FYI. Zero should not be equated to smallest number, zero means nothing. Example of things smaller than human hair are NANO particles. Applied Materials is manufacturing Nano Technology.
human hair is raanging from 17 to 183um, where we are looking at about 14nm technology in today's world. its not wrong to say that connecting wires are 1000 times smaller than a human hair.
This is a good video of the manufacturing process for the the IC. I do have a problem, however, with the statement that the "connecting wires are 1000 times smaller than a human hair". Think about it. One times smaller than a human hair would be zero! How much less in size can you get than that. This same kind of statement is made at least three time in this video. Someone should do the math.
very informative video, provide a better insight to my learning is wafer fabrication steps, but realize the video didn't mentioned diffusion process?
they referred to diffusion as RTP "rapid thermal processing" buts its the same same
I am just starting to learn semi chips for my job, this video is good reference eventho posted 10 years ago?
yes
really infarmative. let's see another one!
I will learn them after my invention will be be public for the world.
FYI. Zero should not be equated to smallest number, zero means nothing. Example of things smaller than human hair are NANO particles. Applied Materials is manufacturing Nano Technology.
human hair is raanging from 17 to 183um, where we are looking at about 14nm technology in today's world. its not wrong to say that connecting wires are 1000 times smaller than a human hair.
I’m done. Gone. Completely fucking through
This is a good video of the manufacturing process for the the IC. I do have a problem, however, with the statement that the "connecting wires are 1000 times smaller than a human hair". Think about it. One times smaller than a human hair would be zero! How much less in size can you get than that. This same kind of statement is made at least three time in this video. Someone should do the math.
Don't think you're doing your math right man