Description:

CMOS Device and Technology is a comprehensive course that provides an in-depth understanding of Complementary Metal-Oxide-Semiconductor (CMOS) devices and their underlying technology. It covers the fundamental principles, design considerations, fabrication techniques, and performance analysis of CMOS devices.

Key Highlights:

• Introduction to CMOS technology
• Transistor operation and characteristics
• Circuit design using CMOS devices
• CMOS fabrication process
• Device scaling and performance optimization
• Noise and reliability issues in CMOS devices

What you will learn:

• Introduction to CMOS technology
  This module provides an overview of CMOS technology, its historical background, and its relevance in modern integrated circuits.
• Transistor operation and characteristics
  Here, you will learn how a CMOS transistor works, its mode of operation, and the key parameters that define its behavior.
• Circuit design using CMOS devices
  This module focuses on the design of different types of circuits using CMOS devices, such as logic gates, amplifiers, and memory cells.
• CMOS fabrication process
  You will gain insights into the step-by-step fabrication process of CMOS devices, including the various layers, masks, and doping profiles involved.
• Device scaling and performance optimization
  This module explores the concept of device scaling and how it affects CMOS device performance. Techniques for performance optimization, such as channel engineering and strain engineering, will also be discussed.
• Noise and reliability issues in CMOS devices
  Here, you will learn about the different types of noise that affect CMOS devices and strategies to mitigate them. Reliability concerns, such as hot carrier effect and electromigration, will also be addressed.