Jill Marie Pamperin

Title: Jill Marie Pamperin: Innovator in Precision Current Sources and Voltage Level Shifting

Introduction

Jill Marie Pamperin is a distinguished inventor based in Peyton, Colorado. She has made significant contributions to the field of electrical engineering, particularly in the development of precision current sources and voltage level shifting devices. With a total of 2 patents to her name, her work continues to influence the industry.

Latest Patents

Pamperin's latest patents include a device for providing a precision current, which utilizes a first operational amplifier and multiple path transistors. This innovative device outputs a gate voltage based on reference voltage and input voltages. The path transistors are designed to receive the gate voltage and are selectively connected to either a reference path or an output path through enable transistors. This configuration allows for the provision of a reference current and a precision current based on that reference.

Another notable patent is her level shifter, which includes cascode sets. This device is designed to shift voltage levels and consists of an input stage, an output stage, and multiple cascode sets. The input stage features transistors connected to a first voltage, while the output stage connects to a second voltage. The cascode sets prevent excessive voltage across the terminals of the input and output transistors, ensuring reliable operation.

Career Highlights

Jill Marie Pamperin is currently employed at Agilent Technologies, Inc., where she continues to innovate and develop cutting-edge technologies. Her expertise in electrical engineering has positioned her as a valuable asset to her team and the company.

Collaborations

Pamperin collaborates with her coworker, Steven Douglas Roach, contributing to various projects and advancements in their field. Their combined efforts enhance the innovative capabilities of their team.

Conclusion

Jill Marie Pamperin is a remarkable inventor whose work in precision current sources and voltage level shifting has made a significant impact in electrical engineering. Her contributions continue to shape the future of technology and innovation.