Company Filing History:
Years Active: 2002-2011
Title: Innovations by Richard Lee Donze: A Glimpse into His Contributions
Introduction
Richard Lee Donze, an accomplished inventor based in Rochester, MN, has significantly impacted the field of semiconductor technology. With a total of 12 patents to his name, Donze has displayed a remarkable ability to innovate in a rapidly evolving industry.
Latest Patents
Among his latest contributions are two notable patents. The first, titled **"Semiconductor scheme for reduced circuit area in a simplified process,"** presents an improved semiconductor interconnect scheme utilizing a simplified manufacturing process. This invention features a polysilicon shape created on a silicon area, which allows for the formation of a silicide bridge to establish electrical coupling efficiently.
The second patent, **"FinFET body contact structure,"** describes a unique body contact structure for FinFET technology. This structure includes a wide fin portion with a specially designed polysilicon polygon shape on its top surface. The design prevents silicide bridging through sidewall spacers, ensuring optimal functionality for semiconductor devices.
Career Highlights
Richard Lee Donze currently works at International Business Machines Corporation (IBM), where he applies his expertise in semiconductor technologies. His 12 patents reflect his dedication to advancing the field and improving electronic devices' efficiency and performance.
Collaborations
Throughout his career, Donze has collaborated with notable colleagues, including William Paul Hovis and John Edward Sheets, II. These partnerships have fostered an environment of innovation and have contributed to the development of groundbreaking semiconductor solutions.
Conclusion
Richard Lee Donze's contributions to semiconductor technology continue to influence the industry. His inventive spirit and collaboration with industry peers highlight the dynamic nature of innovation in technology. As advancements in semiconductor designs emerge, Donze's work will likely play a crucial role in shaping the future of electronic devices.