Silicapolis: a Microelectronic Training CD-ROM - semiconductors engineering Silicapolis: a Microelectronic Training CD-ROM - semiconductors engineering Silicapolis: a Microelectronic Training CD-ROM - semiconductors engineering Silicapolis: a Microelectronic Training CD-ROM - semiconductors engineering
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  Silicapolis: a Microelectronic Training CD-ROM - semiconductors engineering Scientific dimension :

What elements of physics, chemistry and mathematic is microelectronics based upon ?
 

Making good circuits requires thorough knowledge of the scientific foundations on which the manufacturing technology is based. Electricity is the starting point in order to understand the physics of semiconductor crystals that are the basis for electronic devices: transistors, diodes, resistors, etc.
Using these devices, logic or analog functions can be designed which, when combined, create the complex architecture of integrated circuits.

 
 
Chapters
  • Atoms & electricity
  • Semiconductor
  • Devices
  • Zero & One
  • Integrated circuits
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