Course info

COURSE OUTCOMES

Upon the successful completion of the course, the student will be able to

Theory Component

CO1: describe the basic concepts of circuit analysis and basic laws

CO2: apply the network theorems and reduction techniques to estimate the steady state response for a given excitation

CO3: examine the application of series, parallel resonance and coupled circuits

CO4: infer and Evaluate the transient response of electric circuit and characteristics of two port networks.

CO5: analyse three-phase balanced and unbalanced systems in star and delta configurations.

Practical Component

CO6: examine the electric circuits using mesh and nodal analysis

CO7: make use of network theorems to simplify the circuits.

CO8: compute the frequency response of resonant and tuned circuits

CO9: analyze the dynamic behavior of electric circuits using simulation tool.

CO10: infer the behaviors of balanced and unbalanced systems in star and delta configurations using simulation tool.

Soft Skill Component

CO11: Develop effective communication skills, and build team work in analyzing the electric circuits with ethics