Brad David Moore

Title: Brad David Moore: Innovator in Antenna Technology

Introduction

Brad David Moore is a notable inventor based in Boerne, TX (US). He has made significant contributions to the field of antenna technology, holding a total of 7 patents. His work focuses on developing innovative solutions that enhance the performance and efficiency of antennas.

Latest Patents

Among his latest patents is the design of ultra-wideband, low-distortion, omni-directional, and placement-insensitive antennas. The disclosed principles provide novel antennas and corresponding methods of manufacturing. In one aspect, an antenna according to the disclosed principles features a dielectric unit that may be azimuthally uniform, radially symmetric, or symmetric. This dielectric unit includes a first conducting surface, a second conducting surface, and a non-conducting aperture. The first conducting surface is located on a first radially interior surface of the dielectric unit and has both convex and concave surfaces. The second conducting surface, which is oblique to an axis of radial symmetry, extends radially outward from this axis. The non-conducting aperture is located on the radial exterior of the dielectric unit, and the first and second conducting surfaces define a dielectric volume that extends radially toward and terminates in the non-conducting aperture.

Another significant patent involves a microwave transition device for transitioning from an air-filled waveguide to a solid waveguide with a radiating aperture antenna. This transition device is designed to facilitate the movement of microwaves from an air-filled waveguide to an antenna. The air-filled waveguide is assumed to have an attachment flange, and the transition device features a compatible transition attachment flange. A rod, made from a solid piece of high-dielectric material, has an upper portion extending upwardly through the flanges and a lower portion extending downwardly into the air-filled waveguide. The outer surfaces of the upper portion, except for its end face, are metal plated, allowing it to function as a solid waveguide with a radiating aperture antenna.

Career Highlights

Brad has worked with several prominent organizations throughout his career, including the Southwest Research Institute and Intermec IP Corporation. His experience in these companies has contributed to his expertise in antenna technology and innovation.

Collaborations

Throughout his career, Brad has collaborated with talented individuals such as Yilun Luo and Wesley M Mays. These collaborations have further enriched his