English
Swedish

Every autumn semester

The course is aimed at graduate students to understand and practically implement a radar system from commercially available electronic building blocks, and use the system in practical measurements. This provides a holistic view of a practical high-frequency electronic system, where the entire chain from hardware to algorithms is illustrated.

Basic theory of wave propagation, high-frequency electronics and signal processing for radar systems. Design of antennas, modular RF electronics, and baseband and algorithms for the detection of distance, speed and imaging techniques.

be able to describe a radar system with block diagrams
describe how a power budget affects the dimensioning of the different blocks

be able to build a working radar system at limited cost
be able to troubleshoot parts of the system
carry out basic measurements

be able to adapt the design to the prevailing regulations
be able to evaluate the obtained measurement data in relation to the use of the radar system

Lectures

Laboratory exercises

Lectures and tutorial meetings. Most of the course is conducted as an independent laboratory work in groups, where participants take great responsibility in the design, ordering and assembly of components, and the testing and evaluation of the system. Doctoral students constructions discussed in meetings with teachers and other students.

Written report

Seminars given by participants

Miscellaneous

To pass the course you need at least 80% attendance at scheduled sessions. Examinator: Mats Gustafsson

Failed, pass

Admission to the course requires basic knowledge of analog electronics, electromagnetic theory and signal processing, as well as at least one course at the advanced level in any of these subjects.

Skolnik, M.: Introduction to radar. Radar Handbook (1962):1990. 1990.

Lecture notes, in part, from the MIT course ”Build a Small Radar System Capable of Sensing Range, Doppler, and Synthetic Aperture Radar Imaging”.

Course coordinator: Mats Gustafsson <mats.gustafsson@eit.lth.se>
Participating teachers: Mats Gustafsson, Daniel Sjöberg, Christer Larsson, Anders J Johansson, Henrik Sjöland

EIT100F

 -06-08

FN1/Anders Gustafsson