Spandana V Barre

Title: The Innovative Mind of Spandana V Barre

Introduction

Spandana V Barre, a remarkable inventor located in Kokomo, Indiana, has made significant contributions to the field of electrical engineering. With one patent to her name, she has showcased her innovative thinking and technical expertise in the development of sophisticated systems that enhance motor performance and fault detection.

Latest Patents

Spandana holds a patent for "Systems and methods for phase-voltage based motor period measurement and controlled signal path fault detection." This invention entails a method for phase-voltage based motor period measurement, which includes generating a commanded phase voltage and applying it to multiple phase voltage inputs of an electric motor. The method involves measuring the first period of a phase voltage and comparing it with the frequency of the commanded voltage, and it identifies faults associated with integrated circuits or signal paths when the measured period falls outside a defined range. This patent reflects her dedication to improving the reliability and efficiency of electric motor systems.

Career Highlights

Spandana is currently associated with Delphi Technologies IP Limited, a company known for its cutting-edge technologies in the automotive industry. Her work at Delphi emphasizes her commitment to innovation in electric motor systems and fault detection methodologies.

Collaborations

Throughout her career, Spandana has collaborated with talented individuals such as Raquib Buksh and Kevin M Gertiser. These collaborations highlight her ability to work effectively in teams, contributing to projects that enhance technological advancements in engineering.

Conclusion

Spandana V Barre is a pioneering inventor whose patent in motor period measurement and fault detection reflects her innovative spirit and expertise. Her work at Delphi Technologies IP Limited and collaborations with fellow engineers only serve to reinforce her role as a significant contributor to advancements in electrical engineering. Her contributions aim to improve the efficiency and safety of electric motors, ensuring a better future for technological applications in the industry.