Deborah Foltz

Title: Deborah Foltz: Innovator in Circuit Plane Simulations

Introduction

Deborah Foltz, an accomplished inventor based in Pelham, NH, has made notable contributions to the field of power and ground plane simulations. With a keen focus on adaptive technologies, her innovative methods have paved the way for improved electronic circuits and efficiency in simulations.

Latest Patents

Deborah Foltz holds a patent for a Method for Adaptive Sub-Gridding for Power/Ground Plane Simulations. This patent addresses the complexities of circuit plane analysis by superimposing a grid of cells onto a circuit plane. The method determines the fill ratio for each cell, representing the area overlap with the circuit plane. By subdividing cells with fill ratios that fall outside predetermined limits, the invention enables precise simulations through iterative subcell division until a specified integer value indicating maximum subdivisions is achieved.

Career Highlights

Deborah is currently employed at Sun Microsystems, Inc., where she has been instrumental in advancing electronic design and simulation methodologies. Her work stands out in the realm of high-tech innovations, ultimately leading to enhanced performance in electronic products.

Collaborations

While working at Sun Microsystems, Deborah is known to collaborate with talented colleagues such as Istvan Novak and Jason R Miller. Together, they contribute to the development of state-of-the-art simulations that influence the design and functionality of various electronic systems.

Conclusion

Deborah Foltz's inventive spirit and dedication to innovation have resulted in significant advancements in the field of power and ground plane simulations. Her patented methods not only enhance circuit simulation accuracy but also reflect her commitment to excellence in technology engineering. As she continues her work at Sun Microsystems, her contributions will undoubtedly inspire future innovations in the industry.