| LO-1 After completing this course student will be able to explain limitations and benefits of circuit analysis in frequency domain;
LO-2 After completing this course student will be able to use equivalent circuits such as source transformation, Thevenin and Norton Equivalent circuits, superposition theorem in circuit analysis in frequency-domain.
LO-3 After completing this course student will be able to apply‘mesh-current and node-voltage analysis’ methods to solve linear electrical circuits in frequency domain.
LO-4 After completing this course student will be calculate power/energy in frequency-domain.
LO-5 After completing this course student will be able to find out laplace/inverse laplace transforms of electrical signals.
LO-6 After completing this course student will be able to use equivalent circuits such as source transformation, Thevenin and Norton Equivalent circuits, superposition theorem in circuit analysis in s-domain.
LO-7 After completing this course student will be able to apply‘mesh-current and node-voltage analysis’ methods to solve linear electrical circuits in s-domain.
LO-8 After compliting this course student will be able to use "transfer function" (1) in analysis of linear circuits, and (2) synthesis of passive filters.
LO-9 After completing this course student will be able to analyse linear two-port circuits. |