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We have some good pro books on SMPS, if you want a copy. It's a big problem with Stan's stuff.. His VIC is modeled similar to a forward and flyback SMPS.. This is why an isolated scope channel or probe is required for probing the isolated VIC side.

good afternoon dear... I had told you that it is not "real" to measure voltages and/or currents when very high frequencies are used... I recommend that you use analog equipment, so you will have measurements closer to what is real. I hope you can try it and notice the difference... I have tried what you are doing at that time before...

Apparently that deposition is insinuative when dry but conductive when wet. I never tested it.

reverse electrolysis reaction can be a factor

White lightening ..yeww!

move the diode to the bottom and reverse it.. it works the same. forward vs flyback mode

It's only calcium if your water is dirty :) "In like manner, the stainless steel (s/s) T304 material that forms Voltage Zones (E9/EI0) undergo particle alignment of its atomic structure within the atomic infrastructure of plate-material (E9/E10) when exposed to the same applied electrical voltage fields (66/67) after a pre-set time ... causing molecular electrical movement to occur within the surface-material (E9/EI0) ... which, after occurring, the newly formed molecular electrical orientation (625a xxx 625n) of Figure (7-4) remains in electrical atomic alignment after pulse off-time (T2) aiding the transference of voltage potential during pulse on-time (T1)" - Stan

L1 is specified as 2.6VDC Continuous DC (or the residual surface polarization charge). L2 is the application of the pulse that raises it higher. L3 the gate, then loosely coupled magnetic isolation, then onto the negative side with the inline resistor and SS Sandwich. Each raised it up a couple volts.. The sandwich, removing the threshold completely (per Stan)

so your getting the "step charge" in the cell ?

Whaaaaaa??????

3:45 you are saying 9 amp... In your comment you are talking about 1amp. What is exactly the amp you need to produce you hho. That's the goal. If I remember correctly Stanley was using 0.5A for his fuel cell. Thanks for sharing!

You're on fire! 😆 Did you get my email? Come hang with us!

Boom! 😶‍🌫 I've experienced exactly the same. In fact, try your Diode tester first, to build up that polarization threshold, then switch over to Resistance. You'll see ohms go from near-zero, to near infinity ;)

nice work, lets collab also

those speaker jacks are genius! ha ha 😆 i got a pile here i should use

If you allow me, I have some suggestions: - If possible, try to use double-distilled water or rainwater, which is as "pure" as possible, 0 or 1 PPM no more! (You will notice a tremendous difference, since tap water has MANY minerals, causing it to have some conductivity) - It is not "real" to use a digital multimeter to read the voltage in the "rector" since it is working at very high frequencies, the measured value is not "real"... I recommend using an analog Voltmeter, those from Agura ... (we are measuring current and volts with analog devices, they are somewhat more reliable for measurements) - Try to do a test to measure the amount of HHO gas that is being produced (mL/minute) since the reactor is small. This way you "optimize" always looking for maximum production and lower current consumption. I hope you achieve your goals as well as us, it is not easy but it is very very rewarding when we manage to make some "bubbles with pure water" and explosions hehehe Peace friend.

interesting

Like your work, doin great.

this one let me see the like😃

im pressing like but it still shows zero🤷‍♂️

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Show us the last modelo, the last configuration 2024

Excelente

Very good

Hello friend, we need to talk. We are in the same line of work and testing... is there any possibility of contacting you?