TMC4671

• Power Stage for the TMC8670-EVAL
• 4 independent Half-Bridges with Gate Driver and Phase Current up to 2A RMS (TMC-UPS-2A24V-EVAL) / 10A RMS (TMC-UPS-10A70V-EVAL) RMS for driving a 2-phase stepper motor, or a 3-phase BLDC or a single phase DC motor.
• Main Supply Voltage (VM) up to 24V (TMC-UPS-2A24V-EVAL) / 70V (TMC-UPS-10A70V-EVAL)
• Supply for Gatedrivers and Shunt Amplifiers (zero current level = 3.3V/2)
• 2 Phase Current shunt amplifiers and one for bottom shunt with +/-2A (TMC-UPS-2A24V-EVAL) / +/-10A (TMC-UPS-10A70V-EVAL) measurement range

TMC-UPS-2A24V-(A)-EVAL / TMC-UPS-10A70V-(A)-EVAL is a universal Power Stage.

It drives up to 2A / 10A of current and is tolerant to supply voltages up to 24V / 70V. It uses half bridge gate drivers and discrete MOSFETs as well as standard connectors for supply and motor connection. Current measurement is implemented by inline shunt amplifiers.

The Power Stages TMC-UPS-2A24V-A-EVAL and TMC-UPS-10A70V-A-EVAL (5V supply for shunt amplifiers) are optimized for usage with TMC4671-EVAL.

• Single axis BLDC servo driver for up to 6A rms / phase
• Supply Voltage 12V..36V
• Integrated overvoltage protection
• HALL sensor interface
• Onboard temperature sensor
• Digital I/O and analog inputs
• Addon board connector for standard or custom sensor interface board
• Raspberry Pi connector for external SBC

This evaluation board is obsolete and no longer recommended.

TMC4671-TOSV-REF is an open source reference design for ventilators / respirator systems. It is a BDLC servo driver for voltages from +12V to +36V and motor RMS phase currents up to 6A. It offers a wide range of connectivity with its SBC connector in Raspberry Pi style, the addon board header for a standard or custom pressure sensor addon board, and general purpose I/O. Communication is via standard TTL UART or RS485 (when using the standard addon board TOSV-SENSOR-REF).

ADI Trinamic Open-Source Ventilator Project

• Real-time in-aplication tuning

This USB-2-RTMI offers USB interface conversion for the Real-Time Monitoring Interface of the TMC4671 FOC controller IC. The interface converter is based on the FTDI FT4222H USB High-Speed to SPI bridge. It is USB bus powered and offers basic ESD protection. USB-2-RTMI comes with connections cables for the RTMI connector and Micro USB.

Please note that USB-2-RTMI V2.0 version includes galvanic isolation between USB and RTMI connector. This device will work with the latest TMC4671-LA FOC controller IC but not with the previous version TMC4671-ES.
USB-2-RTMI V1.0 is compatible with both TMC4671-LA and TMC4671-ES.

It offers the same tiny 10pin connector with same pin assignment for the RTMI interface as it can be found on the TMC4671-LA line of evaluation boards.

• 3-phase BLDC/PMSM motor with up to 10A coil current
• Gate Drive Programmable 0.5A/1A/1.5A
• Supply Voltage 12 to 48V (55V max)
• SPI Interface for diagnostics / configuration
• Optional BBM logic for single line control
• Programmable Control Interface with 3 or 6 line drive
• Full Protection & programmable Diagnostics
• Onboard Current Shunt Amplifiers
• 1 to 256 Microsteps
• 10A RMS, 48V

The TMC6100-EVAL allows you to explore all functions of the TMC6100-LA.

The TMC6100-EVAL-KIT is a set of one MCU board Landungsbruecke, two Eselsbruecke bridge boards, one TMC4671-EVAL motion controller board as well as one TMC6100-EVAL driver board.

In addition we recommend to use the USB adapter for real-time-monitoring interface (RTMI): USB-2-RTMI.

The EVAL-KIT + USB-2-RTMI allows for a quick and simple start within only minutes to make your motor turning, while still providing full access to all registers and full functionality and diagnostics.

For diagnosis, all signals between MCU and TMC6100 are accessible with probes on the bridge board. TMC6100-EVAL can be used with or without the Landungsbruecke MCU board.

All you need to get started is a power supply and ADI Trinamic's free and easy to use TMCL-IDE. This graphical user interface allows quick setup and supports the use of commands in direct mode, monitors real-time behavior visualized in graphs, and logs and stores data. All settings can simply be exported for your own firmware project.

