Posts
All the articles I've posted.
Connecting and using the NEO-6M GPS module with Arduino
Published: at 05:21 PMConnecting and using the NEO-6M GPS module with Arduino
Control a Buzzer with Raspberry Pi Pico using CircuitPython
Published: at 10:18 AMThis video provides an insightful demonstration on how to control a pzo speaker using Circuit Python on a Raspberry Pi Pico by manipulating sound frequencies. Viewers will learn about the practical applications of PWM (Pulse Width Modulation) to produce sounds at varying frequencies, like 200 Hz, 400 Hz, and up to 1,000 Hz. This knowledge is essential for understanding how different sound frequencies can be effectively managed in various projects, offering a hands-on experience that enhances coding and electronics skills.
Control a Buzzer with Raspberry Pi Pico using MicroPython
Published: at 11:19 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.
Controlling a DHT11 temperature and humidity sensor on CircuitPython
Published: at 09:04 AMThis video provides a detailed guide on how to utilize the DHT11 temperature and humidity sensor with an OLED display using CircuitPython. The main theme of the video revolves around programming and integrating the DHT11 sensor to display real-time temperature and humidity data efficiently. By following along, viewers will gain essential skills in coding, sensor integration, and troubleshooting, enhancing their understanding of electronics and programming.
Controlling a DS18X20 temperature sensor on CircuitPython
Published: at 10:19 AMThis video is beneficial for viewers who want to learn how to utilize the DS18X20 temperature sensor with an OLED display through CircuitPython. The main theme focuses on the step-by-step process of connecting, coding, and displaying the temperature readings accurately. By following the detailed instructions, you'll gain insights into one-wire communication, ensuring secure connections for precise temperature measurements.
Controlling a light sensor on CircuitPython
Published: at 03:23 PMThis video is beneficial for those looking to control a light sensor using analog input through the ADC. The main theme revolves around setting up the sensor, displaying values on an OLED screen, and understanding voltage readings to classify lighting conditions. By following the detailed steps, users can enhance their electronic projects and accurately interpret light levels, which is useful for applications like photography and plant growth monitoring.
Controlling a PIR sensor on CircuitPython
Published: at 10:08 AMControlling a PIR sensor on CircuitPython
Controlling a Servo Motor on CircuitPython
Published: at 09:51 AMIn this video, you will learn how to control a servo motor using Circuit Pi. The session guides you through the connections required, how to install the necessary libraries from GitHub, and set up the code needed for precise movement of the servo motor. The main theme is demonstrating the complete range of motion of the servo, showcasing how to operate it at angles from 0 to 180 degrees efficiently. By following the detailed instructions, viewers can gain practical skills in managing servo motors effectively.
Controlling a soil moisture sensor on CircuitPython
Published: at 03:56 PMThis video demonstrates how to control a soil moisture sensor using CircuitPython, focusing on key components like the Y12 pin and the OLED display. Understanding each step and the connections is crucial for optimal performance and achieving precise sound predictions from the analog input. By following the instructions, viewers will gain confidence in their ability to set up the moisture sensor and monitor environmental conditions effectively.
Controlling a switch on the Raspberry Pi Pico using CircuitPython
Published: at 09:05 AMIn this video, you will learn how to control an LED using the Raspberry Pi Pico by implementing a key button configuration. This session emphasizes how to effectively record button presses and adjust the settings for optimal performance. By following the step-by-step process, viewers will gain valuable knowledge about using GPIO pins, setting inputs, and controlling outputs, enhancing their understanding of microcontroller applications.
Controlling a switch on the Raspberry Pi Pico using MicroPython
Published: at 04:24 PMThis video guides you through the process of controlling an LED using a Raspberry Pi Pico and a switch. The central theme revolves around using MicroPython to set up a simple program where pressing the switch turns the LED on, and releasing it turns it off. You will learn to write code that manages input and output states effectively, making the project not only educational but also practical. By analyzing the steps to configure the adapter board, you enhance your skills in programming and electronics. This content is perfect for those wanting to master the basics of GPIO manipulation with a hands-on project.
Controlling a switch with CircuitPython
Published: at 10:19 PMControlling a switch with CircuitPython
Controlling a water level sensor on CircuitPython
Published: at 04:42 PMWatching this video will enhance your understanding of how to control and utilize a highly sensitive water level sensor. The main theme of the video revolves around accurately measuring water height using specific components, including an OLED display and proper connections. By following the detailed instructions provided, you will ensure the integrity and performance of the system, ultimately leading to successful operation and accurate measurements.
Controlling an OLED display based on the SSD1306 driver using I2C in CircuitPython
Published: at 12:11 PMControlling an OLED display based on the SSD1306 driver using I2C in CircuitPython
Controlling an OLED display with a Raspberry Pi Pico using CircuitPython
Published: at 02:21 AMIn this video, you will learn how to control an OLED display using the Raspberry Pi Pico, which is known for its affordability and ease of use. The main theme revolves around the importance of properly connecting the I2C pins, as they are swapped, and ensuring the correct libraries and font files are installed for successful operation. Additionally, the video provides a step-by-step guide to make the integration smooth and effective, highlighting common pitfalls and how to navigate them. By following along, you will gain valuable practical skills for future electronics projects involving I2C components.
Controlling an OLED display with a Raspberry Pi Pico using MicroPython
Published: at 11:19 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.
Controlling an ultrasonic sensor on CircuitPython
Published: at 04:53 PMIn this video, you will learn how to control an Ultrasonic Sensor using CircuitPython, which is vital for accurate distance measurement. The main theme centers around effective setup and implementation of the sensor, ensuring the correct connections, code adjustments, and real-time monitoring for precise functionality. By following the demonstrated steps, you can gain valuable knowledge in configuring hardware components and executing code effectively, leading to enhanced learning in electronics and programming.
Controlling Arduino with Android using React Native
Published: at 09:32 AMControlling Arduino with Android using React Native
Controlling based on the type of command in the packet on Arduino
Published: at 07:39 PMControlling based on the type of command in the packet on Arduino
Controlling GPIO digital output on STM8
Published: at 10:02 AMControlling GPIO digital output on STM8