Introduction to Analog and Digital Electronics

The course gives an introduction to the analysis of elementary analog and digital circuits. It will provide a basis for understanding and constructing simple systems built using analog and digital electronic circuit elements. Key topics: current, voltage, energy and power, Kirchhoff's laws, analysis methods for lineær static circuits, resistance, capacitance, inductance, diodes, MOSFET transistor as a switch, operational amplifiers, transient analysis, binary arithmetic, Boolean algebra, logic gates, combinatorial and sequential digital circuits.

Knowledge

The student can explain

• the relationship between basic circuit quantities
• the function and operation of simple electronic systems
• the relationship between digital and analog components and systems

Skills:

• The student can analyze simple electronic circuits using appropriate circuit laws, simplifications and models.
• The student can design, simulate, implement and test simple electronic systems.

Generell competance:

• The student can take an active role in their own learning through wondering, reflection and discussion.

The course uses student-active learning methods. Central to the course are ERT sessions (ERT = Experience Reflection Training) where students get

• practical experience with electronic components and circuits using personal lab equipment
• training in analysis and modeling of electronic circuits
• opportunity to discuss with fellow students and supervisors and reflect on their own learning

In addition, there are auditorium sessions where knowledge is summarized, expanded upon and discussed in plenary.