Stepper motors seem to be the thing these days! As a follow-on to a couple of posts regarding the use of chipKIT Pro with I/O control and Delays, we want to share Learn.Digilentinc’s chipKIT Pro with Stepper Motors project, which builds upon the knowledge learned in the two previous projects and teaches you how to apply a software-based state machine approach to control the speed, rotation direction, and operation mode of stepper motors. It requires knowledge of C or C++ programming, MPLAB X IDE, finite state machines, and the two previously mentioned projects. Go get your learn on!
As a follow on to a recent post about chipKIT Pro and I/O Control, the Learn.Digilentinc site has put together a chipKIT Pro and Delays project to teach methods for using software delays in your code. Because the microcontroller executes code so quickly, you may want to slow down the processor to meet the needs of your application. This project includes a background on timing of microcontrollers and requires knowledge of C or C++ programming, MPLAB X IDE, binary math, Boolean algebra, bit manipulation, and I/O Pin Control.
Get your Learn on! 🙂
The Learn.Digilentinc site has some useful lessons, not only for beginners, but also for more advanced users of microcontrollers. For those of you who use chipKIT Pro products like chipKIT Pro MX7, Digilent put together the chipKIT Pro and I/O Control project to teach digital input and output using MPLAB X IDE and the MPLAB XC32++ Compiler. This project does require some basics skills/knowledge, like C or C++ programming, binary math and Boolean algebra, MPLAB X IDE basics, and a fundamental knowledge of electronics.
Happy Learning! 😀
Using a chipKIT Pro MX7, Sam from Digilent has created a Temperature-Sensing Coaster! As he mentions in the post, now you can hit that perfect “Goldilocks” temperature; coffee that is not too hot, not too cold, but just right!
To find out more, visit Digilent’s blogpost.