Scott D Nelson

Title: Innovations in Antenna Technology: Scott D. Nelson

Introduction

Scott D. Nelson, an inventive mind based in Tracy, CA, holds a notable patent in the field of antenna technology. As an innovator, he has contributed significantly to advancements that enhance communication systems. His work benefits a wide array of applications, particularly in the realm of impulse signal processing.

Latest Patents

Scott D. Nelson is recognized for his patent titled "Low Cost Impulse Compatible Wideband Antenna." This invention outlines an antenna apparatus and method that facilitates the effective transmission and reception of impulse signals through its design. The innovative structure includes a geometric fin connected to a feed point and termination resistance, positioned relative to a ground plane. The design incorporates a geometric ridge that interacts with the fin to receive and radiate electromagnetic energy at predetermined impedance and frequency ranges. The unique construction enables efficient performance and versatility, allowing the fin and ridge to be made from wires or planar surfaces.

Career Highlights

Currently, Scott D. Nelson works at the University of California, where he collaborates on various research projects focusing on advanced communication technologies. His dedication to innovation in antenna design has positioned him as a knowledgeable figure in the field, contributing both through research and patents.

Collaborations

In his career, Scott has had the opportunity to work alongside esteemed colleagues such as Erwin T. Rosenbury and Gerald J. Burke. These collaborations have fostered a rich environment for innovation, combining expertise and ideas to develop cutting-edge technologies that address modern communication challenges.

Conclusion

Scott D. Nelson's contributions to antenna technology are significant in paving the way for future innovations in communication systems. His patented invention, which provides an efficient means of impulse signal handling, exemplifies the intersection of creativity and practical application in engineering. As a member of the University of California community, his work continues to inspire advancements that will shape the future of wireless communication.