Karthik Kandasamy

Introduction

Karthik Kandasamy is an accomplished inventor based in Atlanta, GA, known for his innovative contributions to power transformer technology. With a strong background in engineering, he has successfully developed a unique patent that enhances the efficiency and functionality of transformers and converters in various applications.

Latest Patents

Kandasamy holds a significant patent titled "Transformers, converters, and improvements to the same." This invention revolves around a soft-switching solid-state power transformer, which includes intricate designs such as a high-frequency transformer with first and second winding connections. The patent introduces a first auxiliary resonant circuit along with a first current-source inverter (CSI) bridge, incorporating reverse blocking switches that enhance the current conduction. Furthermore, it features a second auxiliary resonant circuit and a second CSI bridge, showcasing Kandasamy's expertise in creating advanced power conversion solutions.

Career Highlights

Currently, Karthik Kandasamy is affiliated with the Georgia Tech Research Corporation, a leading institution focused on research and innovation. His role involves pioneering new technologies and collaborating with fellow experts in the field. Kandasamy's dedication and inventive mindset have allowed him to stand out, contributing valuable advancements in electrical engineering.

Collaborations

In his professional journey, Kandasamy has had the opportunity to collaborate with notable colleagues, including Liran Zheng and Deepakraj M Divan. These partnerships reflect a shared commitment to innovation and the pursuit of cutting-edge research in the realm of power systems and electrical engineering.

Conclusion

Karthik Kandasamy exemplifies the spirit of innovation through his contributions to transformer technology. His patent not only highlights his technical skills but also underscores his potential to influence advancements in the electrical engineering field. As technology continues to evolve, Kandasamy's work remains a significant part of the conversation surrounding efficient power solutions.