Hum Motor – Flash camera trigger coil powered
A disposable camera trigger coil, directly connected to a 6V DC source from a wall adapter. The mains line ripple is my theory of how it works. Rotor is from an old 12V PC…
Experiments, inventions, patents, …
A disposable camera trigger coil, directly connected to a 6V DC source from a wall adapter. The mains line ripple is my theory of how it works. Rotor is from an old 12V PC…
This is a replication of Chiilqueen’s high voltage inverter circuit that uses electrical component parts removed from a disposable flash camera. The project required careful removal of certain small parts from the printed circuit…
This shows a AA battery powered high voltage power supply for use in electrostatic experiments. It uses a modified disposable flash camera circuit board coupled to a Cockcroft Walton voltage multiplier.
Modified circuit of already existing TROS in disposable camera to light 13W 120V cfl bulb. Needa use only ac part of circuit. Details of “how to” – josepinodotcom. And yes, it can charge another bttry – if you have oscillating coil you can have bemf to…
Here we are illuminating a 40 watt tube from a single AA battery. This is a modified version of Josepino’s disposable camera circuit. I have used this same circuit to light 2 of these 48″ tubes end to end. I have also illuminated 400 leds with this sam…
This very simple device transmits energy down one wire or totally wirelessly. It is based on the circuit designs of Dr. Stiffler and Jonnydavro. The circuit uses one small transistor and a tiny high…
The same existing TROS in disposable camera can run bunch of LEDs from 1.5v bttry. This time the circuit’s modified to use dc part of it. LEDs are those new 2W 120V LED clusters (equivalent 40W regular). But goal’s not to get light itself but get abili…
This is a CFL light using a ‘flip flop’, a ‘joule thief’, and a ‘Fuji’ disposable camera CFL circuit. I call it the “Flip Flop JT Lite”. The first circuit takes energy from a…
This shows an electrostatic static motor run by energy from indirect sunlight. The solar energy is converted to electrical energy using a solar panel then raised up to high voltage using a disposable flash…