Zaher Bardai

Title: Zaher Bardai: A Pioneer in Microelectronics

Introduction:

Zaher Bardai, a highly accomplished inventor based in Torrance, California, has made significant contributions to the field of microelectronics. With six patents to his name, Bardai has revolutionized the design and fabrication of field emission devices. This article will delve into his latest patents, career highlights, notable collaborations, and conclude with an appreciation of his pioneering work in this domain.

Latest Patents:

Bardai's latest patents showcase his expertise in developing field emission devices with air bridge anodes. The first patent, titled "Method of making microelectronic field emission device with air bridge," describes the implementation of an air bridge anode that spans the tip of a field emission cathode. The anode, supported only at its opposite ends, allows for better clearance between the anode and cathode, resulting in reduced size and operating voltage levels.

The second patent, aptly titled "Microelectronic field emission device with air bridge anode," builds upon the concepts introduced in the previous patent. This invention employs a series of parallel, laterally spaced anode air bridges that scan a line of cathodes. The lateral spacing between the air bridges facilitates both fabrication processes and the creation of a uniform vacuum if desired. Integration of the air bridge anodes with the remaining integrated circuitry streamlines the design and manufacturing process.

Career Highlights:

Zaher Bardai has made significant contributions throughout his career, with a specific focus on microelectronics. His work began at Hughes Aircraft Company, where he honed his skills and made notable advancements in electronic device design. Bardai's inventive spirit led him to venture into other companies, continually pushing the boundaries of microelectronic technology.

Collaborations:

Bardai's expertise has also led him to collaborate with distinguished peers in the industry. Among his notable coworkers are Robert T Longo and Arthur E Manoly, who have likely contributed to the pooling of ideas and the realization of groundbreaking innovations.

Conclusion:

Zaher Bardai's remarkable work in the field of microelectronics has significantly impacted the design and fabrication of field emission devices. With his array of patents, Bardai has introduced novel concepts like air bridge anodes that have reduced the size and operating voltage levels of these devices. His illustrious career and collaborations demonstrate his commitment to advancing microelectronic technology. We eagerly anticipate future contributions from this innovative inventor, as he continues to shape the fortunes of the industry.