Course Title: Mastering the Basics of CMOS Circuit Design
Total Duration: 8 hours
Session 1: CMOS Technology
Topic: CMOS Structure, Fabrication, and Applications
Duration: 2 hours
Content Focus:
- Understand the structure and fabrication of CMOS technology.
- Explore real-world applications of CMOS in IC design with practical examples.
Objective: Gain a solid foundation in CMOS fundamentals and recognize their critical role in IC design.
Session 2: CMOS Inverter Design
Topic: Principles and Performance Metrics
Duration: 2 hours
Content Focus:
- Learn the working principles of CMOS inverters.
- Analyze key parameters and performance metrics for their application in analog design.
Objective: Build expertise in designing and understanding CMOS inverters for various analog applications.
Session 3: CMOS Amplifiers
Topic: Single-Stage Amplifiers and Characteristics
Duration: 2 hours
Content Focus:
- Study the configurations and characteristics of single-stage CMOS amplifiers.
- Learn about their role in designing high-performance circuits.
Objective: Understand the design process and functionality of single-stage CMOS amplifiers.
Session 4: Hands-On Simulation
Topic: Simulating CMOS Circuits Using LTSpice
Duration: 2 hours
Content Focus:
- Conduct practical simulations of CMOS circuits in LTSpice.
- Follow step-by-step guidance to build confidence in using simulation tools.
Objective: Develop practical skills in simulating CMOS circuits for real-world design scenarios.
Summary:
This course is crafted to provide a comprehensive understanding of CMOS technology and its applications. By combining theoretical knowledge with hands-on simulations, participants will gain the skills needed to excel in CMOS circuit design.
