Basic terms and definitions of electric circuits  classification of electric circuits, circuit quantities, elements of electrical circuits and their properties in circuits of direct current and in circuits with steady harmonic currents <li> Methods of solution of electrical circuits with steady direct currents  methods of sequential simplification, solutions by Kirchhoffov laws, method of loop currents, method of voltage nodes, transfiguration of circuits, theorems on standby supplies, method of transposition of power supplies, use of superposition principle, power adjustment of electric load to power supply <li> Linear electrical circuits with steady harmonic electric currents  properties of basic circuit elements due to harmonic generation, symbolical representation of harmonic quantities, arithmetic operations with phasors, analysis of electrical circuits, use of method of loop currents for solution of electrical circuits with harmonic voltage supplies, power and power adjustment, resonance, threephase systems <li> Circuits with variable parameters generated by harmonic electric currents  RL and RC circuits with variable parameters, phasor lines of impedances and admittances in circuits with variable parameters, circuits generated by power supply with harmonic voltage with variable frequency, frequency characteristics of simple oneport network <li> Introduction to analysis of electrical linear oneport networks  equation of oneport networks (admittance, impedance and cascade equations), basic types of oneport networks, connection of oneport networks, transfer properties of oneport networks, filters and their properties <li> Transient phenomena in electrical circuits  transient phenomena in electrical circuits after switching off and switching on of the power supply with DC voltage, circuits with one energy supply, circuits with two energy supplies, transient phenomenon induced by change of circuit parameters, transient phenomena in circuits with harmonic voltage  connection of AC power supply to unloaded transformer and to RLC circuit, application of integral transforms for solutions of transient phenomena, Laplace transform <li> Basic theory of electrical circuits with distributed parameters  basic parameters of twowire electrical cables, derivation of telegraphic equations of cables, propagation of voltage and current wave through cables, secondary parameters of cables, coefficient of reflection at the end of the cables, wave impedance, zeroloss cables, transfer properties of cables, distortionless cables </ul>
