John F Stokes

Title: **Inventor Spotlight: John F. Stokes**

Introduction

John F. Stokes is an innovative inventor based in Rochester, MN, known for his contributions to advanced signal transmission and sensing technologies. With a total of three patents to his name, Stokes has made significant strides in developing solutions for electrical energization and sensor accuracy.

Latest Patents

Stokes's latest inventions include the Magnetic Digital Signal Coupler Monitor and the GMR High Current, Wide Dynamic Range Sensor. The Magnetic Digital Signal Coupler Monitor is a sophisticated signal transmission system designed to provide electrical energization to a load based on input signals. This system includes a condition determiner that identifies whether a selected condition is present or absent, integrating a pulser and an oscillator to enhance the efficiency of electrical energization pulses.

The GMR High Current, Wide Dynamic Range Sensor addresses the challenge of accurately sensing a wide range of current, even when utilizing magnetic materials with inherent non-linearities. This invention comprises a strip line current carrier, an integrated circuit chip housing a GMR sensor element, and an integrated drive coil. The feedback field produced by the on-chip coil works to counteract spurious fields, ensuring precise current detection.

Career Highlights

Throughout his career, John F. Stokes has made notable contributions while working at significant organizations. He has served the United States Government, particularly as represented by the Secretary of the Air Force, and has been associated with Nonvolatile Electronics, Incorporated, where he applied his expertise in electronic technologies.

Collaborations

Stokes has collaborated with esteemed colleagues, including James M. Daughton and Robert T. Fayfield, with whom he shared insights and advancements in the field of electronics. These collaborations have helped enhance the innovation landscape in which Stokes operates.

Conclusion

John F. Stokes continues to be an influential figure in the realm of inventions, with groundbreaking patents that aim to improve the efficiency and accuracy of electrical systems. His contributions reflect a commitment to innovation that inspires both current and future generations of inventors.