The students become familiar with the extended fundamentals of general circuits theory and their application to practical electronic circuits. Utilization of personal computer for their analysis, synthesis and modeling of the electronic circuits. Modeling of the active devices and modern functional blocks including their parasitic features. Topology of the electronic circuits. Circuit description in frequency and time domain. Network functions and their properties. Methods of analysis of nonlinear and linearized circuits. Advanced network analysis, tolerance, sensitivity noice analysis. Synthesis of the passive one-ports and their verification. The systems of circuits and feedback theory. Hand-make analysis of circuit stability and computer aided one. Basic principles of non-conventional electronic circuits like current-mode, parametric and switched circuits.