James Timony

Title: Innovator Spotlight: James Timony

Introduction

James Timony is an accomplished inventor based in North Andover, Massachusetts. He has made significant contributions to the field of Micro-Electro-Mechanical Systems (MEMS) with his groundbreaking patent. His work is pursued at Analog Devices, Inc., a company known for its innovation and excellence in semiconductor technology.

Latest Patents

James Timony holds one patent titled "Fabrication of tungsten MEMS structures." This patent presents an innovative method for creating thick, fine-grained, low-stress tungsten MEMS structures at low temperatures. It is particularly relevant to MEMS last fabrication processes, wherein MEMS structures are created after electronic circuitry. The patent discloses means for accurately etching structural details from the deposited tungsten layer, ensuring a strong and stable anchoring to the underlying substrate. Moreover, it details a method for removing a sacrificial layer underlying the mobile tungsten layer without causing damage or compromising the structure's integrity.

Career Highlights

Throughout his career, James Timony has demonstrated a commitment to advancing MEMS technology. His background at Analog Devices, Inc. has provided him with the resources and collaborative environment to explore and refine his innovative ideas. His focus on practical applications of MEMS structures has positioned him as a valuable contributor to the field.

Collaborations

In addition to his innovative work, James has collaborated with talented colleagues such as John Albert Geen and George M. Molnar. These partnerships have fostered an exchange of ideas and insights, further enhancing the development and implementation of MEMS technologies.

Conclusion

James Timony is a notable inventor whose work in the fabrication of tungsten MEMS structures highlights the importance of innovation in technology. With his patent at Analog Devices, Inc., he continues to contribute to advancements that may have far-reaching implications in various applications, demonstrating that the pursuit of knowledge and invention can lead to remarkable progress in the field of engineering and technology.