Designing Essential Analog and Mixed-Signal Circuits

Moving beyond basic resistor and capacitor circuits requires specialized knowledge of functional blocks that process signals. This course provides the foundational understanding necessary to tackle complex analog and mixed-signal designs. By mastering the underlying theory and design techniques, you will gain the ability to analyze, specify, and design essential circuits used in communication, control, and data acquisition systems. What you'll learn: Understand the core functionality and design trade-offs of signal conditioning circuits like sample-and-holds and multiplexers. Learn the architectural differences and design steps for various digital-to-analog and analog-to-digital converters. Apply fundamental principles to design high-performance analog functions, including gain-controlled amplifiers and analog multipliers. Practice reading and interpreting component datasheets to select appropriate integrated circuit (IC) building blocks for specific applications. Configure basic circuit models using simulation concepts to predict performance and optimize stability and efficiency. The course begins with foundational concepts and modern component characteristics before moving into detailed design methodologies for complex functional blocks. We cover the necessary calculations and schematic interpretations required for successful circuit implementation. This course is designed for beginners in electronics or electrical engineering. No prior experience with advanced circuit design or specific simulation tools is required. Start building your expertise in complex circuit design today.