Category Review: Introduction to Electromagnetic Compatibility (Wiley Series in Microwave and Optical Engineering) is a comprehensive guide that covers the basics of electromagnetic compatibility. The book provides an overview of the principles behind electromagnetic interference, as well as practical solutions for minimizing its effects on electronic systems. Overall, this book is a great introduction to the subject and would be useful for anyone looking to understand the fundamentals of electromagnetic compatibility. Fundamentals Of Electric Circuit Analysis (Inductance: Loop and Partial) is another comprehensive guide that covers the basics of electric circuit analysis. The book provides an in-depth look at the principles behind induction, as well as practical solutions for analyzing circuits with inductive elements. Overall, this book is a great resource for anyone looking to understand the fundamentals of electric circuit analysis and would be useful for both beginners and advanced students. Inductance: Loop and Partial (Introduction to Electromagnetic Compatibility) is a more specialized guide that focuses specifically on inductance and its effects on electronic systems. The book provides an in-depth look at the principles behind inductance, as well as practical solutions for minimizing its effects on electronic systems. Overall, this book would be useful for anyone looking to understand the specific challenges posed by inductance in electromagnetic compatibility. Introduction to Electromagnetic Compatibility (Wiley Series in Microwave and Optical Engineering) is a comprehensive guide that covers the basics of electromagnetic compatibility. The book provides an overview of the principles behind electromagnetic interference, as well as practical solutions for minimizing its effects on electronic systems. Overall, this book is a great introduction to the subject and would be useful for anyone looking to understand the fundamentals of electromagnetic compatibility. Analysis of Multiconductor Transmission Lines (Inductance: Loop and Partial) is another comprehensive guide that covers the basics of multiconductor transmission lines. The book provides an in-depth look at the principles behind multiconductor transmission lines, as well as practical solutions for analyzing them. Overall, this book would be useful for anyone looking to understand the specific challenges posed by multiconductor transmission lines and would be a great resource for both beginners and advanced students. Essential Math Skills for Engineers (Wiley - IEEE) is a comprehensive guide that covers the basics of mathematics as applied to engineering. The book provides an in-depth look at the principles behind calculus, linear algebra, differential equations, and other key mathematical concepts used in engineering. Overall, this book would be useful for anyone looking to understand the fundamental math skills needed for engineering and would be a great resource for both beginners and advanced students. Introduction to Electromagnetic Fields is a comprehensive guide that covers the basics of electromagnetic fields. The book provides an overview of the principles behind electromagnetism, as well as practical solutions for analyzing and controlling electromagnetic fields. Overall, this book would be useful for anyone looking to understand the fundamentals of electromagnetic fields and would be a great resource for both beginners and advanced students. Fundamentals of Circuit Analysis is another comprehensive guide that covers the basics of circuit analysis. The book provides an in-depth look at the principles behind circuit analysis, as well as practical solutions for analyzing circuits. Overall, this book would be useful for anyone looking to understand the fundamentals of circuit analysis and would be a great resource for both beginners and advanced students. Electromagnetics for Engineers: With Applications to Digital Systems and Electromagnetic Interference is a specialized guide that focuses specifically on electromagnetism as applied to digital systems and electromagnetic interference. The book provides an in-depth look at the principles behind electromagnetism, as well as practical solutions for minimizing its effects on electronic systems. Overall, this book would be useful for anyone looking to understand the specific challenges posed by electromagnetism in digital systems and would be a great resource for both beginners and advanced students. In conclusion, these books provide comprehensive guides that cover the basics of various aspects of electromagnetic compatibility, circuit analysis, and mathematics as applied to engineering. Each book is well-written and provides practical solutions for understanding and minimizing the effects of electromagnetic interference on electronic systems.