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Bihar Engineering University, Bihar
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Electromagnetic Theory
Bihar Engineering University, Bihar, Electronics and Communication engineering Semester 4, Electromagnetic Theory Syllabus
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Unit - 1 Introduction to Vector Algebra
Unit 1
Introduction to Vector Algebra
1.1 Introduction to Vector Algebra
1.2 Vector Calculus
1.3 Electrostatics
1.4 Poisson’s and Laplace Equations
1.5 Capacitance
1.6 Uniqueness Theorem
Unit - 2 Magnetostatics
Unit2
Magnetostatics
2.1 BiotSavart law
2.2 Ampere ‘s Circuit Law –
2.3 Curl
2.4 Stoke’s theorem
2.5 Magnetic flux and magnetic flux density
2.6 Energy stored in magnetic field
2.7 Ampere’s force law
2.8 Magnetic vector potential
2.9 Analogy between electric and magnetic field
Unit - 3 Maxwells Equations
Unit 3
Maxwells Equations
3.1 Maxwells Equations
3.2 Equation for Continuity for time varying field
3.3 Inconsistency of Ampere’s circuit law
3.4 Maxwells equations in differential and integral form
3.5 Solution to wave equation in free space
3.6 Uniform plane wave propoagation
3.7 Uniform plane waves Wave equation for conducting medium
3.8 Wave propagation in lossless medium and in conductive medium
3.9 Conductors and dielectrics
3.10 Polarization
Unit - 4 Reflections and Refractions
Unit 4
Reflections and Refractions
4.1 Reflection by a perfect conductor with normal as well as oblique incidence
4.2 Reflection and refraction by perfect dielectrics with normal and oblique incidence
4.3 Surface impedance
4.4 Poynting theorem
4.5 Instantaneous Average and Complex Poynting vector
4.6 Power loss in a plane conductor
Unit - 5 Transmission Line
Unit 5
Transmission Line
5.1 Transmission Line theory
5.2 Low loss radiofrequency and UHF transmission line
5.3 UHF line as a transformer
5.4 Voltage set up of the quarter wave transformer
5.5 Transmission line chart Smith Chart
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Other Subjects of Semester-2
Analog circuits
Digital circuits
Analog communication
Semiconductor physics and devices
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