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Recent Posts
Using UART with Raspberry Pi Pico using MicroPython
Published: at 02:28 AMLearn how to effectively use MicroPython for UART communication with the Raspberry Pi Pico in this engaging tutorial. The central theme of this content is the setup and operation of UART connections, which is essential for controlling the Raspberry Pi Pico. By following detailed instructions on pin configurations and coding, viewers will gain valuable skills in hardware connections and data transfer techniques. This session not only demystifies the UART process but also encourages practical understanding through real-time examples. Join us to enhance your embedded systems expertise and make your projects more interactive!
Using MicroPython to Control ADC on Raspberry Pi Pico
Published: at 02:34 AMControl the ADC on the Raspberry Pi Pico using MicroPython and learn to manipulate the voltage readings through a potentiometer. This content provides a detailed guide on how to set up the OLED display for visual output and how to manage I2C communication for accurate sensor data processing. The central theme revolves around converting analog signals into digital data while ensuring clarity and accuracy in representation. By following along, viewers can gain hands-on experience in interfacing hardware components, which is essential for effective system functionality. Overall, this video serves as an informative introduction to working with ADC and visual displays in embedded systems.
Controlling an OLED display with a Raspberry Pi Pico using MicroPython
Published: at 02:19 AMControlling an OLED display with an SSD1306 driver using I2C on the Raspberry Pi Pico unlocks a world of creative possibilities for users. This content guides viewers through the intricate setup process, emphasizing the importance of GPIO configuration for successful data transfer. The central theme revolves around using MicroPython for effective communication between devices, showcasing how software can overcome hardware limitations. By following the detailed instructions, viewers will learn to visually output pixels, lines, and text on the OLED display seamlessly. Ultimately, this content empowers users, both beginners and advanced, to bring their ideas to life through interactive designs.
Control a Buzzer with Raspberry Pi Pico using MicroPython
Published: at 02:19 AMControlling a PZO speaker using MicroPython on a Raspberry Pi Pico can greatly enhance your understanding of PWM technology. This video demonstrates the setup process, from importing necessary libraries to effectively manipulating the GPIO pins. By comparing Circuit Python and MicroPython, viewers will gain insight into how these environments share similarities and functions. Additionally, the tutorial shows how to control the duty cycle to adjust the speaker’s volume through practical programming examples. Ultimately, this content is perfect for those looking to expand their microcontroller skills and applications.