Course Projects

EE2033 - Mini Project

Adalm Pluto Hardware
Adalm Pluto Hardware
Adalm Pluto Hardware
Software Defined Radio Hardware
Software Defined Radio Hardware
Software Defined Radio Hardware
Simulated Bode Plot
Simulated Bode Plot
Simulated Bode Plot
Actual Bode Plot
Actual Bode Plot
Actual Bode Plot
Actual Circuit on Breadboard
Actual Circuit on Breadboard
Actual Circuit on Breadboard
Signal with added interference
Signal with added interference
Signal with Added Interference
Parameters Unit Amplitude
Signal Frequency Hz 160k
Interference Frequency Hz 320k
Signal Amplitude Nil 0.15
Interference Amplitude Nil 0.3
  • The difficulty of this project is that the signal and interference is very close together and that the interference is 50% of the signal's amplitude.
    • The filter that we design must be able to attenuate the unwanted signals (steep cut-off) while ensuring that the gain is strong enough to capture the original signal.
  • This was a pair work between two students. My contributions were as follows:
    • Designing and testing of prototypes.
    • Building of filter circuit on the breadboard.