Matthew J Klueppel

Title: Innovator Spotlight: Matthew J. Klueppel

Introduction

Matthew J. Klueppel is an esteemed inventor based in Park Ridge, Illinois, who has made notable contributions to the field of frequency correction circuits. With an impressive portfolio encompassing two patents, Klueppel has demonstrated a keen ability to tackle complex technical challenges and provide innovative solutions through his inventions.

Latest Patents

One of Klueppel's latest patents focuses on a "Frequency Correction Circuit for a Periodic Source such as a Crystal Oscillator." This invention features a temperature sensor designed to measure temperature and generate corresponding temperature signals. It incorporates a data supplier that stores and receives digital input signals, producing a digital output that signifies an item based on the input received. The control circuit takes in both the temperature signals and the digital output to create control signals tailored to the temperature readings. This is further complemented by a clock circuit that generates a reference frequency signal. A digital synthesizer uses this reference frequency alongside the control signals to ultimately produce an output frequency signal as directed by the control circuit. This innovative approach enhances the stability and accuracy of frequency sources, proving essential in various technological applications.

Career Highlights

Matthew J. Klueppel is currently affiliated with the Connor Winfield Corporation, a company known for its expertise in frequency control and timing solutions. His work focuses on developing high-performance circuits that are critical for ensuring precise timekeeping and frequency accuracy in electronic devices.

Collaborations

Throughout his career, Klueppel has had the opportunity to collaborate with notable colleagues, including Kenneth D. Hartman and David J. Kenny. Working alongside such talented individuals has allowed him to further realize and refine his innovative ideas, enhancing the impact of his contributions in the tech industry.

Conclusion

Matthew J. Klueppel's work in frequency correction circuitry exemplifies the spirit of innovation and ingenuity that drives the technological landscape today. Through his patents and collaborations, he continues to pave the way for advancements that improve frequency stability, enhancing countless electronic applications. As he progresses in his career, Klueppel's contributions will undoubtedly leave a lasting mark on the field of electronics.