CMOS for Digital VLSI Circuits

CMOS for Digital VLSI Circuits is a comprehensive book that delves into the core concepts of Complementary Metal-Oxide-Semiconductor (CMOS) technology in digital VLSI circuits. The book commences with a thorough recapitulation of MOS covering transistor basics operating regions and modes of operation. It explores MOS capacitances long-channel and short-channel transistor models. Chapter 3 focuses on CMOS inverter characteristics presenting an in-depth analysis of its structure voltage transfer characteristic (VTC) noise margins and propagation delay. Chapter 4 delves into various CMOS logic circuits including NAND NOR and complex logic gates along with a detailed design of a CMOS full adder. Chapter 5 introduces CMOS transmission gates and their applications including transmission gate-based multiplexers. The subsequent chapters cover advanced CMOS logic circuits such as pass-transistor logic domino logic and dynamic logic. Chapters 7 and 8 delve into sequential logic and power dissipation in CMOS circuits respectively. The former includes clocked JK latch master-slave JK flip-flop D-latch and edge-triggered flip-flops.