Susan E Benua

Title: Innovative Mind: The Inventions of Susan E. Benua

Introduction: Susan E. Benua, an accomplished inventor based in Newtown, Connecticut, has made noteworthy contributions to the field of technology. With her innovative spirit, she has secured a patent that showcases her expertise in designing advanced systems for data transmission.

Latest Patents: Mrs. Benua's patent, titled "Time Multiplexed Bus Matrix Switching System," involves an intricate design that organizes ports into groups containing both input and output signal lines. The system utilizes three separate clock-synchronized time division switches for each port group, effectively managing data flow. The synchronization by the master system clock and the individualized control of each switch through storage of selected addresses demonstrates Benua's commitment to enhancing communication technologies. This patent underscores her ability to create solutions that improve the efficiency of data processing and transmission.

Career Highlights: Susan E. Benua has utilized her skills in a significant role at T-Bar Incorporated. Throughout her career, she has demonstrated an unwavering dedication to innovation in technology, which has culminated in her singular patented invention. Her work at T-Bar Incorporated places her at the heart of a company that values cutting-edge solutions in technology.

Collaborations: During her tenure, Benua has had the opportunity to collaborate with notable colleagues, including Stanley M. Schreiner and Peter Van Raalte. These partnerships reflect her active involvement in a team dedicated to advancing technological innovations.

Conclusion: Susan E. Benua's contributions as an inventor highlight her significant role in the advancement of bus matrix switching systems. Through her patent and collaborations, she has shown that innovation knows no bounds, inspiring future generations of inventors to push the limits of technology. Her work is a testament to the power of creativity and engineering in shaping the future.