Company Filing History:
Years Active: 1988
Title: A Spotlight on Inventor Antonella Lanati
Introduction
Antonella Lanati is an esteemed inventor based in Pavia, Italy, known for her contributions to the field of electronics and circuit design. With two patents to her name, she has made significant advancements in high-efficiency switching circuits and current gain stages.
Latest Patents
Antonella's latest inventions demonstrate her innovative approach to electronic circuit design. The first, titled "Monolithically Integratable High Efficiency Switching Circuit," is a high-efficiency switching circuit that can be monolithically integrated. It features a power output transistor that is driven to switch via a second transistor coupled to its control terminal. Additionally, circuit components for charge extraction are linked to the base terminals of both transistors and are activated by an enabling circuit connected to a third transistor.
Her second patent, "Current Gain Stage with Low Voltage Drop," describes a current gain stage that can be utilized in place of a Darlington current gain stage. This design retains the precision characteristics of the output current value while minimizing voltage drop. This stage employs a collector connection of the input transistor to a current mirror, allowing the output current of the gain stage to maintain high precision.
Career Highlights
Antonella is currently employed at SGS Microelettronica Spa, where she contributes her expertise to developing innovative electronic solutions. Her work focuses on enhancing efficiency and precision in electrical circuits, allowing for improved performance in various applications.
Collaborations
Throughout her career, Antonella has collaborated with notable colleagues, including Pietro Menniti and Angelo Alzati. These partnerships in the research and development of electronic technologies have further enriched her contributions to the field.
Conclusion
In conclusion, Antonella Lanati stands out as a remarkable inventor in the realm of electronic circuit innovation. With her pioneering patents and collaboration with esteemed professionals, she continues to make an impact on the industry. Her work not only exemplifies individual excellence but also contributes to the advancement of technology as a whole.