Ramadevi Agali

Title: Ramadevi Agali: Innovator in Electronic Actuation Technology

Introduction

Ramadevi Agali, based in Bengaluru, India, is an accomplished inventor known for her innovative contributions in the field of electronic systems. Her work primarily focuses on enhancing the functionality and reliability of contactors through electronic actuation technology. With a patent to her name, Ramadevi exemplifies the spirit of innovation that drives advancements in electrical engineering.

Latest Patents

Agali holds a significant patent titled "Electronic Actuation for Mechanically Held Contactors." This invention discloses an electronic circuit designed for use in contactors. The circuit, which is encased in a housing and mounted to a coil cover, applies control power to the coil for a designated time period, allowing the contactor to change its state and maintain that state effectively. Importantly, the electronic circuit disconnects the power supply after execution to prevent coil burnout. The design incorporates a safeguard against erroneous signals with a controller that delays activation to avoid misinterpretation of input signal bounces. Furthermore, it includes an auxiliary contact status check to ensure reliable activation of the mechanically held contactor during state changes.

Career Highlights

Ramadevi is associated with General Electric Company, where she collaborates on cutting-edge projects aimed at refining electronic control systems. Her dedication to innovation reflects her commitment to advancing technology in her field.

Collaborations

Throughout her career, Agali has worked closely with colleagues such as Natarajan Mani and Anilkumar Dinker Pandit. These collaborations have fostered an environment of shared knowledge and creativity, contributing to her successful patent and further innovations.

Conclusion

In summary, Ramadevi Agali stands out as a pioneering figure in the development of electronic actuations for contactors. Her patent not only highlights her technical expertise but also her pivotal role in enhancing electrical system performance. As she continues her journey in innovation within General Electric, her contributions will undoubtedly pave the way for further technological advancements.