![]() It would be a shame not to use those headers so I inserted Raspberry Pi Pico into a breadboard and added an LED with the accompanying circuitry.ĥV is connected to VBUS (pin 40), GND to pin 38, and I decide to use the GPIO the closest to the LED namely GP15 (pin 20). Changing the motion sensitivity or sleep timeout can easily fix this issue, and I could complete the task at hand. ![]() I did not move the soldering enough so it failed to detect any activity and entered into sleep. The soldering iron worked great for about one minute, and then I started to have problems with soldering… Looking a the screen I could see Zzzz and the temperature dropped. In theory, we could just get started with the board alone, but since I got some headers with my board, I also took the opportunity to try out Pine64 Pinecil soldering iron powered by MINIX NEO P2 USB-C power supply. The instructions will be similar for Windows and Mac OS. I went to the official documentation to get started, but I had to look around to achieve what I wanted to do, namely blinking some LEDs, so I’ll document my experience with my own getting started guide for Raspberry Pi Pico using a computer running Ubuntu 20.04 operating system. Raspberry Pi Pico board was just launched last Thursday, but thanks to Cytron I received a sample a few hours after the announcement, and I’ve now had time to play with the board using MicroPython and C programming language.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |