The book was written for undergraduate students in electrical engineering, aiming to equip them with a solid grasp of the basic physical processes that determine the properties of materials. This conceptual foundation is intended to prepare students for more advanced studies in areas like electronic devices and circuit theory. The structure of the book is straightforward and logical, guiding the reader from the smallest building blocks of matter to complex electronic components:
: The mechanism of dipole orientation under alternating and static fields.
To fully appreciate Electrical Engineering Materials by A.J. Dekker, readers should ideally possess a foundational background in: electrical engineering materials by aj dekker pdf
While some may find the material basic or note that it doesn't cover the very latest advancements in nanotechnology or advanced semiconductors, its strength lies in its timeless core. For a student struggling to grasp why a material behaves the way it does, or a professional looking to refresh their foundational knowledge, Dekker's book remains an invaluable and highly recommended resource. It is the solid foundation upon which a deeper, more specialized understanding of the electronic world can be built.
Electrical engineering materials can be broadly classified into several categories: The book was written for undergraduate students in
Negative temperature coefficient of resistance and sensitivity to light and magnetic fields. Common Examples: Silicon (Si) and Germanium (Ge).
When exposed to an electric field, positive and negative charges displace at the atomic level, creating dipoles. To fully appreciate Electrical Engineering Materials by A
Although written before the discovery of high-temperature superconductors, Dekker’s explanation of the Meissner effect and zero resistance is a classic primer that helps students grasp the "why" before moving on to modern research papers.
Dekker's Electrical Engineering Materials has a long and fascinating publication history, which reflects its global reach and enduring popularity: