How to drive a stepper motor with your Raspberry Pi 3/2 using a TMC5130-EVAL

In this start up guide you get explained how to connect your Raspberry Pi 3 or 2 for the basic operation of the TMC5130-EVAL board. It will use the internal Motion Controller and +3V3 logic supply for the TMC5130. The wiring will be limited to the basic functionallity to communicate via SPI. The internal CLK for the TMC5130 will be used respective the CLK16 pin (Shown on figure 1) has to be tied to GND. The SPI CLK frequency of the Raspberry Pi will be set up to be 1MHz.


With a fresh installation of Raspbian (In this tutorial Raspbian Jessy Lite – Version March 2017 – Release date 2017-03-02) first update the libraries:

This may take a while since it will upgrade all packages that are installed to the newest version if available. Furthermore it will upgrade dependencies or remove them if they have been replaced with other dependencies.

Download and install the bcm2835 library. Note XXX is a place holder for the latest version. For this guide version “1.52” was used. In this case XXX is replaced by “1.52”. You can check the latest version by scrolling to the bottom of the following page:

Afterwards restart your PI by typing.



The wiring is very simple. You will need 8 jumper wires. As a reference you can use the TMC5130-Eval_v15_01_Schematic.pdf. You will find the signals that are on each pin.

Signal Raspberry Pi 2 TMC5130-EVAL
+5V +5V (2) +5V (5)
GND GND (39) GND (2)
TMC5130 enable GND (9) DIO_0 (8)
TMC5130 CLK GND (6) CLK16 (23)
Chip select (CS) SPI0 CS0 (24) SPI1_CSN (30)


Pinheader of TMC5130-EVAL


Raspberry Pi 3 GPIO Header
Raspberry Pi 3 GPIO Header – Source:

Raspberry 3 wired up with TMC5130-EVAL
Raspberry 3 wired up with TMC5130-EVAL


Please note that the TMC5130-EVAL has to be powered with the supply voltage e.g. 24V. To avoid damage only disconnect or connect a motor without supply voltage.

Raspberry Pi Code

An example code to initialize the TMC5130 is shown below. It will clear the reset flag in the GCONF register, sets example chopper configurations and sets the run and hold current for the motor. Furthermore it will set the ramping mode to velocity mode, an acceleration and a velocity. Be aware that the motor runs as soon as you execute the script.
You can download the code directly with your pi by typing:

Compiling and running the code

Please use the following command to compile the code.

This compiles the file spi-5130.c

Now you are able to execute the example.

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