Elaine K Poon

Title: The Innovative Journeys of Elaine K. Poon in Antifuse Technology

Introduction

Elaine K. Poon is a distinguished inventor based in Campbell, California. With a remarkable portfolio of two patents, she has significantly contributed to the field of antifuse technology, enhancing the capabilities of electronic devices. Her inventive spirit and technical prowess have left a notable mark in her industry.

Latest Patents

Elaine Poon's most recent patents revolve around the method of making a metal to metal antifuse. This antifuse structure features a meticulously designed bottom planarized electrode. It includes an interlayer dielectric (ILD) positioned over the bottom electrode, with an antifuse cell opening that exposes the bottom electrode. A first barrier metal layer is incorporated to protect the antifuse material from diffusion while forming an effective bottom electrode of reduced area, thus reducing the capacitance of the device. The antifuse material layer is strategically disposed over the first barrier metal layer, while a second barrier metal layer rests above the antifuse material layer. Finally, a top electrode completes the design, showcasing Elaine's innovative approach to improving electronic device functionality.

Career Highlights

Throughout her career, Elaine has worked for prominent organizations such as Actel Corporation, Inc. Her tenure at such esteemed companies has allowed her to further develop her expertise in technology and innovation, driving her to explore advanced solutions and foster advancements in the field.

Collaborations

In her journey as an inventor, Elaine collaborated with notable colleagues such as Shih-Oh Chen and Leuh Fang. Working alongside these talented professionals has enriched her experience and contributed to her success in pioneering antifuse technology.

Conclusion

Elaine K. Poon stands out as an influential figure in the realm of antifuse technology. Her commitment to innovation, evidenced by her patents and collaborative efforts, continues to inspire future generations of inventors. As technology advances, her contributions serve as a testament to the pivotal role of inventors in shaping the future of electronic devices.