2023_24
Educational guide 
School of Engineering
A A A 
english 
Electric Vehicle Technologies (2018)
 Subjects
  HIGH FREQUENCY ELECTRONICS AND COMMUNICATIONS
   Learning outcomes
Type A Code Learning outcomes
 CE5 Understand the technology, materials, and active and passive circuits used for signal transmission: guided waves, transmission lines, antennas and propagation systems. Concept of impedance matching.
Understand the basic characteristics of communication systems, radio spectrum, frequency assignment, concept of noise and noise sources, concept of modulation and bandpass signals and their associated parameters, measurements and units.
Understand the devices available on the market (transceivers) for the hardware design of a communication node.
Understand the main communication protocols in the automotive field, as well as the requirements to be taken into account when choosing a communication protocol (intra-vehicle)
Be familiar with digital communication systems in the automotive environment.
Know how to configure and establish a communication in one of the studied protocols.
 CE6 Understand the concept of signal integrity and the simulation tools used to study it, the concept of crosstalk, and the type of radiated and conducted interference, their characterisation, limits and regulations.
Understand the technology, materials, and active and passive circuits used for signal transmission: guided waves, transmission lines, antennas and propagation systems. Concept of impedance matching.
Understand the basic characteristics of communication systems, radio spectrum, frequency assignment, concept of noise and noise sources, concept of modulation and bandpass signals and their associated parameters, measurements and units.
Be familiar with the different existing EMIS reduction techniques.
Type B Code Learning outcomes
Type C Code Learning outcomes