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Introduction to Advanced Motor Control Circuits

Introduction to Advanced Motor Control Circuits

This article looks at a few of the more advanced motor control circuits for a three-phase motor.


Orifice Plate Sizing for Flow Measurements

Orifice Plate Sizing for Flow Measurements

Learn about orifice plates and specifically how to size orifice plates for flow measurements and the different flow rates associated with them.


How to Measure AC Voltage With a Multimeter

How to Measure AC Voltage With a Multimeter

Simple voltage measurements from a multimeter are the most frequently used function in these tools. Some of them are more difficult to understand than others, and this is definitely the case when comparing AC to DC voltage.


Grounding DC Power Supplies: What You Need to Know

Grounding DC Power Supplies: What You Need to Know

Should you connect a DC power supply to ground or not? The answer is not a straightforward yes or no. This article explores the benefits and drawbacks of grounding DC power supplies.


Troubleshooting Solid State Relays

Troubleshooting Solid State Relays

This article discusses some methods for troubleshooting solid-state relays and input/output terminals.


Using the Allen-Bradley Ramp/Soak Controller With a PID

Using the Allen-Bradley Ramp/Soak Controller With a PID

This article will focus on using an Allen-Bradley ramp/soak controller with a PID.


Introduction to the Allen Bradley Ramp/Soak Controller

Introduction to the Allen Bradley Ramp/Soak Controller

The ramp/soak controller has long been associated with temperature control loops and is included standard in some, and as an option on other stand-alone electronic temperature controllers. 


Introduction to Pneumatic, Hydraulic, and Electric Actuators

Introduction to Pneumatic, Hydraulic, and Electric Actuators

In this article, we take a look at hydraulic, pneumatic, and electric actuators and how they are used in different scenarios.


Using PID and Feedback Loops for Precise Motion Systems

Using PID and Feedback Loops for Precise Motion Systems

PID controllers are an excellent method of using feedback to turn an otherwise open-loop system into one which can follow a carefully prescribed profile, correcting for inconsistencies caused by the equipment, the environment, and even the products in the manufacturing process.