Foundations of Electrotechnics and Electronics IS-FCS-00053

Description:
Electric Circuit Principles (voltage, current, power and energy) Kirchhoff's� Laws Superposition Theorem Thevenin�s Theorem Maximum Power Transfer Theorem Periodic Waveforms and Signals Elements of a.c. Circuits Complex Representation of Electrical Quantities RLC Circuits � Phasor Representation Series and Parallel Resonance Circuits Resonance filters Basic ideas of transient d.c. current (capacitor charging and discharging and switching principles).
Diodes and their characteristics, half and full-wave rectification with filters Zener diode Transistor � configuration and biasing AND, OR and NOT logic circuits with discrete elements.

Requirements:
Linear Algebra and Analytic Geometry, Calculus