A Working Radiant Free Energy System
By Ossie Callanan – January 3 years ago
A Working Radiant Free Energy System Introduction - By Ossie Callanan I believe I may get this radiant strength system exercised to the point where any person can build it and when you build it, all of it, it can give you free and continuous strength. There are two sides to it and just having both side is no good, you must have both. Of course , one side is the motor/charger side, as well as the other is definitely the battery and accumulatorconverter part. So far I am asking batteries with COPs via 2 to 10. Power supply swapping is not a problem.
A functioning Radiant Electric power System Portion 1 -- By Ossie Callanan 1st I want to give attention to the charger side of the system. Essentially, you must develop a charger that produces large amounts of sparkling energy or radiant pulses. Radiant energy pulses are definitely the back emf pulses themselves when they are very fast and well-defined HF signal. They are NOT transistor or switching transients! A spark gap produces classical glowing energy pulses. They are chaotic but bright energy occasions never the less. Moving over a coil on via a transistor very quickly will produce one bright energy heartbeat from the shelves back emf. But you are no good. You may need thousands and millions to get of any kind of use. John's SSG (Simplified School Girl motor) simply produces a really small amount of radiant strength when you have the camp of the transistor tuned so that you will get the greatest self oscillating pulse coach per magnet pass. It is far from very useful as the bottom clamping diode wastes this energy backside through the bottom resistance/bulb/lamp but it is necessary to let you tune and provide a driving force to the passing magnet. With no base clamping diode, you get a great oscillator as well as the motor refuses to turn, capture 22. But still, even when tuned with the base clamping diode, the do it yourself oscillating heartbeat train is generally at most 3-6 pulses that happen to be not much and so, not much sparkling energy. For anyone people aiming to tune the motor to get only one pulse per magnet pass, they can be wasting their very own time and just building a pulse motor but not an efficient radiant energy electrical generator. In short, the SSG is usually not a incredibly powerful or good radiant energy electrical generator and besides being educational, it is really a waste of time unless of course someone may explain to you how to tune this for the most sparkling energy which has a long pulse train and after that tell you practical tips for the bright energy. John's method of utilizing a bulb/lamp inside the base should be to keep the electric motor tuned into a particular quantity of pulses in the pulse teach per magnetic pass or perhaps for the longest pulse train since the motor increases speed and the battery's impedance changes the speed as well. The bifilar coil (one coil utilized just for trigger) and the squander in the basic circuit increase the inefficiency and makes construction harder. In saying that about the SSG I would really prefer to show you now an easy and simple pulse oscillator or electric motor driver outlet that you can build with off the shelf parts and that will produce copious amounts of radiant energy when modified correctly. This is actually the circuit.
Do not be fooled by simply appearances! This is as close to a controlled spark distance circuit when you are going to receive and extremely efficient in the production of glowing energy! Yet most importantly, you should place and adjust the reed swap appropriately and properly!!! Look into this picture.
As you can see, the key is to place the reed swap so that it can be axially parallel to the coils and in the coil's discipline. This couples the coil's field to the reed move and the moving magnet's field. This provides a magnetic opinions and turns it in an oscillator. So when the magnet passes the reed oscillates with the coil's discipline and causes a large number of pulses like 20-50 pulses per magnetic pass. Amazingly, unlike the clamping diodes in the SSG, this is not not economical. This reed oscillation actually reduces the latest input as possible understand. Instead of the reed...