Well, not here on our blog, but you can now easily download the CAD files you need for all our active chips. Simply visit the product page, for example the TMC2160 product page or the TMC4671 product page, scroll down till you see the tool for downloading CAD symbols, choose your preferred format and hit […]
In this blog article we wire up a Arduino Mega2560 with a TMC5160-EVAL board to run in it STEP/DIR mode, use a timer to generate a fixed frequency for the STEP input. The diagnostic diag0 output pin of the TMC5160 will be used to indicate a defined load condition we want to react on. In […]
From evaluation kits to open-source breakout boards and easy to use building blocks, we always try to help our customers where we can. This also means making documents accessible. Not only datasheets and application notes, but also reference design schematics to give engineers fast design starts. Miniaturization is one of the megatrends influencing application design, […]
By embedding RISC-V processor cores into our products, we’re pushing motor driver ICs to the next level. It’s a huge step forward, allowing you to create superior products faster than ever before with the new ROCINANTE family. During electronica, Trinamic unveils its new family of motor drives with an embedded RISC-V core, dubbed ‘Rocinante’. Components […]
So, after our first blog post, which you can read here, Watterott kindly pointed out to us that our post didn’t make sense, so we looked at TL-Smoothers for 3D printers again. Turns out, our explanation of TL-Smoothers doesn’t apply to TL-Smoothers, since these small boards don’t use freewheeling diodes. Instead – and to our […]
NOTE: This blog post deals with freewheeling diodes, not with actual TL-Smoothers. For more info on TL-Smoothers, please visit our other blog post here. There is a debate going on in the 3D printing community whether or not to use TL-Smoothers. These little modules can be added to stepper motors of 3D printers, offering recovery […]