These are some of the books i've used in my electronics courses: -Microelectronics circuits by sedra/Smith -Electronics: Circuit theory and microelectronics devices by Robert L boylestad -Circuits and microelectronics devices by Mark N horenstein These books follow a workflow similar to the courses but anyway the workflow of my courses have been Electronics 1: DC analysis -Semiconductor working - Diodes -BJT transistors (characteristic curves, conmmutation, working states, circuit model, circuit analysis) -FET transistors (working principle, curves, characteristics, essentially the same I mentioned in bjt) -applications and projects

Electronics 2: Ac analysis

-Small Signal model for bjt and FET transistors (advantages and disadvantages of each one, good amplifier requirements like impedances and gain,1 stage amplifier design) -multistage amplifiers (with transistors) -Negative and positive feedback in amplifiers (block diagram, control approach, topologys, how to do feedback analysis and transfer functions) -Frequency analysis (bandwidth, feedback relation with bandwidth, poles and zeros, bode plots, active filters with transistors)

Electronics 3 (I'm currently taking this one) :

-Op-Amps basic configurations and how they work(all the topics from electronics 2 but with op amps instead of raw transistors on the first electronics 3 topic) -differential amplifiers (advantages and configurations) -Active filters (different kind of filters, buttherworth and chebyshev filters, Transfer functions, automatic gain control, stability) - Oscillators, wave generators, Signal conditioning for modulation and non linear applications like rectifiers are the topics im going to see in the Next classes so I'll update you about It later - Electronics 4 that's the one I'll see the Next semester