Location History:
- Wilton, NH (US) (2009)
- Manchester, NH (US) (2013)
Company Filing History:
Years Active: 2009-2013
Title: Wilburn M. Miller: Innovator in Integrated Circuit Technology
Introduction
Wilburn M. Miller is a notable inventor based in Manchester, NH (US), recognized for his contributions to integrated circuit technology. With a total of two patents to his name, Miller has made significant advancements in the field, particularly in the areas of circuit design and load characterization.
Latest Patents
Miller's latest patents include "Circuit having integrated heating structure for parametric trimming" and "System and method for characterizing a load at the end of a cable." The first patent describes an integrated circuit (IC) that features a heated portion designed to enhance the performance of temperature-sensitive circuit components. This innovative design includes a substrate with a semiconductor surface, a pre-metal dielectric layer, and a metal interconnect stack, all working together to optimize circuit functionality. The second patent outlines a method for determining whether a load within a powered device is within an acceptable resistance range, ensuring efficient power sourcing and management.
Career Highlights
Miller is currently employed at Texas Instruments Corporation, a leading company in the semiconductor industry. His work at Texas Instruments has allowed him to apply his innovative ideas and contribute to the development of cutting-edge technologies in integrated circuits.
Collaborations
Miller has collaborated with esteemed colleagues such as Jean Picard and Lin Wang, further enhancing the innovative environment in which he works. These collaborations have likely played a role in the successful development of his patents and the advancement of technology at Texas Instruments.
Conclusion
Wilburn M. Miller's contributions to integrated circuit technology through his patents and work at Texas Instruments Corporation highlight his role as a significant innovator in the field. His advancements continue to influence the development of efficient and effective electronic systems.