Daniel Schraufnagel

Title: Innovations by Daniel Schraufnagel: Advancements in Printed Wiring Board Testing

Introduction

Daniel Schraufnagel, an innovative inventor based in Rochester, MN, has made notable contributions to the field of electrical engineering. With a focus on enhancing the reliability and efficiency of printed wiring boards, he holds two patents that are significant in the realm of technology. His work exemplifies the fusion of practical engineering solutions and advanced simulation techniques.

Latest Patents

Schraufnagel's latest patents include groundbreaking methods for "Link Analysis Compliance and Calibration Verification for Automated Printed Wiring Board Test Systems." This invention allows for thorough testing and assessment of transmission lines on printed wiring boards, addressing manufacturing variability. The process involves measuring the response of the transmission line to a predetermined signal test pattern. By simulating a network of interconnected components based on measured scattering parameters and virtual models, he analyzes the system-level output response to a simulated input signal. This innovative approach characterizes the printed wiring board by comparing the system response to established performance metric thresholds, enhancing reliability in electrical connections.

Career Highlights

Daniel Schraufnagel is associated with the Mayo Foundation for Medical Education and Research, a reputable institution that underscores his commitment to advancing medical technology. His work in this foundation has allowed him to apply his inventive skills in a high-impact research environment, contributing to the betterment of medical devices and diagnostic equipment.

Collaborations

Throughout his career, Schraufnagel has collaborated with distinguished colleagues, including Bart Owen McCoy and Robert W. Techentin. These partnerships reflect a team-oriented approach that is essential in research and development, leveraging diverse expertise to bring innovative solutions to complex engineering challenges.

Conclusion

Daniel Schraufnagel's contributions to the field of electrical engineering demonstrate the importance of innovation in today’s technology landscape. His patents not only enhance the functionality and reliability of printed wiring boards but also pave the way for future advancements in automated testing systems. Through his work at the Mayo Foundation for Medical Education and Research and collaboration with fellow innovators, Schraufnagel continues to make a significant impact in the realm of technological innovations.