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Reference Design for Battery-Powered IoT Devices
The TMC2300-IOT-REF is a completely open-source reference design for easy evaluation of the TMC2300-LA stepper motor driver IC. Whether it’s a POS device, toys, office and home automation, or mobile medical devices, Engineers can quickly prototype IoT applications running on 3.5 – 6 V batteries. Besides the low-voltage stepper motor driver, the board features a […]
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The Engineer’s Swiss Army Knife Running MicroPython
Access Trinamic modules with a simple Python script using Trinamic’s TMCM-0960-MotionPy, providing a clear insight into system communications regardless of the interface or bus system used, speeding up automated testing and analysis in the field or on the factory floor. The simple module replaces computers and application software for debugging of automation applications running TMCL, […]
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Controlling brushless motors with ROS
By Shubham Sharma One of the challenges while developing any robotic hardware is to handle the communications with the motors along with sending commands to them as per the generated trajectory in real time. Since the motor accepting trajectories should respect the time limits, it becomes important that the communication between the motor driver and […]
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Additive Manufacturing in Space
To reduce the cost of space missions, team AIMIS-FYT decided to build a 3D printer for zero-gravity environments. The result is a cartesian-style 3D printer that prints and cures resin.
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ROCINANTE Newsletter
Sign up to Trinamic’s ROCINANTE Newsletter and stay up to date with the latest developments. The DOCK5 evaluation board is limited available for testing the chip.
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Guest Blog: Designing My Own 3D Printer Mainboard
By Jan Kotarski, Engineer When I bought my 3D printer, a Prusa-like construction, I started upgrading it the same day it arrived. Aside from the mechanical parts (which are completely replaced at this point), the obvious and much needed upgrade was the mainboard, or to be precise – stepper motor drivers. The A4982s are powerful, […]