Rex J Eccleston

Title: Rex J Eccleston: Innovator in Active Clamp Circuit Technology

Introduction

Rex J Eccleston, an accomplished inventor based in Karben, Germany, has made a significant mark in the field of electrical circuit design. With a patent to his name, Eccleston has demonstrated his expertise and innovation by addressing complexities in inductive load switching circuits.

Latest Patents

Rex J Eccleston's notable patent is titled "Active Clamp Circuit with Immunity to Zener Diode Microplasmic Noise." This innovative circuit design incorporates a zener current control resistor, which sets the breakdown current in the zener diode of the clamp circuit. By operating the zener diode beyond its 'knee' region, this invention effectively reduces the generation of interfering levels of microplasmic noise (MPN). The design includes a circuit speed control resistor for independent control over both the switching circuit's operating speed and the zener diode's breakdown current.

Career Highlights

Rex is affiliated with Ford Motor Company Limited, where he utilizes his inventive capabilities to contribute to the advancement of electrical systems in automotive applications. His work not only showcases his technical skills but also his commitment to innovation within the automotive industry.

Collaborations

Throughout his career, Eccleston has collaborated with notable colleagues such as Philip Mark Bator and David John Rutkowski. These partnerships exemplify the collaborative spirit that drives technological advancements within research environments.

Conclusion

Rex J Eccleston’s contributions to the field of electrical engineering through his patented innovations underscore the importance of creativity and problem-solving in technology development. His work continues to influence the design of circuits that enhance performance in various applications, including the automotive sector.