In this session, we will introduce the Raspberry Pi Pico development board, based on the low-cost, high-feature RP2040 microcontroller. We will explore the Pico board features and why the board is well suited for machine-learning applications...
In this final class session, participants will be introduced to the basics of the H-Bridge DC motor driver circuit. Interactive activities using the RP2040 Pico microcontroller to operate an H-Bridge DC motor driver circuit will be explored by the...
In this session, participants will be introduced to the basics of stepper motors through interactive activities using the RP2040 Pico microcontroller. Control methods for operating a stepper motor will be explored in this webinar session using...
The third-day session will be a continuation of day 2 where participants will learn specifics of the Thonny Python programming environment. Participants will learn about Thonny by wiring and testing an RP2040 Pico-enabled servo motor controller.
This second-day session will focus on setting up a MicroPython programming environment for the RP2040 Pico. Specifics of the MicroPython programming environment will be explained while participants wire and test an RP2040 Pico-enabled transistor...
Day one will provide an overview of the RP20240 Pico as related to its system architecture. Participants will explore a specific application relating to DC motor controls. The transistor electromechanical relay motor control driver circuit will be...
Now that we have been exposed to the new Raspberry Pi Pico W, let’s put our Pico W to work in the real world. Today we will use the same RP2040 toolchain we used to produce firmware for our custom RP2040 Wi-Fi board to generate a Pico W-based TOF ...
A little less than a month ago the folks at Raspberry Pi introduced a new variant of the Raspberry Pi Pico. The new Raspberry Pi Pico W is constructed around the same RP2040 microcontroller that drives the original Raspberry Pi Pico. However, the...
In the previous lectures we assembled a custom RP2040-based printed circuit board and assembled a GNU ARM toolchain within Ubuntu that targets our custom RP2040 hardware, the Raspberry Pi Pico and the Raspberry Pi Pico W. Today’s lecture will...
The second lecture of this series is all about the firmware development toolchain. Our RP2040/Pico/Pico W firmware development toolchain will be assembled within Ubuntu 20.04.4 LTS. We will install CMake, the GNU Embedded Toolchain for ARM and...