Stepper motor is a commonly used type of motor, it has the characteristics of simple structure, convenient control, high precision, etc., so it has been widely used in electronic equipment.

A stepper motor is a digitally controlled motor that receives a control pulse signal and rotates a certain angle accordingly. In practical application, the stepping motor and the controller are an inseparable whole. The control pulse signal generated by microcontrollers such as single-chip microcomp

Stepping motor, also known as pulse motor, is a kind of induction motor, which involves many professional knowledge such as machinery, motor, electronics and computer.

In this article, we'll cover the basics of stepper motors. You will learn about the working principle, control method, usage and types of stepper motors.

A stepper motor is a digitally controlled motor that receives a control pulse signal and rotates a certain angle accordingly. In practical application, the stepping motor and the controller are an inseparable whole. The control pulse signal generated by microcontrollers such as single-chip microcomp

1. About the stepper motorAs a special motor for precise displacement control and large-scale speed regulation, the stepper motor rotates step by step with its own inherent step angle (determined by the mechanical structure of the rotor and stator). Its characteristic is that each step of rotation,

Stepper motor acceleration and deceleration When the stepper motor starts, the pulse frequency should be gradually increased, and the pulse frequency should be gradually reduced during deceleration. This is often referred to as the "acceleration and deceleration" method.

Stepper motors with low speed and high torque equipment make the transmission shorter which means higher reliability, higher efficiency, smaller clearance and lower cost. It is this feature that makes stepper ideal for robots, since most robot movements are short distances requiring high acceleratio