Ferrite toroid JT & magnet.

[synchro1]

Overunity has a new fascinating cover page video of a magnet held to and twisted on a ferrite toroid. The bulb turns on and off, and appears to be brighter with the magnet near horizontal then without it at all.. Here again is a project that begs replication due to it's simplicty and overunity potential. The possibility that the toroid is generating demagnatization power like JLN'S 2Sgen is tantalizing. I believe this Joule Thief is overunity at it's brightest at :48 compared to with no magnet at :23. I believe Lasersaber's Super JT 3 is overunity for the same reason. This ferrite toroid JT should loop back to source and self sustain with the magnet glued at the bright spot, and the capacitor and fast switching Shottky diode in series between the two output leads, just as I describe below for the Super JT 3. Here's the hyperlink for the Ferrite core video:

http://www.youtube.com/watch?v=SWRrEcLHZrM&list=PL210363D8A2772090&index=2&feature=plpp_video

Here's a comment I brought over from the Joule Ringer thread to help compliment the discussion:


JLN's 2Sgen "6" demonstrates a Lambda of 13.7. This is the ratio of demagnatization power to magnatization power. Lasersaber's Super JR "3" is an overunity generator of the same kind. A standard transformer uses steel laminations to regulate the unwanted side effect of power differential. The solid ferrite core and the single wrap 14 & 28 gauge primary and secondary makes Lasersaber's Super JR 3 identical to one side of a "COOK BATTERY" not a transformer. JLN'S formula can help determine the "Lambda". I believe this version has a good chance to loop back to source and self sustain due to it's very low control power requirement. The power source needs to be a rechargable Ni-Cad battery. The top wire of the secondary and the wire from the transistor collector that attach to the light bulb in the schematic need to go to a capacitor and fast switching diode in series. The battery would then attach to the posative and negative poles of the capacitor. The capacitor voltage has to be two or three volts over the battery voltage for it to work. When the battery voltage begins to climb, one needs to attach a load to avoid an explosion. A bank of LEDS would work fine. Again, Lasersaber's video hyperlink:

http://www.youtube.com/watch?v=DcFHZMhnV2g

[synchro1]

Here's a comment from Jbignes5 copied from the Joule Ringer thread:

" I heard someone talking about looping back to the source. If you do this make sure you do it via a good isolation transformer and diode bridge with cap. This should work extremely well".

[TinselKoala]

Do you really think so? Then it should be a trivial matter for you to DO IT.

[synchro1]

@TinselKoala,
                       Oh my! My samovar is all filled up with Russian scientists on sabattical! Life is such a chore.

Secondly; I think Lasersaber should have the grace period to decide wether or not to rise to the challenge and secure the well earned honor and distinction of this kind of perpetual light World record setting achievement first.

Thirdly; Once again, I'm away from my shop while down here again in Costa Rica. I really wish I could try. Seriously though, what do you think of the ferrite toroid core effect? I posted a link to the video above.
                   

[synchro1]

Scratchrobo's ferrite toroid core, primary and secondary, 2n3055 transistor, D.C. power source and lightbulb are wired the same as Lasersaber's Super JT 3. The only difference between the two magnet pump generators is the button magnet held to the ferrite toroid. Lasersaber's Super JT 3 ferrite rod produces one major field alone when the primary's pulsed. The toroid produces two, one from the primary and the other from the secondary. The introduction of the neo magnet flatens the multiple electromagnetic fields, and produces one major field through more powerfull influence. This simulates an identical magnet pump demagnatization kind of generated power as Lasersaber's Super JT 3. These generators are virtually identical, and I believe both can be proven overunity with the same simple loop back to source circuit.