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Engineering Electromagnetics has been written as a basic course in Electrical Engineering, Electronics and Communication Engineering etc. for undergraduate students. Electromagnetic theory is a very important subject as it has wide variety of applications in wireless technology.
Salient features
Vector Analysis being the language of Electromagnetics has been explained in simple words and physical significance of processes like gradient, divergence, curl etc discussed for better understanding
Coulomb`s law and Electric field intensity due to different charge distribution have been discussed
Gauss`s law and its applications to electric fields explained
The concept of potential, absolute potential, electrostatic field energy has been discussed
The properties of conductors, insulators and semiconductors discussed
Dielectric materials and Capacitors discussed. Method of images and its applications explained
Poisson`s and Laplace`s equations derived and their applications to boundary value problems explained
Biot-Savart law, Ampere`s circuital law and Stoke theorem explained for steady magnetic fields
Magnetic forces, properties of magnetic materials, magnetic boundary conditions, and magnetic circuits explained
Faraday`s law and Maxwell`s equations in various forms discussed
Transmission line equations derived and their solution sought. Wave reflection and refraction at discontinuities explained. The concept of VSWR discussed
Uniform Plane wave equation derived and wave propagation in dielectric and good conductor materials discussed poynting theorem and wave polarization explained
With all these features, this is an invaluable book for undergraduate courses in Electrical, Electronics and Communications, Computer Engineering students of Indian and foreign universities and will also prove quite useful for competitive examinations.
ISBN - 9788122433562
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Pages : 398
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