Barry F Haesly

Introduction

Barry F. Haesly is a notable inventor based in Richardson, Texas, known for his contributions to the fields of fiber optics and printed circuit technology. He has been granted two patents that demonstrate his innovative spirit and technical expertise.

Latest Patents

One of Haesly's significant inventions is the **Snap-action fiber optic connector**. This low-cost connector features a body member that allows a ferrule to be inserted and held by an expandable retainer. The unique design enables the ferrule to snap out of the assembly when a substantial pulling force is applied, which helps prevent damage to both the fiber and the connector. A preferred embodiment includes two aligned ferrules inserted into opposite sides of the body, facilitating the interconnection of two optical fibers.

His other notable patent is the **Printed circuit board switch**, which consists of a housing and a spring. This innovative switch provides convenient attachment methods for assembly with a printed circuit board. The spring serves dual purposes, operating as an electrical connection and as a tension mechanism that compensates for tolerances within the assembly.

Career Highlights

Barry F. Haesly has spent a significant portion of his career at Texas Instruments Corporation, a leading firm in semiconductor and electronics innovation. His work has contributed to the advancement of key technologies in this industry.

Collaborations

Throughout his career, Haesly has collaborated with esteemed colleagues such as Richard D. Harris and Eugene G. Dierschke. These collaborations have further enhanced the innovative projects and patents that have emerged from Texas Instruments.

Conclusion

Barry F. Haesly's inventive work in fiber optics and circuit design showcases the importance of innovation in technology. His patents not only reflect his technical skills but also his commitment to improving electronic connectivity solutions. As technology continues to evolve, the impact of his contributions will be felt for years to come.