Linear Circuit Analysis: Time Domain, Phasor and Laplace Transform Approaches

Volume 1: Kirchoff's current and voltages laws and series-parallel resistive circuits; dependent sources and the operational amplifer; node and loop analysis; network theorems; the diode and simple resistive diode circuits; inductors, capacitors and duality; first order RL and RC circuits; the second order linear circuits; sinusoidal steady state power calculations; elementary analysis of piecewise linear resistive networks. Volume 2: Lapice transfrom analysis- basics; Laplace transfrom analysis - circuit applications; Laplace transform analysis - transfer function applications; time domain circuit response computations; the convolution method; resonant and bandpass circuits; magnetically coupled circuits and transformers; two-ports; analysis of interconnected two-ports; principles of basic filtering Fourier series with applications to electronic circuits. Appendices: introduction to magnetic circuit analysis; SPICE for basic circuits.