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A lot of these are "electronics" rather than theoretical electrical engineering. With a good background in physics and chemistry, I want to learn about modern
by flerovium 5y ago
A lot of these are "electronics" rather than theoretical electrical engineering.
With a good background in physics and chemistry, I want to learn about modern chips and electronics, which is often on a much smaller scale and more chemistry and quantum mechanics than soldering.
- Jugurtha 5y agoThe Tony Kuphaldt course is good, and The Art of Electronics would suit you. You could do a top-down approach, from the "electronics" at the component level, to semiconductors, to dye design. If you have a background in Physics, then you'll breeze through semiconductor and solid-state physics. It depends what you want to do, but the standard way we went through was chemistry and physics, then some more atomic/nuclear physics and mineral and organic chemistry, then solid state, then circuits, control theory, measure theory, etc. You can look into MIT's EE curriculum on opencourseware, but it's a bit too light.