High frequency models of BJTs and MOSFETs; frequency response vs transfer function; poles and zeros; single time constant circuits; methods to determine frequency response; Miller's theorem.
2. Feedback theory
Analysis of feedback electronic amplifiers: two port network theory; loop gain determination; stability of feedback amplifiers; compensation techniques.
3. Stability and compensation
Stability of feedback amplifiers. Nyquist plots, phase and gain margins. Compensation techniques for simple operational amplifier configurations.
4. Oscillators
Harmonic oscillators; R-C oscillators; L-C oscillators.