Referans olarak gösterdiğiniz yazı sadece bir uydurmaca.Her hangi bir teknik izahat yok. Şimdi sorayım "MİKROÇİP" nedir?
Mikroçip konusunu bir önceki sayfadan mesaj sahibine sorabilirsiniz.
Bazı eski desülfatörlerin akü plakalarına zarar vermesi konusunu satıcılar söylediği için ciddiye almamış ve yüzeysel bir bir araştırma yapmıştım. Tekrar baktım. Evet böyle bir safsafa var:
"... Some early battery desulfators would find a way around this problem by sending short bursts of high voltage through the battery in order to increase the current flow significantly. While the pulses were very short, they were just long enough to cause the crystallization process to reverse. This was found to be problematic since the long-term use of such pulses of high voltage would cause
damage to the lead plates on wet batteries. The situation was worse for sealed lead acid batteries in particular because the use of high voltage pulses would eventually lead to the drying out of the battery, which would, in turn, lead to the failure of the battery..."
The 10 Best Battery Desulfators to Buy 2020 - Auto Quarterly
"...The lead sulfate layer can be dissolved back into solution by applying much higher voltages. Normally, running high voltage into a battery will cause it to rapidly heat and potentially causing
thermal runaway which may cause it to explode. Some battery conditioners use short pulses of high voltage, too short to cause significant current flow, but long enough to reverse the crystallization process.
[1] However, long-term use of high-voltage pulses has been shown to
damage the battery plates on wet batteries, and on sealed lead–acid batteries will cause the battery to dry out and fail. The latest developments in battery regeneration products use high frequency pulses as opposed to high voltages to dissolve the sulfate build-up back into the electrolyte..."