Analysis And Design Of Digital Integrated Circuits By David Hodges Horace Jackson Resve Saleh.pdf May 2026

• Summarize the book "Analysis and Design of Digital Integrated Circuits" by David A. Hodges, Horace G. Jackson, and Resve A. Saleh (key topics, chapter-by-chapter overview).
• Provide an outline or study guide, including important formulas, design examples, and typical problems.
• Extract and explain concepts if you paste short excerpts (under 90 characters per request is safest).
• Point you to legal sources where you might obtain it (libraries, publisher, or purchase options) and suggest search terms.

Week 5-6: Move to Logic Gates (Ch 7). Analyze the logical effort of a NAND gate versus a NOR gate. Understand why NAND is preferred in CMOS.

Chapter 3 – MOS Transistor Model for Manual Analysis

• Alpha-power law model (Sakurai): ( I_DSAT = K \cdot (V_GS - V_TH)^\alpha/2 ).
• Equivalent resistance model for delay: ( R_eq \approx \frac34 \fracV_DDI_DSAT (1 - \frac79\lambda V_DD) ).
• Capacitances: ( C_ox, C_gd, C_gs, C_db, C_sb ).

The Graduate Student (VLSI Focus)

You need a reference that explains why a 3-input NAND gate has different rise/fall delays than a 3-input NOR gate. You are preparing for interviews at AMD, Intel, or NVIDIA. This book is your drill sergeant. Focus on the delay modeling and power calculations. Summarize the book "Analysis and Design of Digital