Foundations of Analog Integrated Circuit Design

Analog integrated circuits are the backbone of modern electronics, converting real-world signals into digital data and vice versa. Understanding how to design these fundamental blocks is essential for any microelectronics career. This course provides a robust, text-based foundation in Analog IC Design, enabling you to analyze, design, and simulate basic integrated components that meet performance specifications such as gain, bandwidth, and power consumption. What you'll learn: * Understand the fundamental behavior and characteristics of MOS transistors used in analog design. * Analyze core building blocks like current mirrors, differential pairs, and single-stage amplifiers. * Design stable operational amplifiers (Op-Amps) and implement frequency compensation techniques. * Apply small-signal analysis and noise modeling to evaluate circuit performance and limitations. * Practice low-power design techniques crucial for modern, energy-efficient integrated circuits. * Configure basic layout considerations necessary for manufacturing practical analog ICs. The content begins with semiconductor device physics and progresses systematically through basic amplification stages to complex feedback systems. Practical examples and written exercises reinforce theoretical concepts. This course is designed exclusively for beginners in electrical engineering or microelectronics who have a basic understanding of circuit theory and wish to specialize in integrated circuit design. No prior experience with IC design tools is required. Start building your expertise in the foundational science of high-performance analog electronics today.