Richard H Strandberg

Certainly! Here is an article about inventor Richard H. Strandberg:

Title: Spotlight on Inventor Richard H. Strandberg from Fremont, CA

Introduction:

Richard H. Strandberg is a prolific inventor based in Fremont, California, with a track record of 5 patents under his name. His innovative ideas have significantly contributed to the field of technology and digital circuit design.

Latest Patents:

1. Multiphase Direct RF Frequency to Digital Converter and Related Method: This patent showcases an efficient method for accurately determining the frequency content of an RF signal using low-speed digital circuits. By decomposing high-frequency RF signals into low-frequency data streams without the need for additional circuit components, this invention offers a novel approach to signal analysis.

2. Method and System for a Glitch Correction in an All Digital Phase Lock Loop: This patent addresses glitch corrections in all-digital phase lock loops, enhancing the stability and performance of such systems. With components like the phase error signal generation unit and glitch correction unit, this invention optimizes phase error signal processing for improved functionality.

Career Highlights:

Richard Strandberg is part of the dynamic team at Panasonic Corporation, where he continues to push the boundaries of innovation in digital circuitry and frequency analysis. His expertise and dedication have led to groundbreaking inventions that redefine conventional methodologies in the industry.

Collaborations:

In his patent endeavors, Richard has collaborated with esteemed colleagues such as Paul Cheng-Po Liang and Koji Takinami. Their collective efforts have resulted in pioneering technologies that have a lasting impact on the digital circuit design landscape.

Conclusion:

In conclusion, Richard H. Strandberg stands out as a visionary inventor whose contributions have paved the way for advancements in RF signal processing and glitch correction mechanisms. His innovative spirit and commitment to excellence continue to drive progress in the realm of digital circuits, inspiring peers and future inventors alike.