Circuit diagram for my Tiny motor–generator.ASF
This shows the circuit diagram for the tiny motor/generator that I made and showed in the video on 8-25-11. I don’t recommend this circuit because there are easier ways to accomplish the same thing….
Experiments, inventions, patents, …
This shows the circuit diagram for the tiny motor/generator that I made and showed in the video on 8-25-11. I don’t recommend this circuit because there are easier ways to accomplish the same thing….
Now, this diagram should be free from faults. This is a repelling motor. North pole against north Pole. When the coil is turned off, the back EMF spike light the red LED 1,6 volt…
Note to self on the new Allwest crystal power cell 3-7-14 Continued direct short connection for 2 days, power levels bottom out and then stayed at around 50ma (shorted), the cell will self charge…
This is a Peltier module charging a capacitor in a way other than with just hot and cold.
A 400 watt Peltier module is shown here picking up energy from a 2″ toroid coil used in the Slayer007 low voltage CFL Joule Thief circuit. The energy is captured in a 10uf 35…
Charging tests are shown, to hopefully help those wondering whether Alum is any good within battery conversions. Here, the cells are much smaller than a car battery, but demonstrate the ability to charge radiantly…
Here a video of the test of the RAG v1.5 (Regenerative Acceleration Generator) based on the Thane C. Heins’ ReGenX from PDI. The RAG is LOADED with 4 LED BULBS connected on the output…
made this vid to have proof that this was working, It is not easy to charge these caps, here is 2000 volt @40uf of capacitors charging FAST. Indicating a good tuning and strong function
Hi all Just for fun and of course much more The question of how to get the best “charging by induction ” and what can we do with it, i mean something usefull, why…
Here an additional test about BATTERY CHARGING UNDER LOAD with the Regenerative Acceleration Generator (RAG v1.4) based on the Thane C. Heins’ ReGenX from PDI. More infos at : www.jlnlab.com