Berkeley, CA, United States of America

Matthew Muh

This inventor holds 1 USPTO granted patent. Top assignee: Other. Active years: 2009.


Average Co-Inventor Count = 2.0

ph-index = 1

Forward Citations = 53(Granted Patents)


Company Filing History:

goldMedal1 out of 834,307 
Other
 patents

Years Active: 2009

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1 patent (USPTO):Explore Patents

Title: Innovations of Matthew Muh in Harmonics Measurement

Introduction

Matthew Muh is an accomplished inventor based in Berkeley, CA. He has made significant contributions to the field of electrical engineering, particularly in the area of harmonics measurement. His innovative approach has led to the development of a unique instrument that enhances the accuracy of measurements in alternating current power distribution grids.

Latest Patents

Matthew holds a patent for a "Harmonics measurement instrument with in-situ calibration." This portable device is designed to perform in-situ self-calibration of its current transducers and associated measurement channels, as well as its voltage probes. The self-calibration occurs immediately before measurements are taken, ensuring high accuracy. The instrument utilizes built-in voltage and current reference sources to generate precise calibration waveforms with harmonic components.

Career Highlights

Throughout his career, Matthew has focused on developing tools that improve measurement accuracy in electrical systems. His work has been instrumental in advancing the technology used in power distribution, making it safer and more efficient. With a patent count of 1 patent, he continues to push the boundaries of innovation in his field.

Collaborations

Matthew collaborates with fellow inventor Alexander McEachern, sharing insights and expertise to further enhance their projects. Their partnership exemplifies the spirit of innovation and teamwork in the engineering community.

Conclusion

Matthew Muh's contributions to harmonics measurement technology demonstrate his commitment to innovation and excellence. His patented instrument represents a significant advancement in the field, ensuring more accurate measurements in power distribution systems.

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