Glenn Thomas O'Rourke

Title: Glenn Thomas O'Rourke: Innovator in Programmable Logic Devices

Introduction

Glenn Thomas O'Rourke is a notable inventor based in Portland, OR (US). He has made significant contributions to the field of programmable logic devices, particularly in improving the accuracy of propagation delay measurements. His innovative methods have the potential to enhance production environments for electronic devices.

Latest Patents

O'Rourke holds a patent for "Measuring propagation delays of programmable logic devices." This patent describes methods for improving the accuracy of propagation delay measurements in programmable electronic devices. One of the key methods involves implementing a built-in self-test by configuring an oscillator and a counter within the programmable logic device (PLD). The oscillator operates for a predetermined duration, allowing the counter to count up at the end of each oscillation cycle. The counter reading is then correlated to an accurate propagation delay measurement using a previously generated counter-delay correlation curve. Additionally, the patent outlines methods for adapting typical output macro cells to provide combinatorial feedback for configuring oscillators within PLDs that lack such capabilities.

Career Highlights

Glenn Thomas O'Rourke is currently employed at Lattice Semiconductor Corporation, where he continues to work on advancements in programmable logic technology. His expertise in this area has positioned him as a valuable asset to the company and the industry.

Collaborations

O'Rourke has collaborated with notable colleagues such as Trent Whitten and Mose Wahlstrom. Their combined efforts contribute to the innovative projects at Lattice Semiconductor Corporation.

Conclusion

Glenn Thomas O'Rourke's work in the field of programmable logic devices exemplifies the impact of innovation on technology. His patent for measuring propagation delays showcases his commitment to enhancing electronic device performance. O'Rourke's contributions are significant in advancing the capabilities of programmable logic technology.