TSDT71 Circuit Theory, 9 ECTS-points
/Kretsteori /

Advancement level:
B

Aim:
The aim with the course is to give basic knowledge and ability in analyzing signals and linear systems; time continuos as well as descrete-time systems.

Prerequisites:
TATM 06 Calculus Y, TATM 18, Linear Algebra. TATM 50 Theory of analytic functions, TATM 51 Transform theory. TSDT 64 Basic Electronic and Measurement Technology.

Supplementary courses:
TSSIT 64 Siganl Theory Y, TSRT 77 Digital Signal Processing, TSTE 77 Digital Filters, TSTE 83 Analog Circuits, TSTE 80 Analog and Discrete-Time Integrated Circuits, TSDT 09 Data Transmission, TSRT 12 Automatic Control Y.

Course organization:
The course consists of lecturs and, in connection with these exercises and computer work.

Course content:
Signals and systems: Various types of signals and systems. Manipulating signals. Different types of methematical models for systems. Initial conditions. Cascade connection. Feedback. Stability. Periodical non-sinusoidal signals: Average values. Power. Fourier-series analysis. Time-analysis of systems: Differential equation. Convolution. Analysis of time continuos signals and systems using Fourier transform: Frequency spectrum. Transfer function. Narrow-band signals. Amplitude modulation. Circuit analysis. Analylsis of time continuos systems using Laplace transform: Circuit analysis. Handling of initial conditions. The system function. Analysis with poles and zeros. Basic filter theory: One- and twoports. Various types of filters. Filter transfromations. Discrete-time signals and systems: Difference equations.Convolution. Stability. z-transforms. The system function. Analysis of signals and systems using fourier transform. Sampling and reconstruction. Aliasing. Basic theory for discrete-time filters.

Course literature:
Söderkvist S.: Tidskontinuerliga signaler & system. Söderkvist S.: Tidskontinuerliga signaler & system, övningsbok. Söderkvist/Ahnell.: Tidsdiskreta signaler & system. Söderkvist/Ahnell.: Tidsdiskreta signaler & system, övningsbok. Söderkvist S.: Formler & Tabeller Ahnell L-E: Kretslab 3.1

TEN1One written examination on time continuos systems., 3 p.
TEN2One written examination on discrete-time systmes., 3 p.
Course language is swedish.