LED Driver: SEC-18.1. 67.76.235.52 Charge Controller: SPC3 cirkit charge controller Auto-on load add-on circuit Adjustable cutoff, load-on, load off No relays www.cirkits.com Light: Acriche 110v emitter. (Mouser) Energy Storage: 16.2v 500 Farad ultracapacitor bank (NA) …
11 November 2010 at 06:17 · Comment
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This is a simple light fixture made using a modified Fuji circuit Joule Thief and a disposable plastic food container. It lights up an 18″ tube pretty well and this is very easy to read by. It throws light 360 degrees around the room and works well. I was planning on using another Jeanna light circuit I made but I must have a short somewhere so I stuck in the Fuji. I will use the new circuit on another light project when I get it fixed. Fo…
13 January 2010 at 09:01 · Comment
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I charged a 2.3 volt 10 Farad supercap with an AA battery for several seconds and hooked the cap to my modified Fuji circuit and powered it to illuminate 100 leds. No batteries included, just a single supercap. More on Overunitydotcom in the Joule Thief topic area. Thank you. …
7 February 2009 at 06:09 · Comment
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Here a new interesting experiment with the 2SGen V6 with a new coil setup fro the output. A first 20W light bulb is connected in serie with the input toroïdal coil while a 5 Watts light bulb is powered only by the demagnetization energy from the ferromagnetic core̷0; When the 5 watts light bulb is powered there is NO CHANGE in the input power. More info at : www.jlnlab.com …
8 March 2010 at 19:13 · Comment
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the video, I am running from a 1.4 volt C cell but, I have run this on an AAA and an AA and a D cell as well using my magnetic universal battery holder idea. For more information, go to overunity.com in the joule thief topics area. This is a lot of light and it lasts a long time and you can use dead batteries that others would have tossed out to power this. More to come using this circuit. Please use caution if replicating this, or any other high…
13 December 2009 at 10:39 · Comment
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This is a Joule Thief Flashlight. I simply modified a cheap 5 super bright LED flashlight that ran on 3 AA batteries by gutting it and using a simple Joule thief circuit which now runs on 1 AA battery. This circuit uses a 2N3904 transistor, a 1K resistor, 1″ ferrite toroid, and 22 gauge bifilar wire windings. The components cost less than $3.00. This is easy to do and it is a fun project for everyone. This light will run on R20;dead2…
17 November 2009 at 09:42 · Comment
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Light bulb is a levitating yet powered lightbulb. It will float stably in midair and remain on for years without any physical contact, charging, or batteries. Ironically, with the levitation and wireless power circuitry both on, this entire package still consumes less than half the power of an incandescent bulb. The bulb and the casing contain hidden circuitry that uses electromagnetic feedback to levitate the bulb roughly 2.5″ from the ne…
11 August 2007 at 08:04 · Comment
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This is a 15 watt 18 inch long tube illuminated by my modified Fuji Joule Thief circuit powered by my earth battery. The light was better than I expected. I am also using two 2.3 volt 10 Farad supercaps in parallel with the Joule Thief Fuji circuit. For more info go to Overunitydotcom in our Joule Thief topic. Thank you for watching. Bill …
13 May 2009 at 09:40 · Comment
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This Quick Update shows that the Regenerative Acceleration Effect also is taking place for normal Resistive Loads. In This case I have used a 15W/240V Rated Incandescent Light Bulb as a Load. Which in this demo runs on approximately 2W on 88Volts. We can get the Resistance of this Light Bulb by: P/U=I so: 15W/240V=0.0625AR=U/I=240V/0.0625=3840 Ohms So to be more precise: The Power P going to this Incandescent Light Bulb in this Experiment is: P=…
5 September 2011 at 20:00 · Comment
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Here a new test of the 2SGen v1.0 powered WITH and WITHOUT the neodymium magnet̷0; The magnet is required to get the effect at the output. More info at: www.jlnlab.com …
16 February 2010 at 09:11 · Comment
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