Company Filing History:
Years Active: 2017
Title: R Jacob Baker: Innovator of NMOS Regulated Voltage Reference
Introduction: R Jacob Baker is an accomplished inventor based in North Billerica, Massachusetts. With a focus on electrical engineering, Baker has made significant contributions to the field through his innovative patent for an NMOS regulated voltage reference. His invention showcases his expertise and commitment to advancing technology.
Latest Patents: R Jacob Baker holds one notable patent: the NMOS regulated voltage reference. This patent details a method and system for generating a reference voltage. The innovative process involves generating a voltage VRIGHT using a first transistor and a voltage VBIAS using a second transistor. The two transistors' gates are connected to a common node VREF, which is regulated to ensure that the source-drain currents in each transistor remain equal. This invention utilizes NMOS transistors and includes a differential pair to detect voltage differences, making it a valuable advancement in voltage regulation technology.
Career Highlights: R Jacob Baker is currently employed at HGST, Inc., a leader in storage solutions and technology. His work there has allowed him to further develop his expertise in electronics and contribute to significant technological advancements. Baker's innovative spirit is underscored by his determined approach to problem-solving and his ability to design effective systems.
Collaborations: Throughout his career, Baker has collaborated with fellow inventor Ward M Parkinson. Working together, they have contributed to advancements in the field, exchanging ideas and leveraging each other's expertise to push the boundaries of innovation in technology.
Conclusion: R Jacob Baker stands out as a talented inventor whose work has the potential to impact the field of electrical engineering. His NMOS regulated voltage reference patent highlights his innovative thinking and dedication to creating efficient solutions. As technology continues to evolve, Baker's contributions will undoubtedly inspire future innovations in voltage regulation and beyond.