CMOS Analog VLSI Design Fundamentals

Analog circuits are the essential bridge between our physical world and digital systems, making CMOS analog design a critical skill for hardware engineers. In this text-only course, you will transition from understanding basic semiconductor physics to designing foundational analog blocks like current mirrors, single-stage amplifiers, and operational amplifiers. What you'll learn: 1. Understand foundational MOS transistor physics, operating regions, and small-signal models. 2. Design and analyze basic analog building blocks, including active loads and current sources. 3. Analyze single-stage and differential amplifiers for gain, bandwidth, and noise. 4. Evaluate operational amplifier topologies and feedback configurations for stability. 5. Apply modern layout techniques and address nanometer-scale design challenges like short-channel effects. 6. Practice circuit analysis through written step-by-step design exercises and simulation scenarios. The course begins with core semiconductor definitions and device physics before progressing to amplifier architectures, feedback systems, and practical design trade-offs. This written guide is designed for engineering students, hardware enthusiasts, and beginners looking to build a strong foundation in analog integrated circuit design without prior VLSI experience. Start your journey into the world of analog microelectronics today.