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- Application NoteMany ADI Trinamic stepper motor control modules are equipped with a powerful hardware motion controller chip: the TMC428 or the TMC429. All ADI Trinamic modules use TMCL, the ADI Trinamic Motion Control Language as interface to the user. TMCL provides easy access to all TMC429 motion parameters, but does not do any conversion between the internal units of the motion controller and real-world units.
- Application NoteThis application note describes how to connect ADI Trinamic's TMC5072-EVAL via Single Wire UART to an Arduino Mega for basic operation.
- Application NoteThis appnote describes how to tune ADI Trinamic's TMC4671 using the USB-2-RTMI (RTMI) step by step.
- Application NoteThis application note describes TRINAMIC’s software API for TRINAMIC chip solutions and evaluation boards and how it can be used to develop your own firm.
- Application NoteThis ADI Trinamic application note describes the protocol used to update the firmware of an ADI Trinamic module or an ADI Trinamic evaluation board.
- Application NoteThe TMC4671 hardware controller performs Field Oriented Control (FOC) for two-phase stepper motors and for three-phase permanent magnet synchronous motors (PMSM) and it supports linear motor control.
- Application NoteThis application note is a practical guide for parameterization of ADI TRINAMIC's ICs with StallGuard2, StallGuard4, and CoolStep as well as for evaluation boards and module products using these ICs.
- Application NoteThis application note describes how to get started with the TMC2300 in your own IOT-application. It shows how to select a motor, what to consider when using a battery as a power supply and which driver settings to choose to utilize the TMC2300’s features.
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