Gerald J Burke

Title: Gerald J Burke: Innovator of Low-Cost Impulse Compatible Wideband Antenna

Introduction:

Gerald J Burke is a notable inventor based in Livermore, California, recognized for his innovative contributions in the field of antenna technology. He primarily focuses on developing practical solutions that utilize impulse signals effectively. With a keen understanding of electromagnetic energy and its applications, Burke holds a unique patent that enhances the performance of antennas in various communication systems.

Latest Patents:

Gerald J Burke holds a patent for a "Low Cost Impulse Compatible Wideband Antenna." This invention comprises an antenna apparatus designed to facilitate the transmission and reception of impulse signals through a feed point relative to a ground plane. The invention features a geometric fin structure connected to the feed point and grounded through resistive termination. The design ensures that electromagnetic energy from the impulse signal is effectively received and radiated at specified impedances over a designated range of frequencies. Notably, the components, including the fin and ridge, can be constructed from either wire or planar surfaces. The overall structure may be housed in a radiation cavity, optimally constructed from stamped and etched metal sheets.

Career Highlights:

Gerald J Burke contributes to the University of California, where he engages in cutting-edge research and development activities. His work is pivotal within the university's engineering programs, facilitating advancements in communication technologies. Burke's patent underscores his profound understanding of the technical challenges inherent in antenna design, demonstrating his commitment to innovation and technological progress.

Collaborations:

Throughout his career, Gerald J Burke has collaborated with esteemed colleagues, including Erwin T Rosenbury and Scott D Nelson. These partnerships reflect a collaborative spirit within the scientific community, where cross-disciplinary collaboration enhances the quality and breadth of research. Such teamwork not only contributes to the development of new technologies but also fosters an environment conducive to innovation.

Conclusion:

Gerald J Burke is a significant figure in the realm of antenna innovation, with his work contributing to the evolution of impulse signal technology. Through his patent for a Low Cost Impulse Compatible Wideband Antenna, he exemplifies how targeted inventions can solve complex challenges in communication systems. His associations with the University of California and fellow researchers further amplify his impact on the industry, cementing his reputation as an influential inventor driving innovation in engineering.