Mosquito Light.ASF
This is a super simple Joule Thief LED light being powered by a small homemade magnesium and copper water battery. The reason that I call it the “Mosquito Light” is because of the sound…
Experiments, inventions, patents, …
This is a super simple Joule Thief LED light being powered by a small homemade magnesium and copper water battery. The reason that I call it the “Mosquito Light” is because of the sound…
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…
This is a glimpse at my “4evr Light”. It is a one led indoor light that runs all the time, doesn’t stop, and uses tiny polyacene capacitors instead of batteries. It runs on ambient…
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 is a replication of Kubikop’s 555 timer pulsed Joule Thief circuit. I paired it with the Slayer’s 2″ toroid flourescent bulb circuit. The reasoning is that the light bulb only needs to be…
A simple useful implementation of the low powered toroid oscillators shown recently. 3x 1.8W solar panels are connected to a rejuvenated car battery (was completely dead, sat outside for a couple of years and…
This is the SEC LED charger/ light that I named “FRINGE” in a box. I show a diagram of what is inside and describe how he works by using a second breadboarded version to…
This is a replication of the “Daftman’s” one AA battery LED light circuit. It was posted at the “Teep” forum and shows another way besides the ‘Joule Thief ‘ circuit to boost voltage high…
This is a demostration of Dr. Stiffler’s “Near Infinity Light System”. A SEC 18-1 is used with a closed loop energy return that he devised. I am using the two tower setup with a…
This shows my self -start pulse motor running on light energy from a desk light. It demonstrates that what Newton said is true—-“A object in motion tends to stay in motion.” The circuit diagram…