Christopher H Meawad

Title: Christopher H. Meawad: Innovator in Memory Mitigation Technologies

Introduction

Christopher H. Meawad is a notable inventor based in Washington, DC. He has made significant contributions to the field of programmable logic and electronic systems, particularly in mitigating memory imprinting effects. With a total of 2 patents, his work has implications for enhancing the reliability and performance of electronic devices.

Latest Patents

Meawad's latest patents include innovative architectures designed to mitigate configuration memory imprinting in programmable logic devices. The first patent outlines a method where a configuration memory inversion control determines the operational mode during power-up, aiming for equal time in both normal and inversion modes throughout the system's lifecycle. This architecture employs input and output inversion planes to swap data bits, thereby balancing memory cell stresses and reducing imprinting effects.

The second patent focuses on a similar approach for volatile memory in electronic systems. It describes a bi-directional data bus inverter that operates in inversion mode, ensuring that data from non-volatile memory is inverted when transferred to volatile memory. This method also aims to minimize memory cell stress by balancing the time spent in high and low voltage states.

Career Highlights

Christopher H. Meawad is currently employed at Northrop Grumman Systems Corporation, where he continues to develop innovative solutions in electronic systems. His expertise in memory technologies has positioned him as a key contributor to advancements in the field.

Collaborations

Meawad has collaborated with notable colleagues, including Kenneth R. Weidele and Kenneth F. McKinney. Their joint efforts have furthered the development of technologies aimed at improving electronic system performance.

Conclusion

Christopher H. Meawad's contributions to memory mitigation technologies reflect his commitment to innovation in the field of electronics. His patents not only address critical issues in memory imprinting but also pave the way for future advancements in programmable logic and electronic systems.