Brushless motors offer much better power-to-weight ratios compared to brushed DC motors, but some applications – like a large robot’s drivetrain – are less straightforward than others.

The use of Brushless DC (BLDC) motors is rapidly growing in today's electronic world. Because of their increased use, there is a corresponding need for low-cost methods to control them, especially in ...

The motor driver used is the DRV8313. There are three GBM5208 75T Gimbal motors for close-loop angle control, and one BE4108 60T Gimbal motor for torque control.

Much has been written about the process of selecting motors for applications in motion control. Motor selection can be complicated. The decisions to be made include whether to employ brushless or ...

Despite being viable for a lot of the same applications, the difference between brush dc motors and brushless dc motors are not subtle.

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 ...

For use in harsh environmental conditions, the motor has protection class IP65 and a 42 mm flange size. As a brushless DC motor it has an operating voltage of 12-48 V and a rated power of 105 W; as a ...

Replacing mechanically driven motors with electrically commutated solutions doesn’t come without specific design considerations. In the automotive sector, the use of electric motors in applications ...

Brushless-dc motors are taking center stage in medical-equipment design because they last twice as long a competing technologies.