Course: Analogue Electronics 2 credits: 5

Course code
ELVP20AAE2
Name
Analogue Electronics 2
Study year
2020-2021
ECTS credits
5
Language
English
Coordinator
J. Bout
Modes of delivery
  • Lecture
  • Practical / Training
Assessments
  • Lab - Skills test
  • Theory - Written, organised by STAD examinations

Learning outcomes

The student can: 

  • Use the properties of AC waveforms to calculate RMS and mean values of various waveforms. 

  • Calculate energy and power in circuits with sinusoidal current and voltage sources. 

  • Calculate characteristic quantities (e.g. V, I) in RC, RL and RLC circuits. 

  • Obtain the transfer function of RC, RL and RLC networks 

  • Draw Bode-diagrams (including gain in dB) to explain the behavior of filters and resonance circuits 

  • Select and explain R, L and C for various filters. 

  • Calculate parameters of resonance circuits (resonance, Q-factor). 

  • Calculate efficiency and apply power conservation law to calculate voltages and currents in transformers, motors, and generators. 

  • Apply the characteristics and properties of different kinds of diodes in electric circuits, including use of their curves for calculations in practical applications. 

  • Apply the characteristics and properties of transistors in electric circuits, including applications as amplifiers. 

  • Apply the characteristics and properties of non-ideal operational amplifier in electric circuits.  

Content

During this course students will expand their knowledge on analogue electronics with electromagnetism, power and energy within AC networks including filters. Students will apply these aspects.

Included in programme(s)

School(s)

  • Institute of Engineering
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