BLDC Three Phase Motor Driver

BLDC Three Phase Motor Driver full potential of your highly power applications with our BLDC Three Phase Brushless Motor Controller, delivering 500W power output and supporting motors up to 60V 20A.

Precise motor control with our sensors base brushless designs, for efficient three phase motor management and speed regulation at Mekatroniks.

Suitable for motor control engineers this controller is engineer to facilitate advance control strategies and meet the demands of professional projects.

fit for vehicle developers and robotics enthusiasts, our controller in applications ranging from unmanned air vehicles to intelligent automated systems.

With builts in overcurrent protections and temperature , ensures and stability of your systems while pushing the boundaries of innovation in industrial automation and research laboratories.

Three Phase Motor Driver

• With builts in overcurrent protections and temperature ensures and stability of your systems while pushing the boundaries of innovation in industrial automation and research laboratories.
• Suitable for motor control engineers, this controller is engineer to facilitate advance control strategies and meet the demands of professional projects.
• A for vehicle developers and robotics enthusiasts, our controller in applications ranging from unmanned air vehicles to intelligent automate systems.  en.wikipedia.org

ecause the controller implements the traditional brushes’ functionality, it needs to know the rotor’s orientation relative to the stator coils.

This is automatic in a brushed motor due to the fix geometry of the rotor shaft and brushes. Some designs use Hall effect sensors or a rotary encoder to directly measure the rotor’s position.</p></p>

Others measure the back-EMF in the undriven coils to infer the rotor position, eliminating the need for separate Hall effect

sens

ors.

These are therefore often call sensorless controllers.

A typical controller contains three polarity-reversible outputs controlled by a logic circuit. Simple controllers employ comparators working from the orientation sensors to determine when the output phase should be advance. More advance controllers employ a microcontroller to manage acceleration, control motor speed and fine-tune efficiency.