معرفی
Kishore Kumar Pakkirisami Churchill is an academic researcher focused on the design and optimization of RF energy harvesting systems, integrated circuits, and IoT applications. His work emphasizes high-efficiency energy conversion, CMOS technology integration, and reconfigurable circuit design for wireless sensor networks and IoT devices. Collaborating with experts like Harikrishnan Ramiah and Yong Chen, he has contributed to advancements in rectifier architectures, charge pump systems, and ambient RF energy harvesting front-ends.
Research highlights include developing a reconfigurable CMOS stack rectifier achieving 47.91% peak power conversion efficiency for IoT/WSN applications (2023) and a dual-topology CMOS rectifier with 19.5-dB dynamic range (2023). His publications span IEEE Transactions on Very Large Scale Integration Systems and other top venues, showcasing innovations in low-voltage operation, dynamic range optimization, and hybrid energy harvesting solutions.
Though affiliations are not explicitly stated in the provided texts, his research aligns with departments specializing in electrical engineering or microelectronics. He maintains an active collaboration network and consistently publishes on cutting-edge topics in energy harvesting and circuit design.
