Many research scholars believe that J.P. Moran prevented Nikola Tesla from doing Free Energy projects. So is this correct?A small note on the relationship between J.P. Moran and Nikola Tesla:In 1901, ...
Tesla's Radiant Energy patent presents a mechanism for closing and breaking an electrical circuit, which produces a targeted surge of voltage, and this is called Impulse Technology. See the patent her...
Electronic components for Radiant Energy - Impulse Technology
The combined electronic components create impulses, literally resonating voltages. That is, there is no resonance when the impedance of the coil is equal to the impedance of the capacitor as in an oscillating circuit consisting of a capacitor and coil. The purpose of this impulse and resonance is to generate Radiant Energy. This is the technology of Nikola Tesla, aka Impulse Technology.
Citing Tesla Patents. In Figure 2: Tesla's "push - impulse" mechanism is a combination of mechanics and electricity
Mechanical impulses will be replaced by electronic circuits.
Here are some electronic components to create a radiant energy generator:
1. Controls MOSFET SWITCHING Frequency
Module Highlights:
The use of imported dual-MOS parallel active output, lower resistance, more current, strong power. At room temperature to provide current of 15A, 400W power;
With each different type of electronic circuit needs corresponding capacitors. So check out these free sharing articles on the MORAY GENERATOR Website for specific capacitor specs.
Most electronic circuits use a time-constant direct current, called the DC voltage. The electronic circuit generates radiant energy (according to Tesla technology) as well, the voltage from the battery is supplied to the pulse generator, to activate the system. As a result, the input energy is greater than the input energy, aka C.O.P > 1 ( Overunity )
This is the device used after successful extraction of radiant energy. Normally, the Overunity Voltage exploited will be charged to the Battery. Or another alternative is:
The output voltage will go straight to the inverter to convert. Depending on the type of inverter that integrates the rectifier bridge diode or not, we will decide for the high frequency voltage and high voltage to be exploited.
Go into homemade electronic circuit to convert to desired voltage forms.