In the world of innovations and patents, Thomas Paul Weldon stands out as a brilliant mind in the field of electronic circuits and metamaterials. Hailing from Charlotte, NC, Weldon has made remarkable contributions to the advancement of technology through his groundbreaking inventions and patents. Let's delve deeper into Weldon's significant achievements, including his latest patents, and explore the company he works for, the University of North Carolina at Charlotte.

Thomas Paul Weldon's Patents:

With an impressive total of 11 patents to his name, Thomas Paul Weldon has demonstrated his expertise in various technological domains. Among his recent inventions, two notable patents catch attention - "Digital Discrete-time Non-Foster Circuits and Elements" and "Wideband Negative-Permittivity and Negative-Permeability Metamaterials Utilizing Non-Foster Elements."

The first patent showcases Weldon's prowess in implementing circuits and circuit elements with one or more ports. His method involves digitizing continuous-time input signals using analog-to-digital converters. With the aid of a digital signal processor, discrete-time input signals are processed to calculate desired discrete-time output signals. Using digital-to-analog converters, the calculated desired discrete-time output signals are converted back to continuous-time output signals, thereby establishing a desired relationship between input and output signals.

Weldon's second patent explores the world of metamaterials by presenting a unique arrangement of unit cells exhibiting a relative effective permeability and permittivity below unity over a wide bandwidth. He incorporates non-Foster elements, coupled with split rings and parallel plates, to achieve this extraordinary feat. The invention holds immense potential for applications demanding wideband negative-permittivity and negative-permeability metamaterials.

University of North Carolina at Charlotte:

Thomas Paul Weldon is associated with the University of North Carolina at Charlotte, an esteemed academic institution renowned for its commitment to research and technological advancements. The university provides an ideal platform for Weldon to explore his innovative ideas and collaborate with fellow researchers and inventors.

Notable Colleagues:

While Thomas Paul Weldon's contributions shine bright individually, he has had the privilege of working alongside other brilliant minds. Two notable coworkers, David M Binkley and Rafic Zein Makki, have supported and collaborated with Weldon in his research endeavors. Their combined expertise and shared passion for innovation have undoubtedly fueled groundbreaking discoveries.

Conclusion:

The story of Thomas Paul Weldon is one of dedication, ingenuity, and relentless pursuit of technological advancements. His numerous patents, including those related to discrete-time non-Foster circuits and wideband metamaterials, showcase his immense contribution to the field of electronic circuits and material sciences. As Weldon continues to push the boundaries of innovation, his work stands as an inspiration for aspiring inventors and researchers in the world of technologies.

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