If you want to understand how a transistor really works in a modern chip, buy this book.
Industry roadmaps (IMEC, TSMC) target CFETs for the sub-1nm node (≈2032). Concurrently, (e.g., Intel’s PowerVia) moves power interconnects to the back of the wafer, eliminating front-side routing congestion and improving IR drop. modern semiconductor devices for integrated circuits
This is a textbook, not an encyclopedia. If you are a PhD student researching novel device architectures or needing deep quantum mechanical derivations, this book will feel too surface-level. It is meant to teach concepts, not to sit on a shelf for occasional formula lookups (for that, use Sze). If you want to understand how a transistor
Precise control over the current allows for lower operating power. This is a textbook, not an encyclopedia
solved this by lifting the channel into a vertical, thin silicon "fin." The gate wraps around three sides of the channel, dramatically improving electrostatic control. Key characteristics include:
Silicon has dominated ICs for half a century, but it isn't always the best tool for the job—especially in high-power or high-frequency applications. Enter materials like Gallium Nitride (GaN) and Silicon Carbide (SiC) .
These concepts are critical for anyone working in process integration or advanced circuit design, and the visual diagrams provided are incredibly helpful.