3G3MX2-A4055

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The X2-A4055 motor driver board from 3G3MX is a 4-phase bipolar stepping motor driver that is equipped with adaptive current decay mode control. Its unique output current control technology allows the motor to work in micro-step as well as full step, achieving smooth operation and reduced motor noises. With a low torque ripple, it provides extremely stable motion control and low vibration during operation, making this motor driver board ideal for applications that require smoothness in motion.

Applications

The 3G3MX X2-A4055 motor driver board is well-suited for applications such as medical equipment, robots, printing machines, machine tools, automated doors and gates, industrial automation, semi-conductor equipment, textiles, and other similar automation applications. The board features high accuracy position control, allowing it to precisely control the movement of these types of machines.

Working Principle

The 3G3MX X2-A4055 motor driver board utilizes dual high current differential drive outputs (“P” and “N”) to drive the bipolar stepping motor. It works by alternately switching the two outputs on and off, which in turn creates a voltage gradient on the motor windings. This gradient causes the motor to rotate a set angle in either direction. The motor continues to move until a new voltage gradient is applied to the windings.

The board is capable of both full step and micro-step control, allowing for controllable movement in both types of applications. When using micro-step control, the board can be set up to drive the motor in smaller increments, resulting in smoother motion. Additionally, the board can be configured to reduce motor resonance and torque ripple by utilizing adaptive current decay mode control.

The 3G3MX X2-A4055 motor driver board is a versatile piece of hardware that can be used in a variety of applications. Its unique output current control technology allows it to provide smooth and noise-free motion control. In addition, it is capable of full and micro-step control, allowing it to be used in both small and large motion control applications.

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