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Operational amplifiers are fundamental building blocks in analog circuit design, crucial for any electrical or computer engineer. Without a strong grasp of their core principles, advanced circuit analysis and design remain challenging. This course provides a comprehensive, text-based introduction to operational amplifiers, equipping you with the foundational knowledge to analyze, understand, and apply these versatile components in various electronic systems. You will learn to differentiate between ideal and practical op-amp behaviors and understand how to interpret their key performance specifications. Learn the fundamental concepts and ideal characteristics of operational amplifiers. Analyze common op-amp configurations, including inverting, non-inverting, and voltage followers. Master the essential DC parameters of practical op-amps, such as input offset voltage and bias currents. Learn to evaluate the critical AC parameters of op-amps, including gain, bandwidth, and slew rate. Apply knowledge of op-amp limitations and non-ideal behaviors in circuit analysis. Interpret modern operational amplifier datasheets to select appropriate components for specific applications. The course begins with a clear definition of operational amplifiers and their ideal model, progressing through fundamental circuit configurations. It then delves into the practical DC and AC characteristics that differentiate real-world op-amps from their ideal counterparts, concluding with an exploration of their limitations and datasheet interpretation. This course is designed for absolute beginners in electrical and computer engineering, students, or anyone with a basic understanding of circuit theory who wishes to build a strong foundation in operational amplifiers. No prior experience with op-amps is required. Start your journey into analog electronics by mastering operational amplifiers today.