2021_22
Educational guide 
School of Engineering
A A 
english 
Bach. Degree in Telecommunication Systems and Services Engineering (2016)
 Subjects
  ANTENNAS AND RADIO PROPAGATION
   Contents
Topic Sub-topic
1-Antennas in communication systems.
1.1-Definition Antenna
1.2-Antenna parameters.
Impedance - available power reflection coefficient - radiated power - ohmic loss - radiation resistance - efficiency - resonant antenna - notion of BW.
1.3-Radiation parameters
Directivity - Gain - radiation pattern - Area effective - effective length. Polarization.
1.4-Transmission equation.
1.5-Diffraction and reflection on the ground.
1.6. Noise. Brightness temperature and antenna temperature. Signal to noise ratio.
2-Fundamentals of radiation 2.1-Radiation sources. Fresnel and Fraunhofer zones.
2.2-Description of elementary dipole.
2.3 Radiation vector.
2.4-Generalization of calculation of antenna parameters.
3-Elementary antennas: dipoles and loops 3.1. Dipole and loop antena.
3.2. Dipole-monopole ratio. Effect of soil.
3.3. Systems feeds.
3.4. Introduction of the concept of array of two dipoles. Mutual impedance.
3.5. Yagi antenna.
4-Antenna arrays. 4.1-Array types.
4.2-Array factor. Array Polynomial. Visible range.
4.3-Arrays and typical features. Uniform triangular binomial.
4,4-Synthesis of arrays. Fourier methods and zeros.
4.5-Introduction to 2D antenna arrays.
5-Horn and reflector antennas 5.1 Generalization of the radiation vector for apertures.
5.2 Elementary aperture antenna
5.3-Horn antennas
5.3-Microstrip antennas
5.4-Reflectors and lens antennas.
6-Antenna characterization techniques 6.1-Measurement systems in far and near field. Anechoic chamber.
6.2-measureemnt of pattern diagram, impedance, polarization and efficiency. Measurement of radar cross section.