University of Cebu-Banilad Library

Includes index.

Contents: Chapter 1 Vector analysis — Chapter 2 Coulomb's law and electric field intensity — Chapter 3 Electric flux density, gauss' law, and divergence — Chapter 4 Energy and potential — Chapter 5 Conductors, dielectrics, and capacitance — Chapter 6 Experimental mapping methods — Chapter 7 Poisson's and laplace's equation — Chapter 8 The steady magnetic field — Chapter 9 Magnetic forces, materials, and inductance — Chapter 10 Time-varying fields and maxwell's equations — Chapter 11 The uniform plane wave — Chapter 12 Plane waves at boundaries and in dispersive media — Chapter 13 Transmission Lines — Chapter 14 Waveguide and antenna fundamentals.

"Over the years, I have developed a familiarity with this book in its various editions. having learned from it, referred to it, and taught from it. The second edition was used in my first electromagnetics course as a junior during the early '70's. Its simple and easy-to-read style convinced me that this material could be learned, and it helped to confirm my latent belief at the time that my specialty would lie in this direction. Later, it was not surprising to see my own students coming to me with heavily-marked copies, asking for help on the drill problems, and taking a more active interest in the subject than I usually observed." —Preface

Adult

Lansa, Rogelio College of Electronics Engineering Electronic Communication Engineering

Text in English