The stackable active BLDC Shield can be used in a wide spectrum of applications such as 3D-printer, multi-axis CNC-milling machines, construction robot arms, multi-copter and other RC applications, side-mirrors, HVAC-flaps, right-regulation, wiper and seat control.

Lastly, NANOTEC DB42S03 and Trinamic QBL-006 motors are recommended for our Arduino Shield. Besides, the Shield has an RGB LED, which can be controlled by the user. The whole dataset of parameters can also be saved and loaded from the flash memory of the Shield or written and read from the Arduino. It also allows the user to easily change the motor parameters of the motor control algorithms.

Where To Download Sensorless Bldc Motor Control Using A Majority Function. Additionally, it has a 3x2 pin strip to easily connect the Hall pins of an electric motor. as an overall useful tool for the design and control of high-efficiency motors.Direct current machines are a quickly evolving domain whose applications affect many aspects of modern life from computers and printers to. The Shield is flashed with several motor control algorithms (sensorless FOC, Back EMF, hall sensor based block commutation), and it is controlled from the baseboard via SPI.

The DMCI tool is discussed in greater detail in the Implementing the Algorithm section of this document. BLDC Shield for Arduino with TLE9879QXA40 is designed to drive BLDC motors in combination with an Arduino compatible baseboard. The samples are displayed using the Data Monitor and Control Interface (DMCI) tool avail-able in MPLAB IDE.

Bldc tool download