Experiments, inventions, patents, …
“Xenomorph” has replicated my “Pulsed Inverted Joule Thief” and made signicant changes to reduce the power consumption. He has altered the 555 timer part of the circuit to shorten the “on” time of the…
I took pieces of different circuits and joined them to make a 555 timer “Pulsed Invered Joule Thief”. It uses Slayer007’s 2″ toroid coil, Kubikop’s 555 timer pulsed joule thief circuit, and my inverting…
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…
This is another replication of the Lidmotor/Jeanna Joule Thief circuit. I am using two Lights Of America 4 watt (25 watt equivalent) LED bulbs being driven by a hand-wound 3.375″ diameter Lidmotor/Jeanna circuit. (TIP…
This is my replication of Lidmotor’s Jeanna Light using Jeanna’s large toroid Joule thief design and Lidmotor’s circuit. This circuit puts out between 1200-2000 volts! I do not have an exact measurement yet. (I…
This is my earth battery and modified Fuji joule thief circuit lighting 400 leds. Please see my other videos for explanations on the circuits and for more information on the earth battery. Join us…
This Joule Thief work at a very very low input voltage from 0.125 to 0.35 volts and the output voltage is 2.7 volts, to the LED. An ordinary Joule Thief work down to 0.6…
This is the second part of the power measurement scope tests of the Lawrence Tseung Fleet Joule Thief circuit done by Stefan Hartmann, the admin of OverUnity.com . http://www.overunity.com/12686/is-joule-thief-circuit-gets-overunity/1065 Lawrence claimed the circuit to…
This is just a quick video of my new earth battery set-up. I am using the same 2 carbon rods but this time, on the minus side, I am using a large block of…
My modified Fuji AA Joule Thief circuit lighting 300 LEDs! Each LED requires 3.5 volts to light. I am still using the old AA battery that you have seen in all of my other videos. For more information, go to Overunitydotcom in my Joule Thief topic. Thanks.