In every brushless DC motor, there are a few common parts ... [pitrack] printed all these parts off on his Makerbot, winding each of the three coils with about 400 turns of 26 AWG magnet wire.

A stepper motor is a brushless, synchronous electric motor that takes digital pulses and turns them into mechanical rotation of the shaft. When it’s powered by a DC supply that’s switched on and off ...

Two great minds in permanent-magnet-free motor design are fusing their know-how to create an even more capable inductive ...

DC brushless motors function basically the same as AC motors ... Induction motors derive their name from the fact that current is induced into the rotor windings without any physical connection with ...

[Levi] whipped up his brushless DC motor design in OnShape ... Alternatively, if winding coils sounds too slow and too hard, you can just use off-the-shelf gear and hack it to make it work.

Electric motors are essential but inefficient. Modernizing to efficient motors and controls can significantly reduce energy ...

Brushless DC motors, or BLDCs, work in a similar way ... The stator contains wire windings while the rotor has short-circuited windings. When powered on, the alternating current in the stator ...

Delta, a provider of power management and internet of things-based smart green solutions, has unveiled the new Delta ...

DC Brushless Motor Brushless motors commutate electronically ... Dynamic Braking Method of motor braking in which the power supply is disconnected from the motor windings; the rotating motor then ...

This IPD has a smaller package, more power, and smarter performance for BLDC motor drivers—what’s not to like?

Brushed motors work with direct current (DC), which is the way that energy is delivered natively ... The other major type of electric motors are brushless. Rather than use a commutator to switch the ...

Electric motors are essential in modern life and consume half of global electricity. BLDC motors offer high efficiency and ...