Company Filing History:
Years Active: 2025
Title: **Angelo Gregory Scott Gilmore: Innovator in Pixel Technology**
Introduction
Angelo Gregory Scott Gilmore, an inventor based in Boulder, Colorado, has made significant contributions to the field of pixel technology with his innovative ideas. With one patent under his name, Gilmore continues to push the boundaries of imaging technology, particularly in reducing blooming in pixel sensors.
Latest Patents
Gilmore's notable patent is for an invention titled "Anti-blooming buffered direct injection pixels." This pixel design includes an anti-blooming injection transistor (DI) under the control of a buffered direct injection (BDI) amplifier/transistor combination. The unique feature of this invention is that the 'turn on' of the anti-blooming injection transistor is offset from the turn on of the BDI transistor. When this offset is surmounted, any excess charge can be diverted away from an integration capacitor. This mechanism allows the BDI transistor/amplifier combination to maintain nominal bias over a broader range, effectively reducing blooming. Furthermore, the implementation of this pixel design can be enhanced by adding a second transistor and capacitor to existing BDI architectures.
Career Highlights
Angelo Gregory Scott Gilmore currently works for Raytheon Company, where he applies his expertise in developing advanced imaging technologies. His contributions at Raytheon have been pivotal in advancing high-performance imaging systems used in various applications, ranging from military to civilian sectors.
Collaborations
Throughout his career, Gilmore has likely collaborated with numerous professionals in the field of imaging technology. These collaborations have helped refine his ideas and bring innovative solutions to market, although specific partnerships have not been detailed in the available information.
Conclusion
Angelo Gregory Scott Gilmore stands out as an innovator whose work in pixel technology significantly enhances imaging performance. His patent for anti-blooming buffered direct injection pixels demonstrates his commitment to addressing challenges in imaging systems. As he continues his work at Raytheon Company, the impact of his innovations is sure to resonate across various fields.