This is our latest JOULESTEEM circuit as arranged with a non-grid DC augmentation and a way to loopback to the source by augmenting the current that fills up the charge batteries:
A PICTURE APPROACH TO DESCRIPTIONS
In this blog I will use pictures to describe the very setup of the JOULESTEEM circuit. I remember previously that somebody asked for pictures and I replied there will be a proper time for it, so I think in this post I can deliver with that person’s request.
If there is one thing I will request from everyone, it is to be patient in what my setup is, as described previously, a very handicapped setup.
But in this field of study, and once you really knew what you wanted, the most important will be the RESULTS really, not the shiny and brand new components.
An Overview Perspective
The batteries below, the big capacitor, the inductor, the power supply. Try to be forgiving on the spaghetti alligator clips and connectors, I just want everyone to see for themselves how I do this setup.
The Big Capacity Batteries
These batteries as pictured are not all very strong, the one on the left-most is one very weak battery, the one in the middle the average and the one at the right-most is the strongest.
The Inductor
This is the inductor I currently used, gutted out from an old microwave oven. Sometimes I also use the inductor below it as gutted from an old voltage regulator appliance.
The Big Capacitor
This capacitor plays a vital role in the “loopback charge augmentation”, the more it stores voltage, the more the JOULESTEEM circuit can be powered from energies out of nowhere.
The Transistor
This here is the transistor, the most important component of this whole circuit as it plays the role of “oscillation”. We need to remember that the JOULESTEEM circuit runs on the concept of “continuous on and off”, and if the transistor can not keep up with this then nothing can be achieved.
The Power Supply
This is my China-made power supply, with a DC output and an AC input from the grid. I used it to boost the very weak batteries (if needed) and on situations where a DC voltage simulation is needed.
These pictures are just intended as an overview, for the benefit of everybody’s curiosity.
The next blog post will be a complete description of the functioning and component reactions once a JOULESTEEM circuit oscillates.
Do support these blogs guys, upvote, resteem, tell everybody about it, we never really know a guy named Elon will support us one day with one thing in mind: FREE ENERGY FOR ALL!!!