Kenneth J Helfrich

Title: Innovative Contributions of Kenneth J. Helfrich

Introduction

Kenneth J. Helfrich, an accomplished inventor based in Fishers, Indiana, has significantly contributed to the field of electronics with a portfolio of 8 patents. His work has primarily focused on improving efficiency and functionality in electronic devices, showcasing his innovative problem-solving abilities.

Latest Patents

Among Kenneth’s notable patents are methods and apparatuses designed to optimize power management and degaussing technology.

One of his latest inventions, titled “Apportioning Minimal Standby Power,” introduces a sophisticated control circuit that transitions between standby and operational modes efficiently. This invention aims to reduce energy consumption by enabling a control circuit to operate in both fully and partially active states, ultimately enhancing the longevity and functionality of electronic devices.

Another significant patent, “Degaussing Circuit for Wide-Range AC,” addresses the need for automatic degaussing in video display apparatuses across various AC mains sources. By employing temperature-sensitive resistances with opposite coefficients, his design improves the performance and reliability of video display technology.

Career Highlights

Kenneth has made substantial strides in his career at Thomson Consumer Electronics Inc., where he has honed his skills as an innovator in electronic design and technology. His experience in developing cutting-edge solutions showcases his dedication to advancing the industry.

Collaborations

Throughout his career, Kenneth has collaborated with industry professionals such as Joseph C. Stephens and David Ross Jackson. These partnerships have furthered his ability to create effective and innovative solutions within the electronics field.

Conclusion

Kenneth J. Helfrich's contributions to the field of electronics demonstrate the impact of innovative thinking on technology. Through his patents and collaborations, he continues to influence advancements in electronic design, leading the way toward more energy-efficient and functional devices. His work exemplifies the importance of creativity and collaboration in driving progress in technology.