Neosarchizo

S/W & H/W Engineer

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Recent Posts

• Controlling the DHT11 temperature and humidity sensor with Raspberry Pi Pico using MicroPython

  Published:Nov 21, 2024 |  at 02:43 AM

  Gain insights into the process of controlling the DHT11 temperature and humidity sensor using MicroPython and Raspberry Pi Pico. This content provides a step-by-step guide on how to successfully connect and display environmental data on an OLED display, enhancing your ability to analyze atmospheric conditions effectively. The central theme revolves around the importance of data integrity and accurate readings, which are crucial for any scientific or analysis-based applications. By following the systematic commands and procedures outlined, viewers will learn to ensure that the collected data meets quality standards while improving their programming skills in embedded systems. This tutorial is especially beneficial for those interested in sensor control and data verification techniques.

• Controlling the DS18X20 temperature sensor with Raspberry Pi Pico using MicroPython

  Published:Nov 21, 2024 |  at 02:15 AM

  In this video, you will learn to control the DS18B20 temperature sensor using MicroPython and a Raspberry Pi Pico. The session emphasizes the correct connections required for accurate sensor functionality, specifically using GPIO6 instead of GP 27 which is commonly misunderstood. By following the structured coding approach, viewers will understand how to implement one wire communication and ensure the Celsius readings are clear and precise. The content focuses on measuring ambient temperature effectively, showcasing the practical application of the code. Overall, it's a comprehensive guide for those looking to enhance their skills in sensor integration and coding.

• Using UART with Raspberry Pi Pico using MicroPython

  Published:Nov 20, 2024 |  at 02:28 AM

  Learn 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:Nov 19, 2024 |  at 02:34 AM

  Control 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.