I had trouble getting the Mux gate to work initially and ended up having to side track over and learn enough Boolean Algebra (about 3-4 days) to figure out how to build the gate as it didn't seem apparent and throwing random gates together isn't how I like to attack problems. Is there something that I am missing from the course book, namely chapter 1, that was suppose to make the implementation more obvious to compile from the elemental gates (AND, OR and NOT)?
After analyzing the completed Mux gate I was able to figure out how it works as a selector in theory and not just in the math. Later, I ran into issues getting the Mux4Way16 (all Mux and DeMux gates must have been the hardest ones for most people without most of the prerequisite knowledge). I figured that if I could get a Mux4Way working (not asked for in the course)(Boolean expression: A/E/F + B/EF + CE/F + DEF) then all I needed to do was upgrade the bus to 16-bits. Wrong! Below is my attempt to get a Mux4Way (1-bit) to work as 16-bit.
I ended up having to look it up because it was not apparent that three Mux16 gates were all that was needed when all I was doing was converting it from 1-bit to 16-bit. Still curious how the Mux16 approach works and how students with ONLY programming knowledge (currently a Software Developer) was suppose to figure that out?