FUNDAMENTALS OF APPLIED ELECTROMAGNETICS: Principles, Fields, and Practical Applications in Electrical Engineering baixar o livro de graça

Master the fundamentals of electromagnetic fields — from static charges to Maxwell's equations, waves, transmission lines, and antennas.

Fundamentals of Applied Electromagnetics is a clear, example-driven introduction to electromagnetic field theory for electrical and electronic engineering. Written for readers meeting the subject for the first time, it builds every concept from the ground up and connects the mathematics to real engineering hardware. No prior background in electromagnetics is assumed — only working algebra, trigonometry, and introductory calculus.

Across 18 progressively structured chapters, you will move from vector analysis and the electric field to Gauss's law, potential and capacitance, magnetic fields, induction, and the full set of Maxwell's equations — then on to wave propagation, transmission lines, the Smith chart, antennas, and electromagnetic compatibility.

• Vector analysis and coordinate systems that underpin all field calculations
• Electric charge, Coulomb's law, Gauss's law, potential, energy, and capacitance
• Conductors, dielectrics, boundary conditions, and steady conduction currents
• Magnetic fields, the Biot–Savart law, Ampere's law, magnetic materials, and inductance
• Electromagnetic induction, Faraday's law, and time-varying fields
• Maxwell's equations, wave propagation, reflection, transmission, and polarization
• Transmission line fundamentals and impedance matching with the Smith chart
• Antennas, radiation, and electromagnetic compatibility (EMC) in practice

Every chapter includes learning objectives, fully worked numerical examples, a summary, key terms, review questions, and calculation problems with selected answers — so you can study independently and check your progress.

Real-world applications throughout the book connect theory to practice, including antennas, coaxial cable, transformers, motors, shielding and grounding, EMI/EMC, radar, satellites, microwave systems, printed circuit boards, wireless communications and Wi-Fi, and impedance matching.

• First- and second-year electrical and electronic engineering students
• Students in technical and vocational programs
• Working technicians who need a practical grasp of field theory
• Independent and self-directed learners

Build genuine understanding of the field theory behind modern electrical and electronic technology — one worked example at a time.

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