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Master PIO state machine programming on Raspberry Pi Pico W to create a four-bit binary counter, exploring in_, nop(), and invert instructions while learning timing control and simple multiplication techniques.
Master Arduino functions by learning to control LED brightness using potentiometers, with hands-on practice in parameter passing and local variables for practical hardware interaction.
Learn to implement arrays in Arduino projects, enhancing data management and organization for more efficient programming.
Learn how to control DC motor speed and direction using the TA6586 motor controller and Raspberry Pi Pico W. This hands-on tutorial demonstrates breadboard setup, power management, and programming for complete motor control.
Discover how to save calibration data to the Raspberry Pi Pico's flash memory, enabling your system to remember configurations after power loss while understanding the limitations of this approach for mission-critical applications.
Learn to input, sort, average, and find high/low grades in Python with step-by-step guidance, enhancing your programming skills through classic first-year college assignments.
Explore how to connect Arduino Uno R4 WiFi to your network, create a web server, and control an LED wirelessly through a browser-generated web page in this hands-on tutorial.
Discover how to establish a client-server relationship between your PC and Arduino, passing data bidirectionally over WiFi using Python on the PC side and step-by-step guidance.
Learn how to save calibration and critical data to the Raspberry Pi Pico W's flash memory, allowing your system to remember configurations even after power loss. Understand limitations and best practices for this essential skill.
Dive into building a portable Arduino Weather Station using GY-87 and DHT11 sensors with an OLED display that shows real-time data and 24-hour graphs for temperature, pressure, and humidity.
Explore how to create a PyQt HSV color wheel project that controls RGB LED colors on a Raspberry Pi Pico W, with customizable sliders for dynamic color spectrum visualization.
Learn how to install Thonny IDE on your desktop computer to connect with Arduino Uno R4 WiFi and run Python programs, starting with a simple "Hello World" example.
Enhance your knowledge of PyQt by building an improved HSV color wheel generator with adjustable phase and color channel scaling for Raspberry Pi Pico W.
Enhance your knowledge of creating improved WiFi client-server connections between Arduino (server) and Python (client) with step-by-step guidance for future projects.
Learn how to incorporate RFID-RC522 modules into Raspberry Pi Pico W projects, program and read RFID tags, and create a system that unlocks and tracks servo positions based on different card identifications.
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