Engineering

• NEW - More emphasis on time-varying fields.

  • Serves students' needs by providing a 21st-century electromagnetics education.

• NEW - More flexible—Makes Part II more useful by indicating “Essential” or “Elective” topics.

  • Meets instructors' needs with this flexible approach, allowing them to tailor the text to suit their curriculum.

• NEW - Added topics—Includes in Chapter 7 the topic of pulses on lossy lines.

  • Covers for students topics previously offered in higher-level courses.

• NEW - Separation of variables and field mapping—Included in this new edition.

  • Enables students to recognize emerging advances in technology.

• Comprehensive coverage of field and line topics—Begins with p-n junction and circuit elements, progresses through transmission-line time-domain analysis, goes to interconnections between logic gates, and culminates in crosstalk on transmission lines.

  • Provides students with material that is essential for them to fully comprehend, generally not covered by a more traditional approach.

• Coverage of principles of guided waves—Gives a treatment for one-dimensional wave guides comprising parallel-plate metallic waveguides followed by dielectric slab waveguides.

  • Provides students with coverage of both electronics and photonics in one chapter, making learning easier.

• Focus on numerical methods—Includes the finite-difference method; the method of moments; the finite-element method; and the finite-difference time-domain method.

  • Provides students with all numerical methods pertinent to undergraduate electromagnetics.

• Solid pedagogy—Includes worked examples, drill problems with answers, marginal notes, and chapter summaries.

  • Enables students to extend and test their knowledge of concepts for each chapter before moving on.

• Review problems—Follow the homework problems in every chapter.

  • Allows students to review material covered in each chapter.

• Practical application discussions and experiment demonstrations.

  • Encourages students' interest in field concepts and phenomena.

• More emphasis on time-varying fields.

  • Serves students' needs by providing a 21st-century electromagnetics education.

• More flexible—Makes Part II more useful by indicating “Essential” or “Elective” topics.

  • Meets instructors' needs with this flexible approach, allowing them to tailor the text to suit their curriculum.

• Added topics—Includes in Chapter 7 the topic of pulses on lossy lines.

  • Covers for students topics previously offered in higher-level courses.

• Separation of variables and field mapping—Included in this new edition.

  • Enables students to recognize emerging advances in technology.

I. ESSENTIAL ELEMENTS FOR ELECTRICAL AND COMPUTER ENGINEERING.

II. ESSENTIAL/ELECTIVE ELEMENTS.

Electromagnetics  (Electrical and Computing Engineering)

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