Tinkerforge Stepper brick

The Stepper Brick from Tinkerforge is a highly advanced electronics module specifically designed for controlling bipolar stepper motors. Equipped with a powerful 32-bit ARM microcontroller, this module allows for precise control over the motor's position, speed, and acceleration. With a maximum voltage of 38V and a current of up to 2.5A per phase, the Stepper Brick provides a robust solution for various applications in automation technology and robotics. The module's flexibility is further enhanced by the ability to choose different step modes such as full, half, quarter, and eighth steps. Additionally, the maximum driver current and decay mode can be configured via the API, allowing for customization to meet specific requirements. The Stepper Brick is compatible with other Tinkerforge Bricks and can be used in a stackable system, facilitating integration into existing systems.

• Control of a bipolar stepper motor with up to 2.5A and 38V per phase
• Adjustable steps, speed, and acceleration via API
• Full, half, quarter, and eighth step modes available
• Configurable decay mode for optimized motor performance
• Compatible with Tinkerforge Bricks and expandable through Bricklets.