| 2TrakR - 7/18/2021 08:07
Except I did not say low voltage caused the failure. Low voltage will cause amperage to increase, which will cause thermal failures amongst other issues. The low voltage in itself did not cause the failure, it was just the first step that lead to the failure.
You write like one who has read the books but has no practical experience.
Low voltage causes damage - according to you. Because it causes a higher current - according to you who has no design experience. Whose entire knowledge comes from hearsay and other emotional fears. You write like an expert who forgot to learn reality. I too can post insults into your face. Now start posting like an adult. Stop posting your emotions. Deal with technical facts.
That means, as an adult, we are seeing numeric specifications that justify your beliefs. Beliefs because everything you claim is unsupported - no even one fact. Only justified by hearsay and wild speculation.
Why did that TV work just fine even at 37 volts? Any increase in current is part of the design. If electronics cannot maintain internal voltages (even due to increased current), then electronics simply power off. As required by international design standards that existed long before you existed.
What is a power off? Internal voltages slowly drop. If low voltages cause damage, then power off also causes damage. Another facts that exposed your wild speculation.
Please learn to be civil. That means discussing reality - as Tom Macintyre did.
You said low voltage causes an increased current that causes damage. That means low voltage causes damage. Now you are denying your low voltage causes damage? Lying is to claim both ways. Which is it? Low voltage causes damage or low voltage does not cause damage? Please cite relevant standards, facts, numbers, or responsible citations for your conclusions. Please stop posting your emotions. Please learn to post without insults - that only say you have not a clue.
We routinely operate electronics at all voltages approaching zero. We confirm that voltage can drop so low that an incandescent bulb dims to 50% intensity. Since electronics must operate even at a voltages that low - normally and without damage.
If informed, you have cited the internal part that fails. Never posted because it does not exist.
Computer are required to work safely and normally even when incandescent bulbs would dim to 40%. As stated in ATX Standards that define how PCs must be designed. But again, facts with perspective - numbers. That is what honest people do. An honest man need not post totally irrelevant emotions and insults.
|
surge protector vs. the refrigerator
