Design Of Analog Comparator For Low Power Application Utilizing 250nm Technology
V.G Kiran Kumar, Harshith Poojary, Saidu Prashanth, Amal Dominic, Muhammed Rabeeh Rahman · 2024
Analog comparators play a crucial role in electronic systems by facilitating accurate voltage comparisons, enabling various functions from simple voltage detection to complex analog-to-digital conversion. The transition to smaller process nodes like 250nm CMOS presents both opportunities and challenges in analog comparator design, emphasizing the need for low-power optimization. This paper explores the importance, challenges, and design considerations of analog comparators, particularly in the context of low-power design methodologies. Leveraging tools like the Mentor Graphics suite, designers can implement advanced techniques such as subthreshold operation and dynamic voltage scaling to achieve high-performance, energy-efficient analog comparators. This paper Comparing other similar papers for the comparison of the avg power consumption. The paper highlights the significance of noise immunity, stability, and layout optimization in ensuring reliable circuit operation. Ultimately, the creation of low-power analog comparators is essential for meeting the demands of modern electronics, and this paper provides a comprehensive overview of the design process within the Mentor Graphics environment.