FinFET/GAA Modeling for IC Simulation and Design 2nd Edition

FinFET/GAA Modeling for IC Simulation and Design, 2nd Edition by Yogesh Chauhan is an essential, hands-on guide for engineers, researchers, and graduate students tackling advanced transistor architectures. With industry-focused clarity, this updated edition demystifies FinFET and Gate-All-Around (GAA) device physics and provides practical, simulation-ready modeling strategies for modern integrated-circuit design.

Begin with a compelling exploration of why FinFET and GAA technologies are transforming semiconductor roadmaps worldwide—from Silicon Valley design houses to foundries in Taiwan, Korea, and India. The book then builds technical depth: compact-model formulation, short-channel effects, mobility and quantum corrections, variability and reliability considerations, and techniques to calibrate TCAD and SPICE-compatible models for circuit simulation.

Readers gain actionable insight into implementing robust device models that bridge process technology and circuit design. Clear explanations and worked examples focus on performance trade-offs, parasitics, electrostatics, and multi-gate scaling challenges. Whether you’re optimizing analog/RF blocks, low-power digital cells, or mixed-signal systems, the text equips you with modeling methods that improve simulation fidelity and accelerate design closure.

This edition emphasizes practical applicability—guiding how to validate models against measured data, incorporate variability for yield-aware design, and apply design-for-manufacturability practices. It’s an authoritative resource for IC designers, device modelers, and EDA professionals seeking to stay current with advanced transistor technologies.

Concise, technically rigorous, and globally relevant, Yogesh Chauhan’s 2nd edition is the reference you’ll return to throughout development cycles. Add this book to your professional library to enhance your simulation workflows and confidently design next-generation FinFET and GAA-based integrated circuits. Order now to streamline modeling and simulation for modern semiconductor design.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.