rcm.amazon.com used Cylinder magnet with radial polarisation for this experiment. other good magnets :Ball magnets: rcm.amazon.com or: rcm.amazon.com other good magnets: Cylinder rod magnets rcm.amazon.com Strong magnets rcm.amazon.com rcm.amazon.com rcm.amazon.com Cube magnets rcm.amazon.com Video copied with permission from youtube user: www.youtube.com Circuit diagram at: s1143.photobucket.com He writes: Lamp is a single 5 watt 90-220 volt AC…
rcm.amazon.com used Cylinder magnet with radial polarisation for this experiment. other good magnets :Ball magnets: rcm.amazon.com or: rcm.amazon.com other good magnets: Cylinder rod magnets rcm.amazon.com Strong magnets rcm.amazon.com rcm.amazon.com rcm.amazon.com Cube magnets rcm.amazon.com Video copied with permission from youtube user: www.youtube.com Circuit diagram at: s1143.photobucket.com He writes: Video shows and tells all. Lamp is a 5…
This is nothing more than a coil of plastic tubing filled with water. I added a 265000 MCD LED on each end of the tube. I am powering this with one of my Joule thief toroid circuits. Although it does light well on a single AA battery, I decided just to see what would happen if I used 3 AAA batteries instead. I can add a secondary winding to the toroid and get the same results of light output. This was just a little faster to try. For more inform…
… magnet inside a plastic test tube. The magnet is much smaller than the 1.5 inch magnet I used previously and my light is a lot brighter now. Just my inserting the spinning magnet inside the tube into the core of the coil the lamp will stay lit all the time. I just decided to run a input output DC power test using a clamp type DC amp meter so I would not make direct connections into the circuit. Here is what I found: WITH THE LAMP LIT AND POWERED…
Oliver and Valention, 2 users from the OverUnity.de forum, showing their selfrunning HHO system powering a 400 Watt incandescent lamp for the first time in public as a Christmas present for 2010. This unit only runs on Water being splitted and producing overunity power to run the lamp. This is the first candidate for 2011 for the OverUnity Prize. PS: The small accumulator is only powering the ignition circuit for the ignition spark and only need…
…et.com He writes: Note: Input current is .13 amps – voltage is 12.08 volts DC Output current is .04 amps- voltage is 28.03 volts DC 1.5704 WATTS IN — 1.1212 WATTS OUT –All metered with the 90-220 volt 5 watt lamp “”LIT”” iT TAKES AT LEAST 85-90 VOLTS TO LIGHT UP THE 5 WATT LAMP AND THE LAMP STAYS LIT WITH ?????? .4492 WATTS POWERING IT??????? Go figure???? Check this later video I just posted. www.youtube.com …
… at: s1143.photobucket.com He writes: A little WD40 oil bath added to a 1.5 inch diameter spinning sphere magnet. Small battery 12 volt DC input / spinning magnet / coil / circuit – lighting a 90-220 volts AC 5 watt LED Lamp A organization has taken a keen interest in my device and has gone even further than I have and spun a 1/2 inch diameter Diametric ring magnet at 80000 RPM.!!!!! The faster the magnet spins the more energy is available …
…ights glow as the prop spins. Big magnet here is a 2 inch diameter diametric ring magnet. The smaller magnet is a 1 inch diameter diametric ring magnet. The smaller the magnet size the faster the spin – the brighter the lamps glow!! The larger 2 inch magnet is very dangerous as it will attract ferrous metal at a great distance. If you are holding it be prepared for the worst case scenario. I always am nervous working with it. If you wish to…
In this part i made an important test of the RPM in the rotor and i get 4200 RPM without any problem, the magnets remain in place and stand the enormous pressure of the rotation. I add new components, more capacitors and other 18 volts led lamp. Look the results….! …
Here the ferrite core has been replaced with a Nanocrystalline alloy core ‘Nanoperm” with µ=80.000. When the lamp light up, the drop of the DC input current is greater than with the ferrite core… Woow… More info at : www.jlnlab.com …
3 June 2011 at 00:17 · Comment
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