Category: Blog
Optical Encoders: A Comprehensive Guide
An optical encoder is an electromechanical device used to convert the angular position of a shaft into electrical signals. Its mai...
Stepper Motors for Automated Guided Vehicles (AGVs...
Automated Guided Vehicles (AGVs) are self-driven vehicles designed to transport materials from one area to another, especially in ...
Key Components of an ESC: A Complete Breakdown
The ESC is built with a combination of hardware and software components. Hardware components manage the power supply, signal gener...
Kalman Observer & Sliding-Mode Observers in BLDC M...
Kalman observer estimates BLDC rotor position using statistical prediction, while the Sliding-Mode observer uses nonlinear control...
Step Loss in Stepper Motors: Causes and How to Pre...
Step loss in a stepper motor refers to the condition where the stepper motor fails to rotate at a step angle in response to the in...
Axial Flux vs Radial Flux Motors: A Comprehensive ...
An axial flux motor is an electric motor in which the magnetic flux flows parallel to the axis of rotation, along the axial direct...
Static Torque vs. Dynamic Torque in Stepper Motors
Learn the key differences between static and dynamic torque in stepper motors and why both are critical for precision, speed, and ...
Importance of Back-EMF in Sensorless BLDC Driver D...
Back-EMF is the cornerstone of sensorless BLDC driver design. By accurately interpreting the voltage induced in unpowered motor ph...
Closed‑Loop Speed Control in BLDC Motors: PI, PID ...
Closed-loop control is a feedback-based control method, where motor speed is continuously monitored and compared with predefined r...
Step Angle and Resolution in Stepper Motors: Facts...
Step Angle is the angular displacement of the rotor from one step to another and is measured in degrees. While Stepper motor resol...
How ESCs Work: The Basics of Motor Control
An electronic speed controller (ESC) is a crucial device that controls the speed, direction, and braking of an electric motor. Its...
Vibration Control and Balancing in Drone Motors
Learn how to implement effective vibration control and balancing in drone motors to improve flight stability, reduce component wea...
