Company Filing History:
Years Active: 1981-1987
Title: The Innovative Mind of Robert N. Allgood in Electrical Engineering
Introduction: Robert N. Allgood, based in Austin, Texas, is a prominent inventor in the field of electrical engineering with a remarkable portfolio of eight patents. His inventions have contributed significantly to advancements in circuit design and signal processing.
Latest Patents: Among his latest innovations, Robert has developed a "High Voltage Detection Circuit" designed to generate an output signal when an input signal exceeds the power supply voltage by a predetermined amount. This invention features a reference current established by an output stage using a first current mirror alongside a second current mirror that detects input voltage levels with precision. Additionally, he has created an "MOS Analog Switch Driven by Complementary, Minimally Skewed Clock Signals," which incorporates two transmission gates compensated by a third. This innovative design is aimed at minimizing clock skew, thereby significantly reducing error voltages that may arise due to parasitic capacitance.
Career Highlights: Throughout his career, Robert has been associated with Motorola Corporation, where he has leveraged his expertise to drive innovation in electronic devices. His technical skills have allowed him to create solutions that enhance the performance and reliability of various electronic applications.
Collaborations: Robert has collaborated with notable professionals in his field, including Stephen H. Kelley and Richard W. Ulmer. Their combined efforts have fostered a conducive environment for innovation and progress at Motorola Corporation, leading to remarkable advancements in technology.
Conclusion: Robert N. Allgood stands out as a key figure in electrical engineering, with his eight patents reflecting his dedication to innovation. His contributions, particularly at Motorola Corporation, demonstrate the impact of ingenuity in shaping the future of technology. As he continues to develop novel solutions, the industry eagerly anticipates his future works and the potential they hold for advancing electronic functionality.