Modern digital integrated circuit design

Author: Ju Jiaxin
Publisher:
Publish Date: 2006-08-01
Features: This book is structured in the order of devices, logic, circuits, and systems, providing a general design process for digital large-scale integrated circuits to help designers utilize various mature electronic automated design software systems to accurately construct complex logic modules or larger digital chips in a short time. The book is divided into three parts: Part 1 primarily discusses the fundamental knowledge required for chip design, preliminary knowledge of circuits and layout, geometric rules, electrical rules, and layout styles; Part 2 mainly discusses logic styles at the logic and system levels, as well as synchronous and self-timed systems; Part 3 integrates VHDL descriptions with logic, circuits, and physical implementation, analyzes some examples, and includes EDA tool design examples to seamlessly connect the entire design process. The book is rich in content, easy to understand, and highly readable. It primarily introduces three parts of content. Part 1 primarily discusses the fundamental knowledge required for chip design, preliminary knowledge of circuits and layout, geometric rules, electrical rules, and layout styles. Part 2 mainly discusses logic styles at the logic and system levels, as well as synchronous and self-timed systems. Part 3 integrates VHDL descriptions with logic, circuits, and physical implementation, analyzes some examples, and includes EDA tool design examples to seamlessly connect the entire design process. The book is suitable for semiconductor device professionals and circuit system designers, and can also be referenced by technicians in microelectronics, computer science, electrical engineering, and other related fields. The book primarily introduces three parts of content. Part 1 primarily discusses the fundamental knowledge required for chip design, preliminary knowledge of circuits and layout, geometric rules, electrical rules, and layout styles. Part 2 mainly discusses logic styles at the logic and system levels, as well as synchronous and self-timed systems. Part 3 integrates VHDL descriptions with logic, circuits, and physical implementation, analyzes some examples, and includes