2023_24
Educational guide 
School of Engineering
A A A 
english 
Bachelor's Degree in Electronic and Automation Engineering (2010)
 Subjects
  CIRCUIT THEORY II
   Contents
Topic Sub-topic
0. Introduction 0.1. Presentation
0.2. TC-II at Moodle
0.3. Evaluation
0.4. Bibliography
0.5. Teaching Guide
0.6. Consultation Hours
1. Three-Phase Systems 1.1. Introduction.
1.2. Sequence of phases.
1.3. Voltages and currents in a three-phase system.
1.4. Wye and Delta connections.
1.5. Analysis of balanced three-phase circuits by means of a single-phase equivalent circuit.
1.6. Power in balanced three-phase circuits.
1.7. Determination of the sequence of phases in a three-phase system.
1.8. Power measurements in balanced three-phase systems.
1.9. Power in unbalanced three-phase circuits.
1.10. Power measurements in three-phase circuits.
2. Time response of linear circuits. 2.1. Introduction.
2.2. Analysis of the transient regime of a first-order circuit.
2.3. Analysis of a circuit using the Laplace transform equivalent circuit.
2.4. Obtaining the transformed circuit when magnetic coupling exists.
2.5. Study of the zero-state response.
2.6. Definition of the network function H(s) and order of a circuit.
2.7. Second order circuits.
3. Frequency response of linear circuits. 3.1. Introduction
3.2. Study of the zero-state in sinusoidal steady-state.
3.3. Obtaining the modulus and phase of H(jw) by graphical procedures.
3.4. Determination of the zeros of the network function by simple inspection of the circuit.
3.5. Other second-order network functions.
3.6. Bode diagrams.
3.7. Design of equalizer filters with operational amplifiers based on Bode diagrams.
4. Two-port networks. 4.1. Circuits with two ports: two-port or four-terminal networks.
4.2. Variables and references in a two-port network.
4.3. Types of Parameters.
4.4. Two-port equivalences.
4.5. Modeling two-ports from their parameters.
4.6. Relationships between the different families of parameters.
4.7. Two-port based circuit analysis.
4.8. Two-port connections.