Amplifier Circuits
Transistor T model, configurations, transresistance method, input and output resistance, b-e shunt R, cascade, cascode, Darlington, emitter-coupled stages, current mirrors, feedback circuits and analysis procedure, reduction theorem, effect of BJT and FET r_o, powerful gain and impedance-finding methods.

Dynamic Circuit Response
Reactance, time and frequency response, Bode plots, reactance charts, amplifier response characterization and compensation techniques, pole-zero movement, impedance gyrations above bandwidth, output load isolation, supply bypassing.

High-Performance Amplifiers
Bandwidth extension techniques, source-follower, common-emitter, cascode, shunt-feedback, and diff-amp compensation, precision and low-level amplification, noise, distortion, crosstalk, isolation, thermal effects, temperature compensation, current-feedback amplifiers, gain cells, multipliers, autocalibration.

Signal-Processing Circuits
Voltage references, current sources, filters, hysteresis switches, clamps and limiters, multivibrators and timing circuits, trigger, ramp, sweep and triangle-wave generators, log and exp amplifiers and function generation, absolute-value circuits, peak detectors, D/A, A/D, and V/F converters, time- and frequency-domain sampling theory, sample-&-hold and switched-C circuits.

This is one reference that engineers, technicians, and others involved with analog circuits will want to have handy on their computers.