each and combined to form 2 bucking coils.
So because no meters around.. I played with connections looking at the bulb to see the gain in light. And the final wiring is like that (pics).
Maybe its not the optimum wiring, or position of coils, but it lights the 220v resistive bulb 
I will keep testing and get back to you guys.
Without any scope or meter.. I walk blind... i ll be back

[itsu]

Hi l0stf0x, wistiti,


i build the little circuit as was presented here:  http://overunity.com/15395/partnered-output-coils-free-energy/msg493565/#msg493565, see picture 1 for layout.

Instead of the "6 watt led bulb" i have a 470 Ohm resistor as load.

The secondary bucking coils both measured 990uH BEFORE i wound the primary across one of the secondaries.

Transistor is a 2n3055, input voltage from my bench PS was set at 3.5V, see picture 2 and it pulls about 600mA when working.

The input signals are shown in screenshot 1.
yellow is input voltage (3.159V rms)
green is input current (current probe controller was set at 100mA/div., so the green value needs to be taken x10) (587.5mA rms)
red is the math function trace (yellow x green) which represents the input power which also needs to be taken x10 due to the current controller setting of 100mA/Div. (1.839W).

The output signals across the 470 Ohm resistor are shown in screenshot 2.
yellow is output voltage (22.46V rms)
green is output current (current probe controller was set at 100mA/div., so the green value needs to be taken x10) (59.48mA rms)
red is the math function trace (yellow x green) which represents the output power which also needs to be taken x10 due to the current controller setting of 100mA/Div.) (1.153W)

So we have a very spikey output signal with peaks up till 140V with only 3.5V in.
Upping the input voltage quickly increases the output spikes, so beware of nasty shocks which also can damage your equipment.

Input about 1.8W, output 1.15W =  63% efficient.

Regards Itsu

[wistiti]

Hi itsu!
Thanks for sharing your experiment!
63% efficiency... Seem not so good... Have you play with it to see if it is the best result you can have? I mean things like have a variable resistor on the base of the transistor, slide the ferrite core inside the transfo, add cap, etc...?

My mesure instrument are just meter and clamp (and i have be en fool by them some time) but i pretty sure a much better efficiency can be acheive!

As i said before it is much than pleasant to see other people sharing their experiment with respect toward others!

[itsu]

Hi wistiti,

no, i did not play with it yet, its just the raw circuit and how it performs.

I am sure the efficiency can go up by tuning, like using a potmeter instead of the fixed 220 Ohm resistor or trying to get it into resonance etc.

I will play around some more with it and let you know 

Regards itsu