ULN2003 Stepper Motor Driver Module Variant 1

Discover the ULN2003 Stepper Motor Driver Module, Variant 1, your reliable partner for precise control of stepper motors in your electronic projects. This module allows you to effortlessly control stepper motors like the 28BYJ-48 with microcontrollers like Arduino or Raspberry Pi. Equipped with the ULN2003A Darlington transistor array, it offers seven channels for high voltages and currents, ensuring efficient control of your motors. The integrated LEDs indicate the current operating status, allowing you to stay in control at all times. Thanks to the standardized 5-pin connector, connecting your stepper motor is straightforward and quick. The compact design of the module saves space in your projects and facilitates integration. Whether for DIY projects, prototyping, or use in educational institutions – this module offers you the flexibility and reliability you need. Rely on the ULN2003 Stepper Motor Driver Module to bring your ideas to life.

Features:  

• The module is equipped with the ULN2003A Darlington transistor array, offering seven channels for high voltages and currents.  
• The standardized 5-pin connector allows a straightforward and quick connection of your stepper motor.  
• The compact design of the module saves space in your projects and facilitates integration.  

Application examples:  

• Precisely control the 28BYJ-48 stepper motor in your DIY robot project.  
• Use the module to control stepper motors in automated home projects.  
• Deploy it in educational institutions to introduce students to the basics of motor control.  
• Use the module for prototyping machines with stepper motors.  
• Integrate it into 3D printer projects for precise axis control.

Technical specifications:  

• Chip: UNL2003A
• Operating voltage: 5 to 12V 
• Number of channels: 7  
• Compatible stepper motors: 28BYJ-48  
• Connector: XH-5P socket  
• Compatibility: Arduino  
• Dimensions: 41 x 22 x 12 mm 
• Weight: 6g

Scope of delivery:  

• 1x ULN2003 Stepper Motor Driver Module Variant 1