Description

Theory/Practice
1

Laboratory
2

Instructors

Nuno Gueiral

Contents

Chapter 1 Electricity
Kirchhoff's laws, voltage and current divider, Thévenin equivalent, sources and circuit analysis. Condenser and DC Coil.

Chapter 2 Alternating Quantities
Average and effective value (rectified signals); Steinmetz transform; complex numbers; impedance - capacitor and coil; Complex Ohm's Law; RC and RL circuits (phasor diagram); RLC circuit: resonant frequency. Low pass filter.

Chapter 3 Diode
Semiconductor materials, PN junction - Diodes.
Polarization, equivalent models and load curve. Half-wave and full-wave rectifiers. Limiting and fastening circuits.

Cap4 Operational Amplifier
Features and Linear Circuits.
Open loop and closed loop operation with negative feedback.

Learning Outcomes

OB1. Knowing the theoretical principles governing electrical and electronic circuits
OB2. Analysing electrical circuits and electronic
OB3. Solve problems related to electrical and electronic circuits in different situations / applications.
OB4. Knowing the applicability and operation of test equipment and used as electrical circuits