Fundamental principles of electric circuits (current, voltage, Kirchhoff laws, introductory concepts of topology of circuits etc.). Basic circuit elements (resistor, capacitor, inductor, current and voltage sources – both independent and dependent). Theorems of electric circuits. Theorems of Thevenin, Norton, Kennely, transformation of sources – symmetric networks. Networks in the sinusoidal steady state: use of phasors, impedance, real – reactive – apparent – complex power.
The course is conducted in collaboration with the School of Chemical Engineering of NTUA.
Lecture Hours – Lab Hours: 3 – 0