Lawrence L Au

Title: Innovations of Lawrence L. Au in Semiconductor Technology

Introduction:

Lawrence L. Au, based in Laguna Hills, California, is a notable inventor in the realm of semiconductor technology. With a keen focus on improving product yield in semiconductor manufacturing, Au holds a patent that showcases his innovative contributions to the field. His work emphasizes advancing techniques that enhance semiconductor performance and reliability.

Latest Patents:

Lawrence L. Au's patent, titled "Deep trench isolation structure and method for improved product yield," introduces a unique semiconductor structure characterized by a deep trench isolation design. This design includes a filler material within the deep trench, which is strategically positioned adjacent to field oxide regions in a semiconductor substrate. A high density plasma (HDP) oxide layer, notably free of thermal oxide, is applied over the filler material, ensuring a substantially co-planar top surface with the surrounding field oxide regions. This innovation is particularly significant as it prevents the formation of nodules in the deep trench, ultimately leading to improved product yield.

Career Highlights:

Au's career is marked by his association with Newport Fab, LLC, where he has made significant strides in semiconductor technology. His contributions not only reflect a commitment to innovation but also underscore the importance of his role in developing manufacturing processes that yield higher quality semiconductor products.

Collaborations:

Throughout his career, Lawrence L. Au has collaborated with esteemed colleagues, including George E. Parker and Dieter Dornisch. These partnerships have allowed for the exchange of ideas and the development of cutting-edge solutions in the semiconductor industry.

Conclusion:

Lawrence L. Au's innovative work in semiconductor technology demonstrates his dedication to enhancing product yield through advanced manufacturing techniques. His patent reflects a notable step forward in the industry, reflecting not only his individual contributions but also the collaborative efforts of his peers. As technology continues to evolve, Au’s innovations are likely to play a pivotal role in shaping the future of semiconductor production.