| Code |
М03808В |
| Course unit |
Ultra-high frequency marine devices and antennas |
| Nomber of credits ECTS |
2.0 |
| Language of education |
Ukrainian |
| Learning outcomes of course unit |
- The ability to use antennas general theory and engineering calculation of different bands antennas radio engineering characteristics which are used in merchant fleet radio communication, radar and radio navigation.
- The ability to choose and use operation features and different types antennas design which are used in different bands of Maritime Mobile Service radio waves.
- The ability to choose the composition, purpose, principle of operation and use of various types of ultra-high frequency devices used in antenna-feeder lines of marine radio communication systems devices, as well as in Global Maritime Distress and Safety System (GMDSS).
- 4. The ability to choose the types of antennas used in the maritime service of radio communication, radar, radio navigation, such antennas characteristics, their advantages and disadvantages.
- The ability to perform basic radio engineering calculations antenna parameters using computer modeling and analysis tools.
- The ability to use modern control and measuring devices to adjust and optimize different frequency bands antenna devices characteristics.
|
| Types of educational work |
lecture classes, practical classes, doing a test. |
| Type of final control |
|
| Content of course unit |
- Defining the object and subject of the discipline.
- Characteristics and properties of different frequency bands used in the maritime mobile service.
- Basic concepts of electromagnetic field theory and antenna devices.
- General antenna devices radiation characteristics.
- Antennas coupling indices with devices and energy transmission lines.
- Calculating antennas characteristics principles.
- Antennas modelling with the help of computer software.
- Complex multi-element antennas.
- Phased antenna arrays.
- Antenna systems parameters hardware measurement.
- Antennas control and measuring technology current state.
- Antennas parameters dependence on the environment characteristics and the earth surface influence.
- Antenna systems practical adjusting of different frequency bands.
- Antenna modelling and design development trends.
|
| Equipment (if applicable) |
-3-cm band marine radar antenna system.
-SART antenna system.
-Test measuring dipole and parabolic antennas.
-MMANA-GAL antennas characteristics modelling and calculating software.
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