Experiments, inventions, patents, …
First, interesting observation with magnetic flux — the same poles of magnets (repelling) on both sides of steel core are increasing voltage in moving coil. Second, TROS on this core lights LED connected to negative pole of battery and so to…positiv…
Just simplified previous version to one transistor only; again, the oscilation doing the job inducing current in different configurations of coils on load side. In fact this’s a DC transformer!! We have DC input and DC output, and TROS just a breaking …
Transistor oscillator (TROS) consisting of two long ferrite toroids, running from 1.5V bttry with wounding on one toroid as around a bar, generating AC in second toroid in order to run another LED spotlite.
Resp to GEN. Transistor oscillator (TROS) running from 1.5V bttry generates hi-pitch acoustic singing; interesting enough that it can oscillate (and sing, but on very fine pitch) even with 1″ gap.
The same oscillation of jt-circuit from 12V bttry inducing HV in flyback, which can work with mini-SSTC and wirelessly power the “beercan tower”.
The same oscillation of jt-circuit from 12V bttry making HV in flyback one wire of which can power some “beercans towers” with single wire and each tower can power the lights again with one wire no matter how far they’re apart.
The same oscillation of jt-circuit but from 12V and with coils winded on flyback’s core instead of toroid, creates HV around 5-7kV, able to run light ion-motor or Jacob’s ladder.
Made bunch of tests, so it seems coil needs juice, not voltage; the ball takes off from 1.24V (eating 0.03A) but not from 28V.
Hi-speed bedini “one magnet spinner” is the same oscillator as the jt, so it’s easier to play with jt to optimize circuit. It’s really hard to get 100% of power back to source, but it’s easy to do fast recharging of another bttry; here I’ve got light f…
Modified from pendulum, jt can power spinning magnet dressed in homemade plastic harness.