Location History:
- Bosie, ID (US) (2003)
- Boise, ID (US) (1999 - 2007)
Company Filing History:
Years Active: 1999-2007
Title: David D Siek: Innovator in Dynamic Random Access Memory Technology
Introduction
David D Siek is a prominent inventor based in Boise, ID (US), known for his significant contributions to the field of dynamic random access memory (DRAM) technology. With a total of 13 patents to his name, Siek has made notable advancements that enhance the performance and reliability of memory systems.
Latest Patents
One of Siek's latest patents is titled "Method of stress-testing an isolation gate in a dynamic random access memory." This invention involves a DRAM array that includes a first memory cell, a second memory cell, and an isolation gate formed between them. The isolation gate is designed to provide electrical isolation between the two memory cells. The DRAM array also features a first switch with load electrodes and a control electrode that accepts a control signal. The first load electrode is connected to the isolation gate, while the second load electrode is grounded. Additionally, a second switch is included, which also has load electrodes and a control electrode for a second control signal, further enhancing the functionality of the DRAM system.
Career Highlights
David D Siek is currently employed at Micron Technology Incorporated, a leading company in semiconductor manufacturing. His work at Micron has allowed him to focus on innovative memory solutions that address the growing demands of modern computing.
Collaborations
Siek has collaborated with notable colleagues, including Joseph C Sher and Huy Thanh Vo, contributing to various projects that push the boundaries of memory technology.
Conclusion
David D Siek's contributions to dynamic random access memory technology through his patents and work at Micron Technology Incorporated highlight his role as a key innovator in the field. His inventions continue to influence the development of advanced memory systems, ensuring better performance and reliability in computing.