ASIC Design for Interleaved Boost Converter with Stress Reduction Technique

This project focuses on the design and implementation of a DC-DC boost converter tailored for applications requiring efficient voltage step-up. The boost converter is d esigned to efficiently step up the input voltage of 12V to an output voltage of approximately 52V, ensuring optimal performance and minimal power consumption. The project involves theoretical design of the boost converter topology, component selection, simulation, hardware implementation, and performance evaluation. The layout of the boost converter is meticulously designed using Cadence Virtuoso to ensure compactness and minimal parasitic effects, optimizing the overall performance. The precise layout aids in achieving reliable signal integrity and thermal management, crucial for maintaining stable operation. The proposed boost converter aims to provide a stable output voltage, contributing to improved efficiency and reliability in various imaging and sensing applications.