Driving stepper motors is a perfect example: you can grab a cheap controller board, hook it up to a microcontroller, and the rest is essentially just software.

Rohm Semiconductor has developed an evaluation kit for motor driver devices which is designed as a ‘shield’ to plug directly into the Arduino open source board. There different versions of the kit for ...

The Arduino-based evaluation kit (EVK) is said to supports the evaluation of ROHM Semiconductor’s motor driver devices and enables, facilitates and accelerates customers’ developments. Designed as a ...

The ongoing advancements in stepper motor technology also highlight important trends for automation engineers, particularly in energy efficiency, customization and integration. Modern stepper motors ...

Today in devices that use stepper motors to make beautiful music we present to you this Arduino-powered, Raspberry-Pi containing music box that uses ...

Nanotec will reportedly be the first manufacturer in the world to launch a sensorless control for stepper motors in which the speed of the rotor is determined by means of a "virtual encoder ...

How to Control a Stepper Motor Using a Computer. Stepper motors produce accurate, computer-controlled motion for applications such as robotic arms and paper-feed mechanisms for printers.

Due to this fine level of control, stepper motors are required in any applications where there needs to be an exact movement such as 3D printers and CNC machines (or robots).

The Wi-Fi Stepper module is now available to purchase priced from $59. “Wi-Fi Stepper is a feature-packed, easy-to-use, stepper motor controller accessible over Wi-Fi.