Rick C Jerome

Title: Innovations of Rick C Jerome: A Pioneer in Bipolar Junction Transistor Technology

Introduction

Rick C Jerome, an accomplished inventor based in Monument, Colorado, has made significant contributions to the field of semiconductor technology. With six patents to his name, his work primarily focuses on methods that enhance the performance of bipolar junction transistors (BJTs). His innovative approaches have not only advanced the technology but have also positioned him as a notable figure in the realm of semiconductor engineering.

Latest Patents

Two of Rick C Jerome's latest patents highlight his expertise and innovative thinking:

1. **Method of Making Bipolar Transistor Having Amorphous Silicon Contact**: This patent describes a method for fabricating a BJT from a semiconductor substrate with a base region. By forming a patterned interlevel dielectric layer that exposes a segment of the substrate, and subsequently creating a contact with a grain size smaller than polycrystalline silicon, he enhances the Early voltage of the transistor. The process involves implanting a dopant and annealing the substrate to facilitate the diffusion necessary for forming an emitter region.

2. **Method of Enhancing the Current Gain of Bipolar Junction Transistors**: This invention outlines a structure and method to improve the current gain characteristics of BJTs. By using a semiconductor substrate with a base, emitter, and collector setup, and forming a polysilicon layer that is implanted with O2, Rick's approach obstructs the emitter interface with silicon dioxide. This effectively blocks a portion of the carrier current, thus enhancing the overall performance of the transistor.

Career Highlights

Throughout his career, Rick has made impactful contributions while working with notable companies such as United Technologies Corporation. His work in the semiconductor industry has influenced the advancement of electronic devices, helping to shape modern technology as we know it.

Collaborations

Rick's innovative endeavors have been supported by collaborations with prominent colleagues, including Ian R Post and Gary M Wodek. Together, they have contributed to breakthroughs that continue to drive the field forward, enhancing the performance and efficiency of BJTs.

Conclusion

Rick C Jerome's work exemplifies the spirit of innovation that drives technological progress. His six patents reflect a dedication to advancing semiconductor technology, with a particular focus on bipolar junction transistors. The methodologies he has developed not only improve the functionality of these devices but also serve as a testament to his expertise and vision within the industry. As he continues to push the boundaries of engineering, Rick remains a pivotal figure in the realm of electronic innovation.