Stepper motor control with arduino - Attiny84 View larger

Stepper motor control with arduino - Attiny84

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Stepper Motor driver board with Attiny84 mcu.
This stepper control board has been designed to offer ready to use manual control for your stepper motor. An Attiny84 microcontroller is used which means that you can change the firmware yourself to program the board. This is using Arduino IDE. Other options are possible such as using the board with serial or i2c communications.

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£ 18.00

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Arduino Stepper Pilot Board

Stepper Motor driver board with Attiny84 mcu.
This stepper control board has been designed to offer ready to use manual control for your stepper motor. An Attiny84 microcontroller is used which means that you can change the firmware yourself to program the board. This is using Arduino IDE. Other options are possible such as using the board with serial or i2c communications.

Compatible with many stepper drivers such as tb6560 and JK series.
Manual Controls:

  • Potentiometer for speed.
  • 2 Push buttons.
  • Slider switch for direction selection.

More information on this wiki page
  • 12V power supply. (30V max)
  • 2.1mm DC power socket connector.
  • i2c port
  • FTDI (serial uart) port
  • Sold flashed with a basic sketch to run the motor at various speeds. Download default Sketch.

    NOTE: A programmer board is required to program the Atiny84 with Arduino IDE. We do sell these programmer board. Enquire within or check other items for sale.

    This is an example of application below. Driver and motor are not included in this listing.
    IMG_0528_small.jpg

    IMG_0521_small.jpg

    The mode of operation of this board is similar to our other A4988 control board shown on the video below.


    20150418_154242_small.jpg

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Stepper motor control with arduino - Attiny84

Stepper motor control with arduino - Attiny84

Stepper Motor driver board with Attiny84 mcu.
This stepper control board has been designed to offer ready to use manual control for your stepper motor. An Attiny84 microcontroller is used which means that you can change the firmware yourself to program the board. This is using Arduino IDE. Other options are possible such as using the board with serial or i2c communications.

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