Phu Cu Dao

Title: **Inventor Phu Cu Dao: Innovating MEMS Sensors**

Introduction

Phu Cu Dao, an accomplished innovator located in Arcadia, CA, has made a significant contribution to the field of micro-electromechanical systems (MEMS). With one patent under his belt, Dao's work focuses on enhancing sensor technology, particularly in reducing the effects of thermal stress on sensor performance.

Latest Patents

Dao's notable patent is titled "MEMS sensor with single central anchor and motion-limiting connection geometry." This inventive design includes a sense element supported by a single anchor arranged in a central hub-like manner. This innovative approach effectively minimizes thermal stress impacts, which is a common challenge in MEMS sensor development. Unlike traditional designs that require multiple anchors to suitably constrain the motion of the sense element, Dao's patent uniquely supports it using connection elements that restrict the motion to a single-degree-of-freedom. These connection elements may feature designs such as converging flexures or extender bars, showcasing his inventive ingenuity.

Career Highlights

Phu Cu Dao currently works with Microsensors Corporation, contributing to advancements in MEMS technologies. His role as an inventor emphasizes his commitment to research and development in the sensor industry, where his contributions have potential applications across various technological fields.

Collaborations

Dao collaborates closely with esteemed colleagues, including John William Reeds, III and Ying Wen Hsu. Working together, they explore innovative solutions in sensor technology, enhancing the capability and reliability of MEMS products.

Conclusion

With his innovative patent and collaborations, Phu Cu Dao has established himself as a notable figure in the MEMS sensor industry. His work at Microsensors Corporation demonstrates the impact of thoughtful design and engineering on sensor technology, promising advancements that could influence a multitude of applications in the future.