UNIVERSITY OF CALIFORNIA, SAN DIEGO
Department of Electrical and Computer Engineering
Electronic Circuits and Systems
This course covers a broad range of electronic circuits with emphasis on system uses.
assignments include simulations and experiments.
Feedback amplifier stability
: Introduction, frequency response, poles and zeros,
feedback, stability, Bode plots, gain and phase margins, inverting and non-inverting gain
: Small-signal opamp model, gain-bandwidth product, pole-
splitting Miller compensation, slew and settling.
: Small-signal model, Zener and bandgap references, load and line
regulations, frequency compensation, short protection, switching regulator.
Active RC filter
: Maximally flat Butterworth filter, Sallen-Key filter, biquad, frequency
and impedance scaling, factoring into biquads.
: Sample/hold, aliasing, signal flow graph, direct discrete-time
integrator, lowpass-to-highpass transform,
: Quantization noise, differential and integral non-linearity, flash, successive
approximation, dual-slope, pipeline, first-order and second-order oversamplig