Jim Thompson wrote
I'd be very interested in that. So lets see what would need to be covered:
The basic idea of what an opamp is and how closing the loop enables it to do all sorts. Understanding the specs The different types static sensitivity info on popular opamps
Circuits: inv amp noninv amp integrator differentiator gyrator clippers dc restorers log class B amps, various " with crossover distortion reduction Mr Larkin's optoisolator booster assorted power supply regulators instrumentation amp endless oscillators analogue computation, various security lights precision rectifier ECG EEG biofeedback
Techniques: stability dealing with offsets increasing rf gain eliminating crossover disotrtion in opamps making opamps go R2R capacitive loads positive feedback hysteresis opamp v comparator protection against the outside world agc The other 3 types, current conveyor etc discrete opamps maybe bias femtoamp measuring PSRR opamps with issues choppers load impedance precision
I'm sure I've missed a ton of stuff. Anyone?
NT