Company Filing History:
Years Active: 2001
Title: The Innovations of Kevin F. Didden in Sensing Technology
Introduction: Kevin F. Didden, an inventive mind based in Wallingford, CT, has made significant contributions to sensing technology through his innovative patent. His work within Cidra Corporation has positioned him as a notable figure in the realm of advanced sensing systems.
Latest Patents: Didden holds a patent for "Sensing systems using quartz sensors and fiber optics." This invention details a sophisticated quartz sensing system that incorporates a quartz sensor, an electromechanical converter, an optical source, optical fiber, and a signal processor. The quartz sensor is designed to respond to pressure and electrical power signals, thus generating a quartz sensor electrical signal that contains critical pressure information. The electromechanical converter further processes this signal, producing an output indicative of the sensed voltage or current.
The optical component of the system, which includes a source and fiber, reacts to changes in the electromechanical converter force, thereby altering an optical parameter based on the fiber's length modifications. Didden's inventive work also explores various embodiments, including the use of piezoelectric and magnetostrictive transducers in responding dynamically to sensor signals.
Career Highlights: Didden's career at Cidra Corporation showcases his ability to blend theoretical knowledge with practical applications in sensing technology. His innovative work upon integrating quartz sensors with fiber optic systems highlights his skill in pushing the boundaries of current technology.
Collaborations: Throughout his career, Didden has collaborated with respected colleagues Jian-Qun Wu and Alan D. Kersey. This teamwork has proven essential in refining and enhancing the capabilities of the sensing systems he has developed, underscoring the importance of collaboration in innovation.
Conclusion: Kevin F. Didden is a prominent inventor whose work in sensing systems demonstrates the potential of integrating advanced materials and technologies. His contributions to the field not only advance our understanding of pressure sensing but also lay the groundwork for future innovations within the industry. As technology continues to evolve, Didden's invention serves as a crucial reference point, highlighting the intersection of creativity and engineering in developing cutting-edge sensing solutions.