The motor control IC market is experiencing robust growth as industries and applications increasingly demand precision, ...

Despite the extensive use of EC motors, brushed motors haven’t been relegated to just ultra-low-end applications such as ...

Discover Toshiba's new Smart Motor Control Driver, designed for efficient automotive DC motor control, and learn how it advances vehicle system downsizing.

Toshiba's new gate driver IC for brushed DC motors supports downsizing, low power use, and higher reliability in automotive applications.

The new MOTIX™ family of full-bridge ICs is designed for smart brushed DC motor applications, enhancing comfort and convenience in vehicles.

Recent research from Portescap found that brushed DC motors best fulfill the demanding requirements of humanoid robots.

This video provides an overview of different electric motors, focusing on the differences between Brushless DC Motors (BLDC) and Brushed DC Motors. Key concepts, advantages, and applications of ...

Toshiba’s new gate driver IC for automotive brushed DC motors will contribute to equipment downsizing.

The precise control and placement made possible by stepper motors is attributed to their discrete steps, as opposed to the continuous spinning of conventional DC motors.

There are trade-offs between brushed and brushless motors, considering factors such as maintenance, efficiency and upfront costs, Control Design writes. For automation engineers, the evolving ...