Garry L Renner

Title: Innovations and Contributions of Garry L Renner in the Field of Patent Technologies

Introduction

Garry L Renner, based in Simpsonville, SC, is a notable inventor with a remarkable portfolio of 19 patents. His contributions primarily focus on the development of advanced electronic components, particularly in the realm of capacitors and their applications.

Latest Patents

Renner’s latest innovations include a "Leadless Multi-Layered Ceramic Capacitor Stack," which features a design of multilayered ceramic capacitors. This innovative stack consists of first and second electrodes that alternate with a dielectric layer in between. Each electrode's arrangement ensures effective functionality, with conductive layers involved in the sintering process that enhance the performance of the capacitor. Another significant patent is the "Method of Forming a Leadless Stack Comprising Multiple Components." This method outlines a process for manufacturing a leadless stack that integrates an MLCC with electronic elements using a transient liquid phase sintering bond, showcasing Renner's ingenuity in improving component efficiency and connectivity.

Career Highlights

Throughout his career, Garry Renner has been associated with prestigious organizations, including Kemet Electronics Corporation. His time there has provided him with the opportunity to refine his skills and focus on cutting-edge technologies that serve modern electronic needs. The depth of his experience is reflected in the breadth of his patents, which illustrate his commitment to innovation.

Collaborations

Renner has had the privilege of collaborating with talented professionals in the field, including John E McConnell and John Bultitude. These partnerships have allowed him to further enhance his inventions and spearhead projects that push the boundaries of technology.

Conclusion

Garry L Renner's extensive work and numerous patents underscore his significant role as an innovator in the electronics sector. His contributions not only advance the field of multilayered ceramic capacitors but also set a foundation for future developments in electronic component technology.