Jim Kubinec

Title: Jim Kubinec: Innovator in Digital Calibration Technology

Introduction

Jim Kubinec is a notable inventor based in Reno, NV (US). He has made significant contributions to the field of digital calibration technology, particularly in the realm of integrated circuits. His innovative approach has led to the development of a unique patent that addresses critical challenges in time delay regulation.

Latest Patents

Jim Kubinec holds a patent for an "All digital on-the-fly time delay calibrator." This invention features an on-chip digital servo scheme that provides continuous calibration of integrated circuit on-chip time delay devices. It is designed to offer real-time regulation against various parameter or environmental changes, such as processing, temperature, and power supply variations. The techniques employed are particularly beneficial for semiconductor delay lines, which consist of a selectable number of identical unit delay circuits with the same propagation time. The system constantly monitors delay changes in the unit delay elements and calibrates the delay line by comparing it against a stable, crystal-controlled reference clock period. This ensures that the delay time is effectively adjusted to match the reference clock period.

Career Highlights

Jim Kubinec is currently associated with Advanced Micro Devices Corporation, where he continues to innovate and contribute to advancements in semiconductor technology. His work has been instrumental in enhancing the performance and reliability of digital circuits.

Collaborations

Some of Jim's notable coworkers include Bin Guo and Eugen Gershon. Their collaborative efforts have further propelled advancements in the field of digital calibration and integrated circuit design.

Conclusion

Jim Kubinec's contributions to digital calibration technology exemplify the impact of innovative thinking in the semiconductor industry. His patent for an all-digital on-the-fly time delay calibrator showcases his commitment to improving the functionality and accuracy of integrated circuits.