Fun video, but one note: You should always use sandpaper as if someone else is paying for it. It gums up faster than you think, and if your "250 grit" sandpaper is full of tiny particles that wore off and is now acting more like 1000 grit, it just means more wasted hours for you. It's fairly cheap stuff, so don't forget to change it often - certainly more often than seen in this video.
This is particularly important at the initial state where you're eroding down to a level - when you're just going through grits smoothing it matters somewhat less.
It's just accessing the onboard flash memory. Sometimes the easiest way in to a given pin is through the top of the CPU package (obviously they are not hitting any actual silicon), if all the traces are otherwise buried in the board.
Does gritting with super fine sandpaper like he does can produce toxic dusts (inhalable) when working with electronic parts made of various materials...) ?
This video seems a bit lacking in information. Very cool to see the actual innards of the diode, but it feels like a quick picture and 2 sentence description could cover the same amount of information.
Not sure I agree. The extra time and listening to him gave me some ideas on how the parts are used, and made. He talked about the materials and explained it in different ways. It's awesome to see what people are interested in.
I'm amazed when people mention getting interstitial ads on YouTube (or I even get confused sometimes when following a link from a website that launched YouTube, but doesn't register my ID). Happy 4+ year YT premium (formerly Google Play Music ) subscriber here.
This is particularly important at the initial state where you're eroding down to a level - when you're just going through grits smoothing it matters somewhat less.