Category: Blog
Understanding the Basics of BLDC Drivers
A BLDC driver is an electronic device that manages the power, speed, and direction of a BLDC motor. It determines the rotor's posi...
How to Extend the Life of Your Drone Motor
Drone motors are the most important component of any UAV. Drone motors face some issues that significantly impact the performance,...
Exploring the Role of Rotor Inertia in Stepper Mot...
Rotor inertia refers to the resistance of a stepper motor’s rotor to the change in its rotational motion. The performance of the s...
Slotless BLDC Motors vs. Slotted BLDC Motors
Slotless BLDC motor is a BLDC motor without slots to ensure smooth operation under varying load conditions. The Slotted BLDC moto...
The Science of Drone Motor and Propeller Combinati...
A propeller is a device used to generate thrust for lift and manoeuvrability in drones. Choosing the right propeller-motor combina...
Role of Synchronous Motors in Power Factor Correct...
Power factor correction is the process of improving the power factor of an electrical system and reactive power is an AC system co...
Understanding Back-EMF in Stepper Motors
Back-EMF (Electromotive Force) is a voltage generated in the windings of a stepper motor as the rotor moves through the magnetic f...
Winding Configurations in Synchronous Motors
The stator is the stationary part of a synchronous motor and consists of windings that produce a rotating magnetic field (RMF) for...
Thermal Management in BLDC Motors
Thermal management is critical for optimising performance, extending lifespan, and ensuring the efficiency of BLDC motors in vario...
Winding Configurations of a Stepper Motor
There are four primary types of stepper motor windings - unipolar, bipolar, star and delta winding configuration. Each winding ty...
Implementing PID Controllers for BLDC Motor Contro...
A PID controller is a feedback control mechanism that maintains the desired performance by minimising errors between the desired a...
Scalar Control vs. Vector Control Technique for Sy...
Scalar control and vector control are two popular methods used for controlling synchronous motors. Scalar control technique is a m...
