Company Filing History:
5 out of 836 
1 out of 1 
2 out of 832,843 Years Active: 2011-2021
Title: **Innovations of Inventor Jia Di in Fayetteville, AR**
Introduction
Jia Di is a prominent inventor based in Fayetteville, Arkansas, known for her groundbreaking contributions in the field of circuit design and power management. With an impressive portfolio of seven patents, she has consistently demonstrated her expertise and commitment to innovation.
Latest Patents
Among her latest patents, Jia Di has developed the **Asynchronous Polymorphic Logic Gate Design**. This design features multiple polymorphic Multi-Threshold NULL Convention Logic gates that function under different supply voltages, showcasing the ability to switch between two distinct functionalities based on voltage levels. Additionally, her patent on **Asynchronous Circuit Stacking for Simplified Power Management** introduces a method for stacking multiple asynchronous circuit components, particularly Multi-Threshold NULL Convention Logic (MTNCL) components, ensuring that the overall power supply aligns with multiples of the original VDD. These inventions not only highlight her innovative spirit but also contribute significantly to the advancement of circuit technologies.
Career Highlights
Throughout her career, Jia Di has made substantial contributions while working at esteemed institutions, primarily at the University of Arkansas. Her work has been pivotal in pushing the boundaries of electrical engineering and circuit design, leading to the development of new technologies that enhance efficiency and performance.
Collaborations
In her journey as an inventor, Jia Di has collaborated with notable professionals in her field, including Scott Christopher Smith and Jerry Frenkil. These partnerships have allowed her to leverage diverse expertise and drive forward innovative solutions in asynchronous circuit design.
Conclusion
Jia Di's impressive track record and innovative patents underscore her role as a significant contributor to the advancement of technology in circuit design. As she continues to pursue her research and development endeavors, the impact of her work is likely to resonate within the industry and inspire future innovations.