More about the TMCL-IDE

• Single axis BLDC servo driver
• Up to 500W continuous
• Supply Voltage up to 13S (<55V)
• HALL sensor interface
• CAN & UART communication interface
• 3x GPIO
• Sin/Cos and torque sensor interface
• External light support for LEV
• Onboard MEMS motion sensor
• Open source hardware and firmware

TMC4671-LEV-REF is an open source reference design for LEVs (Light Electric Vehicles). It is a BLDC servo driver for voltages up to +55V (ca. 13S) and up to 500W motor power. It offers a wide range of connectivity to external sensors, position feedback systems, and GPIO as well as supports external lights on the LEV. A CAN and a TTL UART interface are available for communication.

• TMC4671-LA Hardware Servo Controller
• TMC6100-LA Hardware Gate Driver + MOSFETs
• Supply and I/O voltage 3.3V and 5V
• Motor supply voltage input (8 to 50V)
• Motor phase current up to 10A peak (Please consider proper soldering)
• Communication and configuration via SPI
• Real-time Monitoring Interface for live debugging and tuning using ADI Trinamic’s RTMI adapter
• Additional Step/Direction Interface from a motion controller
• Encoder- and Hall-Feedback, analog hall via solder pads
• Driver Fault and Status indicator LEDs
• Board width 2", board height 1.5"
• 2x15 pin 0.1" header rows for pins/connectors, distance of rows 1.9"
• 10A RMS, 50V

The TMC4671+TMC6100 breakout board is a development board with the dedicated TMC4671 and TMC6100 chip. It is designed to give users the chance to rapidly prototype their applications - making it possible to immediately check how the motor performs with TMC chips while developing the application's software.

Please find a dedicated firmware in the download section below, when using TMC4671+TMC6100-BOB with Landungsbruecke interface board.

• TMC4671-LA Hardware Servo Controller
• Supply and I/O voltage 3.3V and 5V (with blue LED indicator)
• Motor supply voltage input to measure motor supply (0 to 80V)
• Communication and configuration via SPI and UART interface
• Real-time Monitoring Interface for live debugging and tuning using ADI Trinamic’s RTMI adapter
• Additional Step/Direction Interface from a motion controller
• Encoder- and Hall-Feedback
• Supply and status indicator LEDs
• Board width 1.5", board height 1.6"
• 2x16 pin 0.1" header rows for pins/connectors, distance of rows 1.4"

The TMC4671 breakout board is a development board with the dedicated TMC4671. It is designed to give users the chance to rapidly prototype their applications - making it possible to immediately check how the motor performs with TMC chips while developing the application's software. 

If you like to see a step by step guide on driving a linear stage with the TMC4671, please visit the blog post where one of ADI Trinamic's Engineers explains in 3 posts how to set up your linear stage, how to tune the controller using the TMCL-IDE, and how to adapt the firmware to your own project.

Visit the blog post

• Servo Controller for DC, BLDC and stepper motors
• Control of torque (FOC), velocity and position by cascade control
• Integrated Delta Sigma ADCs
• 5V Supply Voltage (onboard buck converter for VCCIO 3.3V)
• SPI and UART for communication with Microcontroller
• Realtime Monitoring Interface
• ABN Encoder Interface, Digital Hall Interface, Analog Hall Interface, Sine/- Cosine Encoder and Ref.-Switch Input

The TMC4671-EVAL allows you to explore all functions of the TMC4671-LA.

The EVAL-KITs TMC4671-10A70V-EV-KIT / TMC4671-2A24V-EV-KIT are a set of one MCU board Landungsbruecke, two Eselsbruecke bridge boards and a TMC-UPS-10A70V-A-EVAL / TMC-UPS-2A24V-A-EVAL power stage as well as one TMC4671-EVAL driver board. In addition we recommend to use the USB adapter for real-time-monitoring interface (RTMI): USB-2-RTMI.

The complete set allows for a quick and simple start within only minutes to make your motor turning, while still providing full access to all registers and full functionality and diagnostics. For diagnosis, all signals between MCU and TMC4671 are accessible with probes on the Eselsbruecke bridge board. To simplify the transfer to your own processor platform the MCU board can be disconnected. 

All you need to get started is a power supply and ADI Trinamic's free and easy to use TMCL-IDE. This graphical user interface allows quick setup and supports the use of commands in direct mode, monitors real-time behavior visualized in graphs, and logs and stores data. All settings can simply be exported for your own firmware project.

More about the TMCL-IDE

If you like to see a step by step guide on driving a linear stage with the TMC4671, please visit the blog post where one of Trinamic's Engineers explains in 3 posts how to set up your linear stage, how to tune the controller using the TMCL-IDE, and how to adapt the firmware to your own project.

Quick Setup Guide

APPLICATIONS

• Laboratory Automation
• Manufacturing
• Semiconductor Handling
• Robotics
• Factory Automation
• Test & Measurement
• Life Science
• Biotechnology
• Liquid Handling