Anne Pierre Duplessix

Title: The Innovations of Anne Pierre Duplessix

Introduction

Anne Pierre Duplessix is a notable inventor based in Grenoble, France. She has made significant contributions to the field of integrated circuits, particularly in the area of differential input stages for wideband reception. Her work is characterized by a focus on high rejection rates, which is crucial for enhancing signal clarity in various applications.

Latest Patents

Duplessix holds a patent for a "Differential input stage for wideband reception with high rejection." This integrated circuit comprises at least one differential input stage, which includes an input circuit and a shaping circuit. The input circuit consists of a first portion and a second portion that provide two pairs of differential signals. The propagation times of these circuit portions are designed to be substantially identical. The shaping circuit differentiates each of the two pairs of differential signals and combines them to produce a single binary type of signal. This innovation is essential for improving the performance of communication systems.

Career Highlights

Anne Pierre Duplessix is currently employed at STMicroelectronics S.A., a leading company in the semiconductor industry. Her role involves developing advanced technologies that push the boundaries of electronic design. With her expertise, she has contributed to various projects that enhance the functionality and efficiency of electronic devices.

Collaborations

Duplessix has worked alongside talented colleagues such as Roland Marbot and Pascal Couteaux. Their collaborative efforts have led to advancements in integrated circuit design and have fostered a creative environment for innovation.

Conclusion

Anne Pierre Duplessix is a pioneering inventor whose work in integrated circuits has made a significant impact on the field. Her patent for a differential input stage exemplifies her commitment to advancing technology. Through her career at STMicroelectronics S.A. and her collaborations with esteemed colleagues, she continues to contribute to the evolution of electronic systems.