Best Electromagnetism Theory Books for Engineers and Physicists

The book is getting popularity day by day because it will clarify your basic about relation between circuits and electromagnetic materials. 

What You Will Learn

• introduction: Waves and phasors
• Transmission Lines
• Vector analysis
• Electrostatics, magnetostatics system
• Maxwell's equations for time-vary fields
• Plane-Wave propagation
• Reflection
• Communication with radar system

This entire book consists various topics on electromagnetic system. It shows you the most recent development in electromagnetic field and their uses in our practical life. 

What You Will Learn

• Analog and digital circuits for 
• Computer
• Medical 
• Home entertainment
• Telecom
• Industrial process
• Military and aerospace systems

In the new addition you may learn various things on electromagnetism and its application. It mention below-

• Equipment grounding

• Switching power supplies and variable-speed motor drives

• Digital circuit power distribution and decoupling

• Mixed-signal PCB layout

• RF and transient immunity

• Power line disturbances

• Precompliance EMC measurements

Also. the book has over 250 problems with answers. It will be an essential resource for engineers and others

The book provides you with basic electromagnetic theory and its application in real life. It will be used in introductory grad class.

What You Will Learn

• Very easy to understand and useful for refresher of undergrad topics.

• Problems can be quite complicated so solution manuals are a good idea.

• Full discussion about transmission lines

• Application of Maxwell's equations

The book discusses classic electromagnetics and shows full details on both static and dynamic electromagnetics for the students. It explains both the basic theory and its application to practical designs and contains many computer programs for running on a personal computer. Many new topics are presented including heart dipole; superconductors; wave absorption, fiber optics and dielectric resonators. It's very well-written and even explains mathematical concepts like divergence and curl in a very clear manner, providing good examples to illustrate what can be tough to understand the material. It's very detailed and mathematically rigorous. It also shows the student practical uses of electromagnetic's.

This book not only provides students with a good theoretical understanding of electromagnetic field equations but it also treats a large number of applications. No topic is presented unless it is directly applicable to engineering design or unless it is needed for the understanding of another topic. Included in this new edition are more than 400 examples and exercises, exercising every topic in the book. Also to be found are 600 end-of-chapter problems, many of them are simplified applications. A new chapter introducing numerical methods into the electromagnetic curriculum discusses the finite element, finite difference, and moment methods.

The new edition of this interesting book shows you the introduction of the electromagnetic system. Also, some topics on MATLAB tools for problem-solving, mathematical terms on each chapter. It is written with all details and step by step solution of every topic.

What You Will Learn

• More than 400 examples,
• exercise on every topic in the book
• 600 end-of-chapter problems
• many applications and their uses
• Discusses the finite element, finite difference, and method of moments in a dedicated chapter
  

The updated version of this book consists fundamental discussion on electromagnetic's. Also, about twenty new numerical examples and 550 new ends of chapter problems are added in this book. The book starts with vector calculus and basic ideas in electrostatics, Gauss's Law, energy, potential, electric currents and conduction, electric fields, capacitance and dielectric materials. Not only this, it consists of topics on magnetic field, inductance and Maxwell's equations and its engineering applications. It has sufficient mathematical methods based on various theory. 

As a summary, It is designed for electrical engineering student as well as professors. It explains all electromagnetic concepts and illustrates them with examples.

This fully prepared amazing reference book shows you many practical applications on wireless system, transmission lines, antennas, electromagnetic interface, and microwave system. It is designed in the way that electrical engineering student can use this book as their reference book in one or two semesters. Also, the book consists of some essential topics. 

What You Will Learn

• Various example problems with hands-on experience in solving electromagnetic problems.
• Describes a number of practical applications that show you how electromagnetic theory is put into practice.
• Offers a summary at the end of each chapter with key point.
• MATLAB examples are integrated all over the book to enhance your creativity.