Company Filing History:
Years Active: 2007
Title: The Innovations of James Alexander Eichner in AC Power Backfeed Protection
Introduction
James Alexander Eichner is a notable inventor based in Vancouver, Canada, recognized for his contributions to electrical engineering, particularly in the field of AC power systems. With one patent to his name, Eichner has developed innovative solutions to enhance the safety and reliability of power systems.
Latest Patents
Eichner's significant patent, titled "AC Power Backfeed Protection Based on Phase Shift," presents a sophisticated system designed to manage power input and output from multiple AC sources. The system features input terminals that receive AC power from a primary source, and output terminals that supply power to a load from a secondary AC source. A unique transfer switch allows for the configuration to either connect or isolate the input and output terminals. When isolation is activated, the system promptly ceases power supply from the secondary source if a phase shift aligns the voltage at the input terminals with that of the secondary source.
Career Highlights
Eichner has an impressive career history, which includes working with renowned companies such as Xantrex International and Xantrex Technology Inc. His experience in these organizations has significantly contributed to his knowledge and expertise in the field of electrical systems and innovations.
Collaborations
Throughout his career, Eichner has collaborated with talented professionals, including his coworkers Thomas Michael Unger and Mare Badenhorst. These collaborations have undoubtedly influenced his inventive process and further advanced his contributions to electrical engineering and innovation.
Conclusion
James Alexander Eichner stands out as an influential inventor whose work in AC power backfeed protection reflects his commitment to improving electrical safety and efficiency. His patent showcases innovative thinking that addresses critical issues in power systems, establishing him as a noteworthy figure in the realm of electrical engineering advancements.