Pulsing Hydrogen Fuel Cell – Resonant Charging Choke Concept « AOB ...

Just trying to go over some concepts that Stanley Meyers had related to his patents regarding the Resonant Charging Choke. Which is basically Telsa’s BiFiler Coil Design. Which basically is how to connect the WFC to the bifilar coil for maximum efficiency and if you have higher resistance and impedance than the WFC you can inhibit amp flow and allow voltage to go to the maximum.

There has to be a form of decoupling. The magnetic core of the transformer does this. It clearly will put out more energy than input by means of tracking frequency relative to input.

Its obvious if you start the cell cold with the step-up transformer in place. It pulls high amps, and low voltage. Once tuned, tracking, etc. The opposite happens. The transformer is needed. Once locked-on, resonance gets caught in the magnetic field of the xmfr+tube-cell. –S–

We pray your ideology dies with your dead horse. Stanley Meyers was either a sinner or a saint, and if we replicate his set-up in-time this will all be figured out.

Time will be the judge. My recommendation to people that do not want to persue this technology is to go back to watching TV. Waste your time more efficiently.

We need people to start thinking for themselves. Be curious.

Einstein stated: 1-Cubic inch of water could pull a mile long train around the world. –fact–

..Think..H2O..

The patent information describes frequencies between 0Hz – 10kHz, but then again the bifiler coils act as a frequency doubler. An its unsure if the tube picks up its own frequency seperate from the circuit, or atleast translates differently. You really have to know what his circuit contains, its not a simple PWM. Its much more complex.

If you try to brute-force his technique it won’t work. As in high-voltage pulsed staight to the cell. Doesn’t work. Its a tuned circuit, that needs tracking.

Pulse power for lasers, 13-14 January 1987, Los Angeles, California

IEEE conference record of ... Power Modulator Symposium

Aviation electronics technician 1 & C.

Magnetic components, design and applications

Excimer laser technology