A Comprehensive Analysis on CMOS Comparators: Principles, Design Optimizations, and Applications

The paper aims to systematically review the basic principles, structure, and optimal design of Complementary Metal Oxide Semiconductor (CMOS) comparators, discussing their specific applications in various fields and their future development trends. CMOS comparators are crucial in signal processing and data conversion due to their low power consumption and high integration capability. The paper begins with an introduction to the basic principles and technical analysis of CMOS comparators, providing a foundation for understanding their operations. It then explores the detailed structure and optimization design of both traditional and new CMOS comparators, highlighting advancements in speed and power efficiency. The paper concludes with an analysis of performance optimization techniques, including device parameter adjustments and deep learning-based optimizations, and discusses the integration and packaging trends that will shape the future of CMOS comparators. This comprehensive review of CMOS comparators summarizes current knowledge and advancements, making it a valuable resource for researchers and engineers. It highlights key developments in speed, power efficiency, and integration, and discusses future trends and optimization techniques. This work contributes to the continued innovation of electronic systems, enhances signal processing capabilities and guides future research directions.