Cochin University of Science and Technology, Kerala, Electronics and Communication engineering Semester 2, Basic Electrical Engineering Syllabus

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Unit - 1 Basic principles of Electric circuits

Module I

Basic principles of Electric circuits

1.1 Review of Ohm’s law

1.2 Definition of Resistance Current Voltage and Power Series and Parallel circuits

1.3 Constant voltage source and Constant current source

1.4 Kirchhoff’s laws Network analysis by Maxwells circulation currents

1.5 Superposition theorem Thevenins theorem Nortons theorem simple illustrative problems on network theorems.

1.6 Coulombs Law

1.7 Electric field strength and electric flux density Capacitance.

Unit - 2 Review of electromagnetic induction

Module II

Review of electromagnetic induction

2.1 Review of electromagnetic induction Faradays Law Lenzs Law Mutually induced emf.

2.2 Magnetic circuits Magnetic field of a coil Ampere turns calculation Magnetic flux – Flux density Field strength.

2.3 Measuring instruments Working principle of galvanometer

2.4 Working principle of Ammeter

2.5 Working principle of Voltmeter

2.6 Working principle of Wattmeter

2.7 Working principle of Energy Meter elementary concepts.

Unit - 3 AC Fundamentals

Module III

AC Fundamentals

3.1 AC Fundamentals Sinusoidal Alternating Waveforms Sinusoidal AC Voltage characteristics and definitions –– General representation of voltage or current – Phase Relations – Average value – Effective Root mean square value.

3.2 The Basic Elements and Phasors Response of basic R L and C elements to a sinusoidal voltage or current –Phasor diagrams

3.3 Frequency response of the basic elements – Average power and power factor – Complex representation of vectors Rectangular polar forms

3.4 Series and Parallel ac Circuits Series parallel impedances and admittances

3.5 Analysis of RL RC RLC circuits Resonance in series and parallel circuits Variation of impedance and admittance in series and parallel resonant circuits

3.6 Power in ac circuits active reactive apparent power.

3.7 Introduction to 3 phase Systems Star Delta connection

3.8 Power in three phase circuits

Unit - 4 Electrical Machines

Module IV

Electrical Machines

4.1 Electrical Machines Principle of operation

4.2 Types and applications of DC machines

4.3 Transformers

4.4 Induction Machines

4.5 Elementary Concepts of Generation Transmission and Distribution Conventional sources of electrical energy Hydro Thermal Nuclear and Diesel power station

4.6 Nonconventional Sources Solar energy wind energy energy from oceans

4.7 Various levels of power transmission introduction to primary and secondary distribution

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Other Subjects of Semester-2
Environmental studies
Basic electronics engineering
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