Tianjin, China

Zhongjie Wang


Average Co-Inventor Count = 6.0

ph-index = 1


Company Filing History:


Years Active: 2023

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1 patent (USPTO):Explore Patents

Title: Innovator Zhongjie Wang: Advancing Transformer Technology

Introduction

Zhongjie Wang is a distinguished inventor based in Tianjin, China, recognized for his significant contribution to transformer technology. With his innovative approach, he has filed one patent that holds importance in the manufacturing of planar transformers.

Latest Patents

Zhongjie Wang's notable patent is titled "Method for Manufacturing Planar Transformer with Odd Turn Ratio." This invention outlines a comprehensive process involving the determination of turn ratios and winding parameters essential for manufacturing transformers with odd turn ratios. The method includes steps such as identifying winding turns across various layers, calculating wire widths, and establishing connections for primary and secondary windings, ultimately leading to an efficient transformer design.

Career Highlights

Currently, Zhongjie Wang is associated with Tianjin University, where he utilizes his expertise in electrical engineering and innovation to further research and development in the field of transformer design. His patent reflects a blend of technical knowledge and practical application, showcasing his role as a forward-thinking inventor in academia.

Collaborations

Throughout his career, Zhongjie has collaborated with esteemed colleagues such as Yifeng Wang and Bo Chen. Together, they contribute to research initiatives that push the boundaries of electrical engineering and innovation, fostering an environment of creativity and collaboration at their university.

Conclusion

Zhongjie Wang's inventive spirit and dedication to advancing transformer technology through his patent exemplify his commitment to innovation. As he continues his work at Tianjin University, he is likely to inspire future developments in the field and contribute to the technological landscape. His achievements not only highlight his personal success but also the potential for significant advancements within the engineering community.

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