Company Filing History:
Years Active: 1976
Title: James E Mathews - Innovator in Automatic Gain Control Systems
Introduction
James E Mathews is a notable inventor based in Kokomo, Indiana, recognized for his contributions to the field of electrical engineering. He has developed innovative technologies that enhance communication systems, particularly through his work on automatic gain control systems. With a patent to his name, Mathews is a testament to the ingenuity found in corporate research environments.
Latest Patents
James E Mathews holds a patent for a "Keyed Classical AGC System." This invention operates by utilizing a DC voltage that is directly proportional to an on-channel signal, which effectively controls the gain of the RF stage. Additionally, the system incorporates a keying mechanism from the wide band output of the mixer stage, significantly minimizing the potential for mixer overload. This advancement represents a valuable contribution to the field of signal processing and communications.
Career Highlights
Mathews is currently employed at GM Global Technology Operations LLC, where he continues to apply his expertise in developing cutting-edge technologies. His work in this influential company allows him to collaborate with other talented engineers and innovators, driving significant advancements in automotive and communication systems.
Collaborations
Throughout his career, Mathews has collaborated with other skilled professionals, including Wayne A Smith and Lester Wilkinson. These partnerships reflect the collaborative nature of innovation, as team efforts often propel the creation of groundbreaking technologies. Together, these inventors work towards enhancing the capabilities of their respective fields.
Conclusion
James E Mathews embodies the spirit of innovation, with a focus on automatic gain control systems that improve communication clarity and efficiency. His patent and ongoing contributions at GM Global Technology Operations LLC underline the importance of inventors in advancing technology. With continued research and collaboration, Mathews and his colleagues are poised to make further significant impacts in their sectors.