Randy Naylor

Title: Randy Naylor’s Patent Contributions to RF and Power-Management Circuitry.

Introduction

Randy Naylor is an inventor based in Pepperell, Massachusetts, whose patent work addresses radio-frequency (RF) circuitry and power management. His listed inventions include a regulator for RF power amplifiers and an electrostatic-discharge protection approach for antenna-switching circuitry. He is associated with Qorvo US, Inc., and has 2 patents.

Latest Patents

Naylor’s listed patents focus on improving the performance and design of RF components.

- **High loop-gain pHEMT regulator for linear RF power amplifier.** This invention describes voltage-regulator circuitry with first and second gain stages and a feedback stage. The feedback arrangement is designed to keep the output voltage stable despite process variations. Fabrication using a pseudomorphic high electron mobility transistor (pHEMT) process supports compact circuitry, short turn-on times, and low quiescent current.

- **Multiple port RF switch ESD protection using single protection structure.** This invention uses one electrostatic-discharge (ESD) protection device with antenna-switching circuitry that connects communication ports to an antenna port. During an ESD event, the device provides a low-impedance path to ground, diverting charge through the switches. Using a single protection structure is intended to reduce parasitic loading and minimize circuit area.

Career Highlights

Naylor’s patent portfolio reflects work on practical challenges in RF system design, including voltage stability, circuit size, switching performance, and protection from electrostatic discharge. His listed affiliation with Qorvo US, Inc. places this work in the context of a company focused on RF technologies.

Collaborations

The provided information lists Swaminathan Muthukrishnan and Cody Hale as Naylor’s coworkers. It does not specify their roles in the patents or describe particular collaborations.

Conclusion

Randy Naylor’s two listed patents address compact, stable power regulation and space-efficient ESD protection for RF circuitry. Together, they illustrate his contributions to improving the design and reliability of radio-frequency components.