How to Design Stable Closed-Loop Circuits

July 2, 2015

Robert Burton was an expert in electrohydraulic servo system design for more than 40 years. He contributed articles to Hydraulics & Pneumatics during the 1990s, and our September 1996 issue contains an in-depth article explaining electrohydraulic closed-loop control without of the complicated math that's often a part of tutorial material.

Alan Hitchcox Blog

Robert Burton was an expert in electrohydraulic servo system design for more than 40 years. He contributed articles to Hydraulics & Pneumatics during the 1990s, and our September 1996 issue contains an in-depth article explaining electrohydraulic closed-loop control without the complicated math that's often a part of tutorial material.

If you're thinking a 20-year old article can't offer much for today's digital control systems, think again. The basics servo-system design remain the same, so if this is a subject you'd like to learn more about, click here to read his article.

Diagram of basic electrohydraulic closed-loop position servo.

About the Author

Alan Hitchcox Blog | Editor in Chief

Alan joined Hydraulics & Pneumatics in 1987 with experience as a technical magazine editor and in industrial sales. He graduated with a BS in engineering technology from Franklin University and has also worked as a mechanic and service coordinator. He has taken technical courses in fluid power and electronic and digital control at the Milwaukee School of Engineering and the University of Wisconsin and has served on numerous industry committees.