SIDDHARTH INSTITUTE OF ENGINEERING & TECHNOLOGY:: PUTTUR ELECTRONICS & COMMUNICATON ENGINEERING LESSON PLAN Academic Year/Sem: Ref: B.Tech II-II Sem. Subject: ELECTROMAGNETICS THEORY AND TRANSMISSION LINES Subject code: 16EC409 Branch: E.C.E. Hours Module Topics covered Name of the book Page No L T UNIT I field Coulomb’s law, Electric field intensity, Module 1 due to different distributions, electric flux 4 1 Matthew N.O.Sadiku density Gauss Law and applications, Electric potential, Module 2 5 1 Matthew N.O.Sadiku Relations between E and V, Maxwell’s two equations for electric fields, Energy density. Convection &conduction currents dielectric constant, continuity equation, relaxation B1- Module 3 & Laplace equations, 6 1 Matthew N.O.Sadiku time, Poisson’s Capacitance-parallel plate, coaxial spherical capacitor’s, problems UNIT II B1- Biot -savart Law and Law, Ampere’s circuit Module 1 4 1 Matthew N.O.Sadiku applications, Magnetic flux density. Two equations for Maxwell’s Module 2 magnetostatics field, Magnetic scalar and 3 Matthew N.O.Sadiku vector potentials. B1-Pages Forces due to Magnetic fields, Ampere’s Module 3 Force Law, Inductances and Magnetic 4 1 Matthew N.O.Sadiku Energy, problems UNIT III Law and Transformer EMF, B1-Pages Faraday’s Module 1 Inconsistency of Law and 3 1 Matthew N.O.Sadiku Ampere’s 383-393. displacement current density Equations in Different Final B1-Pages Maxwell’s Module 2 2 Matthew N.O.Sadiku Form and Ward statements. 396-401 Conditions at Boundary Surface: Dielectric B1-Pages Module 3 Dielectric and Dielectric-Conductor 4 1 Matthew N.O.Sadiku – 187-191 interfaces, UNIT IV Wave equations for conducting and perfect Dielectric Media, Union plane Waves - B1-Pages Module 1 4 Matthew N.O.Sadiku Relations between E&H, 427-441 Sinusoidal variations.
SIDDHARTH INSTITUTE OF ENGINEERING & TECHNOLOGY:: PUTTUR ELECTRONICS & COMMUNICATON ENGINEERING LESSON PLAN Academic Year/Sem: B.Tech II-II Sem. Ref: Subject: ELECTROMAGNETICS THEORY AND TRANSMISSION LINES Subject code: 16EC409 Branch: E.C.E. Module Topics covered Hours Name of the book Page No L T UNIT I Module 1 Coulomb’s law, Electric field intensity, field due to different distributions, electric flux density 4 1 Matthew N.O.Sadiku Module 2 Gauss Law and applications, Electric potential, Relations between E and V, Maxwell’s two equations for electric fields, Energy density. 5 1 Matthew N.O.Sadiku Module 3 Convection &conduction currents dielectric constant, continuity equation, relaxation time, Poisson’s & Laplace equations, Capacitance-parallel plate, coaxial spherical capacitor’s, problems 6 1 Matthew N.O.Sadiku B1- UNIT II Module 1 Biot -savart Law, Ampere’s circuit Law and applications, Magnetic flux density. 4 1 Matthew N.O.Sadiku B1- Module 2 Maxwell’s Two equations for magnetostatics field, Magnetic scalar and vector potentials. 3 Matthew N.O.Sadiku Module 3 Forces due to Magnetic fields, Ampere’s Force Law, Inductances and Magnetic Energy, problems 4 1 Matthew N.O.Sadiku B1-Pages UNIT III Module 1 Faraday’s Law and Transformer EMF, Inconsistency of Ampere’s Law and displacement current density 3 1 Matthew N.O.Sadiku B1-Pages 383-393. Module 2 Maxwell’s Equations in Different Final Form and Ward statements. 2 Matthew N.O.Sadiku B1-Pages 396-401 Module 3 Conditions at Boundary Surface: Dielectric – Dielectric and Dielectric-Conductor interfaces, 4 1 Matthew N.O.Sadiku B1-Pages 187-191 UNIT IV Module 1 Wave equations for conducting and perfect Dielectric Media, Union plane Waves Relations between E&H, Sinusoidal variations. 4 Matthew N.O.Sadiku B1-Pages 427-441 -