Leon E Saucier

Title: **Leon E. Saucier: Innovator in Electronic Measuring Systems**

Introduction

Leon E. Saucier, based in South Rygate, Vermont, is an inventor known for his innovative contributions to electronic measurement technology. With a focus on power efficiency, Saucier's work has the potential to significantly impact fields requiring precise measurements while conserving energy.

Latest Patents

Saucier holds a patent for a low power electronic measuring system. This invention utilizes an 8-bit microprocessor to control a power-saving electronic measuring system. The system includes a load cell that generates output signals indicative of the applied load magnitude. The innovative design allows for a DC power supply to deliver power pulses at varying frequencies and duty cycles, optimizing battery life. The microprocessor plays a critical role in determining the optimal parameters for these power pulses, ensuring effective operation based on real-time needs. Additionally, the circuitry's integration with a temperature sensor allows for precise compensation of temperature-related inaccuracies, further enhancing measurement accuracy.

Career Highlights

Saucier's tenure at Fairbanks, Inc. showcases his commitment to advancing technology in measurement systems. His expertise in electronic systems and design has contributed to various projects and innovations within the company, allowing for improved products that cater to customer needs.

Collaborations

Throughout his career, Saucier has collaborated with notable professionals in the field, including Harry J. Keen. Working alongside colleagues like Keen, Saucier has been able to share knowledge and insights that drive innovation forward, contributing to ongoing advancements in electronic measurement technology.

Conclusion

Leon E. Saucier is a significant figure in the realm of inventions related to electronic measuring systems. His patented low power electronic measuring system reflects not only his ingenuity but also his commitment to creating efficient and accurate solutions. As technology continues to advance, Saucier's work will likely inspire future innovations that prioritize energy efficiency and performance.