Course Title: Introduction to Analog IC Design
Total Duration: 8 hours
Session 1: What is Analog IC Design?
Topic: Overview of Analog IC Design Flow
Duration: 1.5 hours
Content Focus:
- Explore the high-level process of Analog IC design.
- Understand the role of Analog IC designers in the semiconductor industry.
Objective: Build foundational knowledge about Analog IC design and its significance in modern electronics.
Session 2: Stages of Analog IC Design
Topic: Schematic Design, Layout, and Simulation
Duration: 2 hours
Content Focus:
- Learn the detailed workflow of schematic design, layout, and simulation.
- Gain insights into how these stages contribute to efficient and functional Analog IC designs.
Objective: Develop a strong understanding of each stage in the design process to effectively design Analog ICs.
Session 3: Overview of Industry Tools
Topic: Introduction to Cadence Virtuoso, HSPICE
Duration: 1.5 hours
Content Focus:
- Familiarize with essential industry-standard tools like Cadence Virtuoso and HSPICE.
- Understand their applications in Analog IC design through practical examples.
Objective: Enhance proficiency in using critical EDA tools to simplify and optimize the design process.
Session 4: Building Blocks of Analog ICs
Topic: Current Mirrors, Differential Amplifiers, and Biasing Circuits
Duration: 3 hours
Content Focus:
- Analyze and design current mirrors, differential amplifiers, and basic biasing circuits.
- Dive into real-world applications of these building blocks.
Objective: Master the core components and their role in developing efficient and robust Analog ICs.
Summary:
This course is designed to provide a comprehensive introduction to Analog IC design. From understanding the flow and stages of design to mastering industry tools and core building blocks, participants will gain practical and theoretical insights to excel in the field.
