PDF Free Download | Digital Integrated Circuits Analysis and Design 2nd Edition by John E. Ayers.
Contents of Digital Integrated Circuits PDF
- Semiconductors and p-n Junctions
- The MOS Transistor
- MOS Gate Circuits
- Static CMOS
- Dynamic CMOS
- Low-Power CMOS
- Bistable Circuits
- Digital Memories
- Input/Output and Interface Circuits
Preface to Digital Integrated Circuits PDF
Today, there is no fi eld of enterprise more dynamic or challenging than digital integrated circuits. Since the invention of the integrated circuit in 1958,
Our ability to pack transistors on a single chip of silicon has doubled roughly every 18–24 months, as described by Moore’s law.
As a consequence, the functionality and performance of digital integrated circuits have improved geometrically with time.
This exponential progress is unmatched in any endeavor of mankind and has revolutionized the way we live and work.
The rapid progress in digital circuitry, and the relentless scaling of MOS transistors that brought it about, have broadened the interdisciplinary reach of the field.
More than ever, the materials, processing, device physics, and circuit performance characteristics are inseparably linked.
The original book, conceived in this interdisciplinary spirit and with a strong focus on principles, bridged a void that had existed between books on transistor electronics and those treating VLSI design and fabrication as a separate topic.
This second edition adheres to this same successful concept but is signifi cantly improved in nearly every way, with four new chapters, more than 200 new illustrations, and support provided on a dynamic website (http:// www.engr.uconn.edu/ece/books/ayers), including a section for instructors.
An all-new chapter describes the integrated circuit fabrication process with detailed illustrations and discussions of the dual damascene process for copper interconnect, metal gates, and high-κ gate dielectric.
The expanded chapter on the MOS transistor includes new material on the physics of short-channel devices. CMOS circuitry has been covered in greater detail by incorporating numerous new examples and short-channel behavior.
Like the first edition, this book bridges the gap between courses in transistor electronics and VLSI design or fabrication.
It serves as a crucial link for integrated circuit engineers, because they make the cross-disciplinary connections to guide them in more advanced work.
For pedagogical reasons, this book uses SPICE level 1 models (similar to the transistor electronics courses) but introduces BSIM models that are indispensable for VLSI design.
This approach makes it possible to draw direct connections between the hand analysis and the SPICE models for the development of a strong and intuitive sense of device and circuit design.
Once these connections are made, the BSIM device models can be better appreciated as incorporating many second-order and empirical corrections to the predictions of the level 1 model.
Digital Integrated Circuits, Second Edition, focusing on principles and presented from a modern interdisciplinary view, should serve integrated circuits engineers from all disciplines for years to come.
Download Digital Integrated Circuits Analysis and Design in PDF Format For Free.