It has been proven by official tests.
(See my links in my previous post.)
Unfortunatelly, French is not my technical language, but really nice images and looks like a cool stuff-will try find something similar in English
Anyway, the more people will research and try, sometimes discoveries are made ... by chance
I know, that it is not easy to solve a puzzle if you never seen complete image before, but common-I do not loose my time watching stupid TV channels, so a few hours for something like this it is a fun to see what happends and maybe I'll be able get similar results like people from that voltage doubler desulfator thread-for the moment just from point of view current spikes and energy achived, etc.
5) With low electric field, it's almost impossible to break a cristal....I never seen a cristal ocillator broken only by low oscillator voltage.
When was designing my aluminium anodizing equipment, current needed was proportional to aluminium plates square area:
http://www.anodizeusa.com/pas23.php"In the anodizing industry using amps per square foot anodizing has always been considered the fastest and most accurate way of anodizing parts for a quality minded customer."My guess is, those pulses current might be also dependent on battery used and bigger battery has higher plates area, so much higher currents needed for bigger battery?
50A in the case of 50Ah battery doesn't looks like a monster current like 200A, but 0.2s is a lot of time, so this timing looks strange, but ok, maybe it is needed.
How much energy in your experiment your 50A pulse had?
If we had resistance or voltage to calculate power than, energy or work:
W=P*t
where
P=R*I^2=V*I=V^2/R
Isn't sulfated battery internal resistance important and amout of this desulfator pulse energy calculated based on this parameter?
Your circuit definitively will not work for desulfating bateries, you waste your time and your money.
This circuit was derived from other people work and it is still a concept not simulated in
Spice but
Falstad just to have some idea what to expect and whether I smell cooked ICs and see flying around capacitors or there is some hope that if it won't work I'll be able reuse components in another project and they survive