Arthur P Geffon

Title: The Innovative Mind of Arthur P. Geffon: Patents and Collaborations

Introduction: Arthur P. Geffon, an inventive engineer based in Sunnyvale, CA, has made significant contributions to the field of magnetic recording technology. With a total of three patents to his name, his work showcases innovative solutions aimed at enhancing data recording quality and efficiency.

Latest Patents: Among Arthur P. Geffon's notable innovations are two key patents. The first is the “Magnetic Recording Signal Equalization Apparatus,” which introduces a method of recording data for magnetic recording means that achieves increased packing density without peak shift. This invention involves generating an AC bias signal in tandem with data transitions, greatly enhancing the quality of recorded data. The second patent, a “Circuit for Detecting Zero Crossing Points for Data Signal,” focuses on accurately identifying zero crossing points in a data signal. This circuit improves data integrity by eliminating noise below a specified amplitude or width before detection.

Career Highlights: Arthur is currently associated with the Sperry Rand Corporation, where he has applied his expertise to develop cutting-edge recording technologies. His innovative work reflects a commitment to pushing the boundaries of data recording and detection techniques, which is vital in today's data-driven world.

Collaborations: Throughout his career, Arthur has collaborated with talented professionals, including notable coworkers such as George V. Jacoby and Robert Price. These collaborations have contributed to a creative and dynamic work environment that fosters ongoing innovation.

Conclusion: Arthur P. Geffon's contributions to technology demonstrate the impact of dedicated inventors in advancing magnetic recording methods. His patents not only showcase his inventive spirit but also underline the importance of collaboration in achieving significant advancements in technology. As we continue to rely heavily on data, inventions like those of Arthur Geffon become increasingly relevant in shaping the future of recording and data processing.