Troy D Clear

Title: Celebrating the Innovations of Troy D. Clear

Introduction: Troy D. Clear, an accomplished inventor based in Kokomo, IN, has made significant contributions to the field of integrated circuit technology. With two patents to his name, Troy has showcased his expertise and creativity in developing innovative solutions for improving electronic devices.

Latest Patents: Troy's latest inventions focus on enhancing the protection and efficiency of integrated circuits. His first patent, titled "Technique for improving negative potential immunity of an integrated circuit," presents an integrated circuit (IC) design incorporating double-diffused metal-oxide semiconductor (DMOS) cells. This innovation features a strategic arrangement of epitaxial pockets and isolation rings to provide effective negative potential protection.

The second patent, "Protection device for handling energy transients," outlines a device composed of a series of basic unit Zener diodes. This design achieves a desired breakdown voltage by forming multiple layers within a substrate, incorporating both second-type wells and Zener regions to maximize protection against energy transients.

Career Highlights: Troy D. Clear is currently affiliated with Delphi Technologies, Inc., where he leverages his skills to push the boundaries of circuit design and protection. His work has helped advance the efficiency and durability of electronic components in various applications.

Collaborations: Throughout his career, Troy has collaborated with other talented professionals in his field. Notable coworkers, Jack L. Glenn and Mark Wendell Gose, have worked alongside him, contributing to the rich environment of innovation at Delphi Technologies.

Conclusion: Troy D. Clear's contributions to the world of integrated circuits and energy protection devices highlight the immense potential of innovation in technology. His patents reflect a deep understanding of electronic systems and a commitment to enhancing their reliability. As the field evolves, Troy's work will undoubtedly inspire future advancements in integrated circuit design.