Electronic System Design and Analysis II

Advanced methods for electronic system design and analysis. Topics from TTT4260 Electronic System Design and Analysis I are revisited and elaborated by more advanced mathematical methods.

Knowledge:

• The student can explain the underlying concepts of self-designed electronic systems and the methods used to design these.

Skills:

• The student can design and analyze analog and digital electronic systems.
• The student can utilize mathematical methods like Laplace and Fourier transforms to analyze electronic systems used in signal processing.
• The student can document how a problem can be solved using a design that is based on one or more general concepts. As well as being able to reflect and review documentation from their peers.

Generell competance:

• The student can verify and reflect over and provide critical review of a concrete implementation of their own and other's design.

Student-active learning methods (Flipped Classroom). Deliverables in the form of design projects and analysis exercises. Information about obligatory activities will be announced at the start of the semester.