Basic Circuit Analysis

Description

Introduction to Basic Circuit: Resistance, Voltage, Current - Ohm's Law - 1st & 2nd Kirchhoff’s laws, Dependent Sources - Series Parallel Circuits - Nodal analysis - Mesh analysis - Source Transformation – Superposition - Thevenin Equivalent Circuit - Norton Equivalent Circuit, Maximum Power Transfer - Alternating current fundamentals and AC generation - Root Mean Square and Average Value Calculations - Relation between current and voltage in resistors, inductors and capacitors - Introduction of Magnetic Circuits - Analysis of Magnetic Circuits.

Program

Bachelor Degree in Electrical and Control Engineering (144)

Objectives

• Introduction to Basic Circuit: Resistance, Voltage, Current - Ohm's Law - 1st & 2nd Kirchhoff’s laws, Dependent Sources - Series Parallel Circuits - Nodal analysis - Mesh analysis - Source Transformation – Superposition - Thevenin Equivalent Circuit - Norton Equivalent Circuit, Maximum Power Transfer - Alternating current fundamentals and AC generation - Root Mean Square and Average Value Calculations - Relation between current and voltage in resistors, inductors and capacitors - Introduction of Magnetic Circuits - Analysis of Magnetic Circuits.