James C Kei Lau

Title: Innovations by James C Kei Lau

Introduction

James C Kei Lau is a notable inventor based in Torrance, CA, who has made significant contributions to the field of electrical engineering. With a total of 2 patents to his name, Lau has developed innovative solutions that enhance the functionality of electronic circuit connections.

Latest Patents

Lau's latest patents include a "Connector for Integrated Circuit Chips" and a "Massive Parallel Interconnection Attachment Using Flexible Circuit." The first patent describes a connector designed for electrically coupling groups of contact points on electronic circuit chips. This connector is created by applying a dielectric material to a conductive base, lithographically printing a pattern, etching it, and electroplating to form conductive members that extend through the dielectric material. This innovative design allows for efficient electrical coupling between circuit chips.

The second patent focuses on an electrical interconnect and its fabrication method. It involves a transparent dielectric layer on a support structure, with a conductive circuit layer plated above it. Separate conductive layers are then added to create conductive vias, allowing for visually aligned contact tips to connect with target connections. This design also permits the support structure to be partially removed, resulting in a flexible interconnect.

Career Highlights

James C Kei Lau has worked at TRW Limited, where he has been able to apply his expertise in electrical engineering to develop groundbreaking technologies. His work has contributed to advancements in the field, particularly in the area of circuit interconnections.

Collaborations

Lau has collaborated with notable colleagues such as Richard P Malmgren and Ronald A DePace, further enhancing the innovative projects he has been involved in.

Conclusion

James C Kei Lau's contributions to electrical engineering through his patents demonstrate his commitment to innovation and advancement in technology. His work continues to influence the design and functionality of electronic circuits.