Other Projects

Mandelbrot Set on Pi Pico ILI9341

Mandelbrot Set on Pi Pico / ILI9341

Mandelbrot Set is IMHO the most famous fractal. Read here for additional info: https://en.wikipedia.org/wiki/Mandelbrot_set This project was inspired by https://hackaday.io/project/177884-mandelbrot-on-p… I reused most of the original code, but decided to implement it with 2.8″ ILI9341 SPI tft using Pico micropython driver from https://github.com/jeffmer/micropython-ili9341. This is my first project with Pi Pico and micropython. Step 1: Set Up… I assume […]

Mandelbrot Set on Pi Pico / ILI9341 Read More »

Circuit Setup

Connecting to Microcontroller With Pyserial Library – Python

Hi, In this instructable, we’ll see how to use the Pyserial library in Python in order to make a serial connection via a COM Port (in our example COM3) and receive the temperature and humidity values from an MSP430 Microcontroller which is programmed to obtain data from a DHT11 sensor. In addition to this, we’ll

Connecting to Microcontroller With Pyserial Library – Python Read More »

Parallel Apps on an ESP32 Using Toit Platform for IoT

Parallel Apps on an ESP32 Using Toit Platform for IoT

With the Toit platform, developers can treat an ESP32 as a regular computer, installing apps just as easy as on a computer or a phone. Using the high-level language Toit, it is easy to implement functionality and applications while the Toit platform ensures that the device keeps functioning no matter what. This project tests the

Parallel Apps on an ESP32 Using Toit Platform for IoT Read More »

Arbitrary Wave Generator With the Raspberry Pi Pico

Arbitrary Wave Generator With the Raspberry Pi Pico

Just two weeks ago, the pico, a new microcontroller, the pico, was released by the Raspberry Pi Foundation, well known for the incredibly successful series of Raspberry Pi single-board computers. The new microcontroller uses a brand new chip, designed in-house, the RP2040. It has two 32-bit cores running by default at 125MHz. It has been criticised

Arbitrary Wave Generator With the Raspberry Pi Pico Read More »

Smart Home With Multiple NodeMCU ESP8266 Network With Blynk

Smart Home With Multiple NodeMCU ESP8266 Network With Blynk

In this IoT project, I have shown how to make IoT-based Smart Home Automation using Multiple NodeMCU ESP8266 network to control all the home appliances from the pushbuttons & Blynk App. If the internet is not available, then you can control the home appliances from manual switches. During the article, I have shown all the steps to make this smart

Smart Home With Multiple NodeMCU ESP8266 Network With Blynk Read More »

Reciprocal Frequency Counting

Frequency Counter With Variable Gate Time

Frequency counter (reciprocal) Gate time selectable from 0.1 second up to 60 seconds Frequency range from 0.1 Hz up to 10 MHz (tested) Input 3.3V and 5V safe Uses a STM32F103C8 (Blue Pill) and 16×4 LCD code is available on gitlab: https://gitlab.com/WilkoL/frequency-counter-with-v… Supplies: STM32F103C8 (Blue Pill) 16 x 4 LCD screen (HD44780 compatible) 10 MHz

Frequency Counter With Variable Gate Time Read More »

Scroll to Top