Inventors with similar research interests:
Company Filing History:
Years Active: 1988-2023
Areas of Expertise:
Title: Earl William McCune, Jr.: Innovator in Radar and Communication Technologies
Introduction
Earl William McCune, Jr., based in Santa Clara, CA, has made significant contributions to the field of radar and communications through his inventive work. With an impressive portfolio of 74 patents, McCune has established himself as a leading inventor in advanced technologies.
Latest Patents
One of his latest innovations is the Universal Transmit/Receive Module for Radar and Communications. This module is designed for phased array systems and includes a shared antenna element for both transmitting and receiving. Key features of the UTR module consist of a transmit path with a phase shifter, driver, switch-mode power amplifier (SMPA), and a dynamic power supply (DPS). The receive path encompasses a TX/RX switch, bandpass filter (BPF), adjustable-gain low-noise amplifier (LNA), and a receive-path phase shifter. The versatility and wideband agility of the UTR module facilitate its use in multiple applications, notably in both radar and communications systems.
Career Highlights
Throughout his career, Earl McCune has been associated with various prominent organizations, including Panasonic Corporation. His tenure at these establishments has allowed him to merge theoretical knowledge with practical engineering, leading to groundbreaking innovations in his field.
Collaborations
McCune has worked alongside notable professionals in the industry, including Wendell B. Sander and Ronald A. Meck. These collaborations have not only enhanced his projects but also contributed to advancements in technology through shared expertise.
Conclusion
Earl William McCune, Jr. exemplifies innovation in radar and communication technology, as illustrated by his extensive patent portfolio and the collaborative efforts he undertakes. His developments pave the way for more adaptable and efficient systems, underscoring the vital role of inventors in shaping future technologies.