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.
i love all videos thanks for sharing
Iron core, your welding rods, are inefficient there. Have you looked at Lindemann, Bedini, et al for core materials that do not permanently magnetize like iron? You could trap back emf better if the material would give up the energy. I will go back and find the material. It is leftover from some metal refining process, and you would cast it using epoxy to form your core there.
f/Texas. hrmMMmmm. someone msg me im bored!! Y
stanley meyer also in his lectures spoke of raising the voltage to 1000 or more volts to let the voltage do the work and the voltage will resonate by itself in the capacitor in the water his cells were also round mabe ill try myself when i get the time
sir hoax I have ran across a video that you have to see about resonance and electrical current being multiplied masses.You seem to be sharing info so I thought you needed to see this……………
Stan said plates wouldn’t work with his invention. That might be why your not getting the right HHO output
I wonder if people know why Stanley meyrs had a lot of Patents. He was closing the market on doing electrolysis his way so he came up with patents to make sure somebody couldn’t come in and change one thing in his patent and start using and patent it so he had multiple patents so people shouldn’t change his patent in one way or another.
Automotive coil is not bifilar meaning it doesn’t have two output coils inside.
reverse the polarity on your negative side of the bifilar coil. it will make a huge difference in your cell.
Hi, I appreciate all your videos.
I just have a comment on the diode:
The “work” it’s doing is passing current. There’s no work in blocking.
I’m not sure what type you’re using, but many have like a 0.7v drop. Much like a resistor, it will dissipate some power, and get hot.
Why not just use an automotive coil?
What is the PIV rating of the diode? If it’s heating up a lot, you may be going over the PIV rating.
Hi sirHOAX, i was wondering if you could help me.
i want to build the Meyer resonant circuit but i am having trouble finding these capacitors
would you know where i can order them from.
100mf 16v electrolytic
47mf 16v electrolytic
10mf 16v electrolytic
1mf 16v electrolytic
220nf 0.22 mf ceramic or polyester
100nf 0.1 mf ceramic or polyester
10nf 0.01 mf ceramic or polyester
thank you
Oh yes, I forgot. No electrolyte, just regular water, and elements were 2 tubes of stainless, one inside the other, at a .0045 inch gap between the inner tube and the outer tube with a few escape holes around the bottom part of the outer tube, all in a p.v.c. pipe bomb of sorts-(water in, h.h.o. out).
I downloaded his part of his manual once, but had a bad internet connection. But, I remember, he said the circuit should produce 1000v d.c. pulsed at 100 pulses per second, amperes only in the milliamps, so a car inverter only produces about a tenth of the voltage and a million times too much current.
Good luck my friend, and keep it up. Be careful.
Already tried A.C. with a microwave transformer with no elyte solution in distilled water. It heated the transformer well.
Take out the diode. The diode was there to mislead and to not to be duplicated. Try without a diode and find a transformer.
good job keep up the good work! what diode did you use
theoneagain, There are thousands of people working on this, it will happen. This is the information age, it will be free.
Very interesting. Are you using a programmable logic device or an op amp? Or a dual 555…for the osc/pwm.
thanks slider1860!
also if you look at Meyer’s patent he has a variable inductor on the bottom side of his cell. This was part of a phase lock loop circuit that kept his circuit in resonance.
Hope this helps get things started. Wish I knew where SirHoax has been.
Prodeckman. Do a search on Google for a series LC resonant circuit. This will explain better than I can do here. You want to try to achieve a frequency of 40-45khz then you need to find the capacitance value of your cell with h2o and no electrolyte. Then with the resonant LC formula you can figure what the value of L needs to be. The caveat is that the value of C or “your cell” changes with HHO production and content of h2o impurities.
How do you “tune” the choke?
SirHoax, Are you still working on this?? I have not seen anything new for some time. Man I think that you are close. I think that we can get there for here. Post something if you are still here.