STM32F0
Hi everyone, I’m back :) Another year has come with lots of opportunities and challenges presented to me as I now become a fresh Ph.D. candidate at Nanyang Technological University (NTU) Singapore. Being occupied by all the courses and my research, I hardly had time to continue with the
STM32F0
It’s been nearly one year since I posted the last tutorial on using STM32F0 UART. Many things have happened during my study that gave me no chance to release any new tutorial. But I finally finished my MSc course and had some free time so I make up my
STM32F0
It’s been a while since I posted the tutorial on using STM32F0’s timer and counter. I’ve recently started my MSc course in NUS and found it quite challenging. I almost forgot all the backgrounds that I studied at university after 2 years of working. I’ve been
STM32F0
In the last post, we figured out how to make the LED blink and learn some GPIO functions including writing, toggling, and reading. In this STM32F0 tutorial, we will learn how to configure and use GPIOs as an external interrupt signal to trigger an LED without depending on the main
STM32F0
In the first tutorial, I have shown some software that you needed to install to play with STM32F0. This STM32F0 tutorial will straightforwardly show how to create a new blinking LED project for the STM32F0 Discovery kit with STM32CubeMX and then, generate the Keil ARM project and synchronize files with
STM32F0
I have been working with the STM32 microcontroller since 2012 until now and I found that it is a really good choice for both cost and performance. I have learned to use STM32F1 (Cortex M3) mainstream at first and then discovered F0 (Cortex M0) for over a year already. The
STM32F0
Update 11/2021: this was posted in 2014 using the old STM32 stdlib, which might be tedious to setup and get it working. The newer STM32CubeMX and STM32CubeIDE support DMA setup much quicker and easier. Nevertheless, the explanation in this post is still valid and useful to briefly layout how