Advanced Analog and RF Circuit Design

EEG 505 provides a comprehensive exploration of advanced analog and radio frequency (RF) circuit design principles and practices essential for modern electronics engineering technology. Students will gain deep theoretical understanding and practical skills in designing high-performance operational amplifiers and data converters, analyzing and mitigating noise in sensitive circuits, and mastering impedance matching techniques critical for RF systems. The course emphasizes the application of S-parameters for characterizing RF components and networks, leading into the design of low-noise amplifiers (LNAs) and power amplifiers (PAs). A significant portion of the course is dedicated to the practical aspects of RF circuit implementation, including best practices for RF layout, grounding, and shielding to ensure optimal performance and minimize parasitic effects. Through a combination of lectures, design projects, and simulations, students will develop the expertise required to tackle complex analog and RF challenges in areas such as wireless communication, sensor interfaces, and high-speed data acquisition. This course prepares graduates for advanced roles in circuit design and system integration.