This comprehensive hub features the most popular PIC microcontroller projects and tutorials for engineers, hobbyists, and students. From basic LED blinking guides to advanced IoT and robotics implementations using PIC16F and PIC18F microcontrollers, explore step-by-step schematics, C source code, and practical hardware design solutions optimized for real-world applications..
This comprehensive hub features the most popular PIC microcontroller projects and tutorials for engineers, hobbyists, and students. From basic LED blinking guides to advanced IoT and robotics implementations using PIC16F and PIC18F microcontrollers, explore step-by-step schematics, C source code, and practical hardware design solutions optimized for real-world applications.
| Project Category | Recommended PIC IC | Skill Level | Key Components |
|---|---|---|---|
| Basic Interfacing | PIC16F84A / PIC16F877A | Beginner | LEDs, Push Buttons, 16×2 LCD |
| Sensor Monitoring | PIC16F877A | Intermediate | LM35, DHT11, Internal ADC |
| Motor & Power Control | PIC18F4550 / PIC16F877A | Intermediate | L298N Driver, PWM Module |
| IoT & Wireless | PIC18F4520 / PIC32 | Advanced | ESP8266, HC-05 Bluetooth, UART |
In this tutorial, I will show you how to write a very simple program. I am assuming that you have written ladder logic before, and that you have some basic familiarity with microcontrollers, but that you have never used LDmicro. If you don’t know very much about ladder logic or PLCs, then the plcs.net tutorial […]
An LDmicro Tutorial Read More »
Since I started my watercooling prejoect, I have been verry interested in how well it perform, the only way is to measure all temperatures before and after, The motherboard temperature sensors is useless unacurate, so I’m using LM50B By using this LM50B sensor I get 1 C of real accuracy I use a PIC16F876 to
Homemade temperature LED display for PC using PIC16F876 Read More »
Description This is a versatile, configurable, and cost effective Development Board designed for the 18F 28 pin series of Microcontroller from Microchip. The board is simplest form with all the Port pins terminating in a header connector for easy connection to the outside world. Power Supply 7-18V DC Rajkumar Sharma http://www.rajkumarsharma.com 3756 This
PIC 18F – 28 PIN PIC Development Board Read More »
Heavy duty portable charger for usb devices (phones, iPad, etc.) Ever needed to charge your phone on the go? Can’t find a wall socket to charge your iPod? Whenever I’m away from home for an extended period of time, I would charge my phone and mp3 player from my laptop. This way, I get about 3
Heavy duty portable charger for usb devices (phones, iPad, etc.) using PIC12F683 Read More »
Introduction The objectives of the FailureBot project originated simply as “build a line-following robot”. However, it somehow evolved into a 3-year robotics experiment. My first attempt to build a robot was such a complete failure that I jokingly called it “FailureBot”. The name seemed quite appropriate even as the project evolved as every one of
FailureBot 5 – A Line Following Robot Read More »
Description Power Pic RGB is a circuit that generates random RGB colors using a powerful 3W RGB LED and fades between them. The initial project goal was to develop the fading algorithm which was successfully achieved. This time the idea was to drive a Prolight 3 Watt RGB LED and place it inside a nice
PIC RGB Power Board using PIC12F629 microcontroller Read More »
This project is an open source 3.2″ Smart TFT display board. The board is based on a PIC32 and a 3.2′ TFT with touchscreen (ILI9320 controller, using 16bits PMP). The software has two main parts. One that produces the 2D functions and a GUI with various widgets (buttons, check boxes, sliders etc). Description A new
Open Source 3.2” TFT Smart Display Read More »
Abstract: USB has just become easy to implement. This application note eases equipment designers into USB by allowing them to continue to transmit and receive data using the familiar UART frames of the MAX3100 UART. A UART-to-USB converter IC and operating system driver will take care of all of the USB complexity. The application note describes
In a previous article I described how I designed the circuitry to control functions of the asparagus harvester. After bread boarding up a test circuit and doing some initial programming I decided a re-do was in order. I found I had a lot of unnecessary redundancy and I also decided to put the air regulation
Here we have a clock. It’s not “another clock”. It has digital and binary output. It also has a thermometer and a hygrometer. It’s not “another thermo-hygrometer”. It display’s absolutely humidity (gr/m3) also. Schematic MCU I build it around Microchip PIC16F917, with internal Oscillator at 4MHz. I also build a serial port programmer, so
Digital & Binary clock with thermometer & hygrometer Read More »
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