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TMCM-1321

ADITMCM-1321

Analog Devices Inc./Maxim Integrated
Stepper, Bipolar 9 ~ 28VDC Supply 0.7A 9 ~ 28V Load
Active10 in stock

Overview

The TMCM-1321 is a compact, single-axis controller/driver module for bipolar stepper motors, providing up to 0.7A RMS current from a 9V to 28V DC supply. It integrates the TMC4361A-LA hardware motion controller and a TMC2130 driver to enable advanced S-shape ramps and high-precision motor control. This chassis-mount board communicates via an RS-485 interface and utilizes TMCL firmware for simplified motion programming.

Why Choose This Part

This module offers high-performance motion profiles through hardware-based S-shape ramp generation, which reduces mechanical vibration. It includes proprietary technologies like StallGuard2 for sensorless load detection and CoolStep for automatic current scaling to minimize heat generation. The onboard EEPROM allows for permanent storage of configuration parameters, enabling standalone or networked operation via RS-485.

Applications

Precision Laboratory Automation
Utilizing S-shape ramps for jerk-free movement of sensitive samples or reagents.
Small Scale Robotics
Providing compact, high-torque control for robotic grippers or joint actuators.
3D Printing and CNC
Implementing StallGuard2 for sensorless homing and CoolStep for energy-efficient Z-axis or extruder control.
Medical Liquid Handling
Precise micro-stepping and quiet SpreadCycle operation for noise-sensitive clinical environments.

Key Specifications

Type Board
Interface RS-485, SPI
Motor Type Stepper
Mounting Type Chassis Mount
Voltage - Load 9 ~ 28V
Current - Output 0.7A
Number of Motors 1
Voltage - Supply 9 ~ 28VDC
Control / Drive Type Stepper, Bipolar
Operating Temperature -30degC ~ 40degC

Getting Started

To begin development, connect the module to a 24V DC power supply and an RS-485 transceiver. Users can configure the module using the TMCL-IDE software, which facilitates parameter tuning for the TMC4361A motion controller and TMC2130 driver. The onboard GPIO and home/stop switch inputs should be wired directly to the chassis-mount connectors for immediate motion sequence testing.