Company Filing History:
Years Active: 2011
Title: **James William McGinley: Innovator in Thermal Limit Control Systems**
Introduction
James William McGinley is a notable inventor based in Natick, MA, with a keen focus on innovations in thermal limit control systems. With one patent to his name, McGinley has made significant contributions to the field of pulse generation, demonstrating his expertise and creativity in the realm of electrical engineering.
Latest Patents
McGinley's patent, titled "System and method for thermal limit control," introduces a sophisticated system designed to optimize power dissipation. This innovative technology entails a power dissipating element that interacts with a power source to generate a first signal. Integral to the system is a measuring instrument that assesses this signal, feeding data into a duty cycle limiter. The pulse controller is then able to manage the duty cycle of the first signal, with safeguards in place to disable components if exceeded conditions occur, showcasing McGinley's forward-thinking approach to safety and efficiency in power management.
Career Highlights
Currently, McGinley is associated with LTX-Credence Corporation, a company known for its advanced testing equipment for semiconductor devices. His work there is emblematic of his commitment to pushing technological boundaries, ensuring that innovations in power systems are both practical and reliable.
Collaborations
Throughout his career, McGinley has collaborated with esteemed colleagues, including Philip Earle Perkins and Stephen Frederick Limoges, Jr. Their combined expertise fosters an environment rich in innovation and problem-solving, allowing for collaborative advancements in technology and engineering.
Conclusion
James William McGinley stands out as a dedicated inventor whose work in thermal limit control systems demonstrates significant advances in power management. His collaboration with notable professionals and his tenure at LTX-Credence Corporation reinforce his position as a pivotal figure in the realm of electrical engineering innovations. As technologies continue to evolve, McGinley's contributions will undoubtedly influence future advancements in the industry.