Advanced Circuit Analysis

Description

Alternating current fundamentals and AC generation - RMS value, average value, form factor - RLC circuits analysis (series, parallel, node voltage) - RLC circuits analysis (mesh current, Thevenin equivalent) - Stare delta transformation, Resonance - Complex Power Calculations - Maximum Power Transfer - Three Phase Systems and Balanced Y-Y Circuit. – Y-Δ, Δ-Y, Δ-Δ Phase systems - Power Calculation in three Phase System - Unbalanced Three Phase Circuits - Complex Frequency and Laplace Transform - Circuit Analysis in s-domain - Transient Response of RLC Circuit - Transfer Function of Electric Circuit.

Program

Bachelor Degree in Electrical and Control Engineering (144)

Objectives

• Alternating current fundamentals and AC generation - RMS value, average value, form factor - RLC circuits analysis (series, parallel, node voltage) - RLC circuits analysis (mesh current, Thevenin equivalent) - Stare delta transformation, Resonance - Complex Power Calculations - Maximum Power Transfer - Three Phase Systems and Balanced Y-Y Circuit. – Y-Δ, Δ-Y, Δ-Δ Phase systems - Power Calculation in three Phase System - Unbalanced Three Phase Circuits - Complex Frequency and Laplace Transform - Circuit Analysis in s-domain - Transient Response of RLC Circuit - Transfer Function of Electric Circuit.