Company Filing History:
Years Active: 2017
Title: **Innovative Contributions of Pascal Reynier in RF Circuit Design**
Introduction
Pascal Reynier is a distinguished inventor based in Paris, France, known for his innovative contributions to radio frequency (RF) circuit design. With one patent to his name, he has made significant advancements in the field, which demonstrate his expertise and creativity.
Latest Patents
Reynier's patent, titled "Multimode operation for differential power amplifiers," is a cutting-edge RF circuit designed for wireless devices. This invention comprises a single differential power amplifier paired with an impedance balancing circuit tailored for each frequency band. The impedance balancing circuit is crucial as it maintains appropriate impedance at the amplifier's output while adapting to changes in the device's operating mode. Additionally, it transforms the amplifier's differential output into a single-ended output. The circuit includes an optional BALUN and a variable capacitor, which adjusts as the operating mode shifts to optimize the amplifier's output impedance.
Career Highlights
Currently, Pascal Reynier works at Acco Corporation, where he leverages his knowledge and skills to drive innovation in RF technologies. His ability to design advanced circuits has positioned him at the forefront of technological development in wireless communications.
Collaborations
Throughout his career, Reynier has collaborated with several notable colleagues, including Hervé Cam and Emmanuel Picard. These partnerships have allowed Reynier to enhance his work and contribute to a synergy of ideas that push the boundaries of technology even further.
Conclusion
Pascal Reynier stands out as a committed inventor whose work in RF circuit design continues to influence the wireless communications landscape. His patent underscores a profound understanding of complex electrical engineering principles, showcasing the integration of innovative ideas that benefit both the industry and society at large. Reynier's contributions highlight the importance of inventive thinking in the pursuit of technological advancement.