Course Outline/ Only Module 1
Module 1
Basic circuit elements and waveforms - introduction - circuit components - assumption of circuit
analysis - sources of electrical energy - standard input signals -sinusoidal signals parallel and series
parallel networks - source transformation - Mesh and nodal analysis, Star-Delta Conversion, network
equation for RLC network -magnetic coupling.
Course Outline/ Only Module 1
Module 1
Basic circuit elements and waveforms - introduction - circuit components - assumption of circuit
analysis - sources of electrical energy - standard input signals -sinusoidal signals parallel and series
parallel networks - source transformation - Mesh and nodal analysis, Star-Delta Conversion, network
equation for RLC network -magnetic coupling.
Objectives of the Course: To introduce the concept of data structures To make the students aware of various data structures To equip the students to implement fundamental data structures
Course Outcome: ● To apply knowledge acquired through curriculum in practical problem solving ● To develop creative thinking in finding viable solutions to real life problems ● To foster innovation in design of products, processes or systems
Electromagnetic Theory covers the coordinate systems, basic principles of electromagnetism, electrostatics, magnetic fields of steady currents, motional e.m.f. and electromagnetic induction, Maxwell's equations, propagation and radiation of electromagnetic waves, electric and magnetic properties of matter, and conservation laws.
