Matthew S Fitzpatrick

Title: **Matthew S Fitzpatrick: Innovating in Voltage Suppression Systems**

Introduction

Matthew S Fitzpatrick, an accomplished inventor based in Portland, Connecticut, is known for his significant contributions to the field of electrical engineering. With a focus on transient voltage suppression, Fitzpatrick holds two patents that highlight his innovative approach to enhancing device reliability and performance.

Latest Patents

Fitzpatrick's latest patents include groundbreaking designs aimed at improving transient voltage suppression and heat management in electronic systems.

1. **Vertical Mount Transient Voltage Suppressor Array** - This invention is a system that comprises a package with top and bottom surfaces housing multiple high-power transient voltage suppressors. These suppressors feature major surfaces that are substantially perpendicular to the package's surfaces, ensuring optimal performance. The robust lead frame, with leads designed to dissipate heat effectively and resist vibration-induced stress, enhances the reliability of the voltage suppression system.

2. **Vertically Mounted Multi-Hybrid Module and Heat Sink** - This innovation introduces a multi-hybrid module that includes several hybrid assemblies mounted perpendicularly to the plane of a circuit board. The assemblies are strategically placed on either side of a heat sink designed for efficient thermal management. By maintaining the hybrid assemblies on edge in relation to the circuit board, the innovation minimizes the area profile of the multi-hybrid module, allowing for more compact designs in electronic applications.

Career Highlights

Matthew S Fitzpatrick is part of Hamilton Sundstrand Corporation, a major player in the aerospace and industrial markets. His work there focuses on the development of advanced electrical systems that improve performance and reliability in various applications.

Collaborations

Fitzpatrick has collaborated with talented individuals such as Jay W Kokas and Kevin P Roy, leveraging their expertise to advance the development and implementation of his innovative ideas. These collaborations underscore the importance of teamwork and knowledge sharing in the innovation process.

Conclusion

Matthew S Fitzpatrick continues to make an impact with his inventive solutions in voltage suppression technology. His patents not only demonstrate his technical expertise but also reflect a commitment to enhancing the functionality and reliability of electronic systems in today's market. As he progresses in his career, Fitzpatrick’s contributions are sure to influence future advancements in electrical engineering.