TY - M-10008
AU - Wagh, Saiprasad
TI - An investigation of brushless DC motors, which boast great efficiencies and superior degrees of controllability
T2 - Scientific Research Journal of Science, Engineering and Technology

PY - 2023
VL - 1
IS - 1
SN - 2584-0584

AB - Components of electrical motors are being
scrutinised more closely as the need for greater performance develops. The
demand for affordable brushless DC (BLDC) motors is growing. Utilization in
industries has increased. Now that general-purpose microcontrollers are widely
accessible, the goal of this study is to provide an easy approach for
controlling BLDC motors for use in situations needing efficient motor driving.
If the recommended configuration is adopted, the user will have the option of
reversing the direction of the motor's rotation. The sensor's precision will
rely on the location of the rotor. The responsiveness of a circuit regulator.
Following the stator, the controller circuit will maintain a steady current
flow. In addition, the functioning of the design is regulated by a circuit.
Utilizing the complete array of logic gates and switches present in a
microcontroller circuit, the design maximises functionality. Included are a
BLDC rotor, detectors, and (MOSFET/BJT) devices.

KW - machines
KW -  electric
KW -  powered
KW -  circuit
KW -  rotor
KW -  microcontrollers
DO -