VLSI Data Conversion Circuits

VLSI Data Conversion Circuits ,Course provides a comprehensive introduction to the design and analysis of data conversion circuits used in modern integrated systems. The course explores the principles of converting analog signals into digital data and digital signals back into analog form using ADCs and DACs. It covers the architectures, design techniques, and performance metrics of various data converters, including flash, SAR, pipeline, sigma-delta, and current-steering converters. Learners gain insights into key concepts such as sampling, quantization, noise, linearity, resolution, and dynamic performance. The course also discusses circuit-level implementation challenges, power efficiency, speed optimization, and precision design in CMOS technology. Practical design considerations and trade-offs are emphasized to help students understand real-world VLSI applications. Through theoretical explanations and design examples, participants develop the skills needed to analyze and design high-performance data conversion circuits. This course is ideal for students, researchers, and professionals interested in analog and mixed-signal VLSI design. It serves as an excellent foundation for careers in semiconductor, embedded systems, and integrated circuit design.

Source : nptelhrd [Youtube Channel]
Dr. Shanthi Pavan, Department of Electrical Engineering, IIT Madras