To control system operation, motors require a current measurement, which can be achieved using shunt resistors that provide a simple and cost-effective solution.

Traditionally, DC motors have been used in precise speed control applications because of their ability to provide acceleration and deceleration from a dead stop position to full speed fairly easily.

The market for shunt reactor circuits is projected to grow, according to the latest research study by Polaris Market Research. The shunt reactor circuit market size was valued at USD 2,673.79 ...

Shunt circuit: An electrical network connected across a piezoelectric element, designed to modify its dynamic response for vibration damping.

A motor drive controls the speed, torque, direction, and resulting horsepower of a motor. Dc drives typically control a shunt-wound dc motor, which has separate armature and field circuits.

You'll find Class 1 remote-control circuits in motor controllers and in shunt-trips for circuit breakers. Class 2 and Class 3: These are the possible power supplies for Class 2 and Class 3 circuits ...

Part 2 considers the design of the circuit and coding for the project's stepper motor controller.] 3.5 Speed-Controlled DC Motor with Tach Feedback and Thermal Cutoff E-2's main propulsion system ...

GE Multilin announced the release of the C70, Shunt Capacitor Bank protection, control, automation and monitoring system. The C70 is an advanced protection and control system for shunt capacitor banks ...

Electric-motor control requires electronic circuits, which until a few years ago were made with discrete components because of the voltages and currents involved.