Company Filing History:
Years Active: 2009-2016
Title: D Matthew Landry: Innovator in Circuit Design
Introduction
D Matthew Landry, located in Austin, TX, is a prolific innovator and inventor renowned for his contributions to circuit design and power management technology. With a total of 13 patents to his name, Landry has demonstrated a strong commitment to developing solutions that enhance the efficiency and functionality of electrical systems.
Latest Patents
Among his latest inventions are significant advancements in circuit devices. One notable patent is for a "Circuit device and method of suppressing a power event," which features a diode bridge that utilizes multiple diodes and diode bypass elements to manage power input and outputs effectively during power events. Additionally, he developed a "Circuit device and method of current limit-based disconnect detection," which incorporates a power sourcing equipment (PSE) device designed to recognize the disconnection of powered devices through an adjustable current limiter circuit. These innovations reflect Landry's expertise in creating smart, reliable electrical solutions.
Career Highlights
D Matthew Landry has had a successful career working with esteemed companies. He notably contributed his skills to Silicon Laboratories, Inc., where he honed his expertise in circuit design and power management technologies. His work has undoubtedly influenced the development of modern electronic systems, making them more efficient and reliable.
Collaborations
Throughout his career, Landry has collaborated with prominent professionals in the field, including Russell J. Apfel and Richard Bruce Webb. These partnerships have allowed him to leverage shared knowledge and experience, leading to groundbreaking innovations in electronic circuits and power systems.
Conclusion
D Matthew Landry stands out as a significant inventor in the field of circuit devices and power management. With a portfolio of 13 patents, his work continues to influence the development of innovative technologies that enhance the efficiency of electrical systems. His collaborations and contributions underscore the importance of teamwork in the pursuit of technological advancement.