Skycollection's "Pentafilar Pancake" inductively coupled "Overunity Potential".

[skycollection]

Milehigh, to be realistic, the toroid that you present i know very well, but if you pretent swicht on 5 12 volts bulbs leds, never will work like my inductive coupling transformer, I would challenge the best members of  Overunity  to build a torus and swicht on 5 12 volts LED bulbs with only 3 volts ....!

[Void]

Void, in this experiment i used three AA batteries, and i can use the supercaps with the same result, but the supercpas needs to charge every 4 minutes, i am implementing the system to charge the supercaps "in series" in less time with a SIX VOLTS BATTERY in less time and disconnect the supercapas to avoid to overload, soon i will make the video on youtube.

Thanks skycollection.  So, 3 AA batteries in series to give about 4.5 volts? Do you have a meter that can measure DC current,
that you can use to measure the DC current that is being drawn from the batteries while lighting all the LED lights? This
can really help to give a better idea how the circuit is performing.
All the best...

[skycollection]

Milehigh, where did you see that a torus works like my inductive coupling transformer...? With this torus that you put an example, never will work...!





I will insist you that the best member of overunity build a torus and swicht on 5 12 volts Led bulbs with only 3 or 4 volts ...!

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[Void]

I will insist you that the best member of overunity build a torus and switch on 5 12 volts Led bulbs with only 3 or 4 volts ...!

Hi Skycollection. Volts in compared to the volts out is not a useful comparison. You have to compare power in
compared to power out to get any idea how the circuit is performing. AA batteries can supply quite a bit of power
(current times voltage) and 12V LED bulbs are only usually around one to a few watts per bulb at maximum brightness,
depending on the bulbs you are using.
All the best...

[Vortex1]

Hi Jorge

You mentioned wanting to eliminate your rotor magnet.

Try this "old school" multi-vibrator circuit. It is one of my favorites.

It uses the same transistors you are now using in a slightly different configuration.

You may have to experiment with the values for C1 and R1, and if you can measure the inductance of your driving coil, I can approximate better values for C1, R1.

As the circuit  stands it charges the inductor about every 8 milliseconds and discharges in 2 milliseconds, with a burst of high current pulses into the LED.

The scopeshot shows the inductor ramp up and discharge current (white), during the inductor discharge, you can see the LED current pulses in blue'

It should be self starting. You can use a potentiometer in series with R1 to adjust the firing rate and brightness.

It might also help to add a ferrite rod through your coils to raise the inductance. It will also allow the circuit to operate at a lower frequency, so switching loss will not be a big problem.

When everything is properly tuned to your coils, you will be amazed what this little circuit can do.

There are many additional refinements that can be added to the circuit to increase its efficiency, but this is a good starting point for you.

Kind Regards
Vorex1 / ION