TRINAMIC Motion Control GmbH & Co. KG. Datasheets for Electronic Development Boards
Development and prototype boards and systems are computer boards or complete systems that are used to develop or test electronic modules.
Electronic Development Boards: Learn more
| Product Name | Notes |
|---|---|
| The baseboard BB-160 allows to build a ready to use BLDC motor driver unit using the TMCM-160 driver module. It integrates velocity and torque (via current) control as well as... | |
| The baseboard BB-611-1 allows to build a ready to use 6-axisstepper motor controller/driver unit using the TMCM-611 module. The module can be remotely controlled via CAN (or RS485). Specifications Features... | |
| The baseboard BB-611-2 allows to build a ready to use 12-axis stepper motor controller/driver unit using two TMCM-611 modules. The system can be remotely controlled via CAN (or RS485). Specifications... | |
| The BB-103 is designed for the TMCM-103 single axis 2-phase stepper motor controller and driver module with encoder interface. This encoder feedback makes it an optimum solution for high-reliability closed... | |
| The TMC211-EvalBoard makes it possible to evaluate the features of the TMC211 stepper motor controller and driver chip. The TMC211 evaluation board allows connecting the TMC211 chip to a power... | |
| The TMC222 evaluation board makes it possible to evaluate the features of the stepper motor controller and driver chip TMC222. It is mainly intended for direct attachment to the Trinamic... | |
| The TMC223 evaluation board makes it possible to evaluate the features of the stepper motor controller and driver chip TMC223. The TMC223 evaluation board allows connecting the TMC223 chip to... | |
| The TMC262-EVAL allows you to explore all functions of the TMC262. The evaluation board comes with a PC software which gives you access to every function of the driver. It... | |
| The TMC32NPx and TMC401 evaluation board allows to compare the performance of different stepper driver configurations, using a two or a four layer layout and different SMD technology. The related... | |
| The TMC32NPx evaluation board allows to compare the performance of different stepper driver configurations, using a two or a four layer layout and different SMD technology. The related signals can... | |
| The TMC332-EVAL makes it possible to evaluate the features of the TMC332 high precision sequencer together with a 2- or 3-phase stepping motor. With the evaluation software there is access... | |
| The TMC389-EVAL allows you to explore all functions of the TMC389. The evaluation board comes with a PC software which gives you access to every function of the driver. It... | |
| The TMC428A-EVAL allows you to explore all functions of the SPI™ chipset using the TMC428 motion controller and TMC236/246 and TMC239/249 drivers. It is equipped with the TMC246A-PA and TMC249A-SA... | |
| The TMC457-EVAL is designed to evaluate the TMC457 high-end motion controller in combination with a TMC246 stepper motor driver or with a Piezo LEGS™ piezo motor from PiezoMotor™. Specifications Motor... | |
| The TMC603-EVAL makes it possible to evaluate the features of the TMC603 three phase motor driver with BLDC back EMF commutation hallFX™. A PC software running under Windows enables to... | |
| The TMCM-EVAL is a baseboard which allows to evaluate the operation of the TMCM controller modules. All interface signals of the respective are available on screw terminal connectors. The inputs... | |
| The TRINAMIC TMCM-AC-840 Daughter Card Kit is an FPGA prototyping platform for power drivers for brushless DC motors (BLDC) as well as stepper motors. The TMCM-AC-840 Daughter Card Kit incorporates... | |
| TMC249 Evaluation Board with High Voltage & High Resolution The TMC249-HVHR is an add-on board for the TMC428-EVAL, which demonstrates operation of the TMc249 with an increased voltage up to... |